Decree No. 423 / 2017 Coll.
Decree amending Decree No. 105 / 2010 Coll., on the frequency band allocation plan (national frequency table)
Valid
Order
Effective from 01.01.2018
Text versions:
01.01.2018
11.12.2017
423
DECLARATION
of 29 November 2017
amending Decree No. 105 / 2010 Coll., on the frequency band allocation plan (national frequency table)
The Ministry of Industry and Trade provides pursuant to Section 150 (2) of Act No. 127 / 2005 Coll., on Electronic Communications and on the amendment of certain related laws (Act on Electronic Communications), as amended by Act No. 110 / 2007 Coll., Act No. 153 / 2010 Coll., Act No. 468 / 2011 Coll., Act No. 214 / 2013 Coll. and Act No. 258 / 2014 Coll., to implement Section 16 (1) of the Act on Electronic Communications:
The Annex to Decree No. 105 / 2010 Coll., on the frequency band allocation plan (national frequency table) reads as follows:
"Annex to Decree No 105 / 2010 Coll.
Frequency band allocation plan (national frequency table)
| Obsah | |
| Strana | |
| Kapitola 1.................................................................................................................................... | ...............4 |
| I. Význam zkratek........................................................................................................................ | ...............4 |
| II. Vymezení pojmů...................................................................................................................... | ...............4 |
| Oddíl I. Všeobecné pojmy........................................................................................................... | ...............5 |
| Oddíl II. Správa kmitočtů............................................................................................................. | ...............5 |
| Oddíl III. Radiokomunikační služby.............................................................................................. | ...............6 |
| Oddíl IV. Rádiové stanice a soustavy........................................................................................... | ...............8 |
| Oddíl V. Provozní pojmy............................................................................................................. | ............. 11 |
| Oddíl VI. Vlastnosti vysílání a rádiových zařízení.......................................................................... | ............. 12 |
| Oddíl VII. Sdílení kmitočtů.......................................................................................................... | ............. 14 |
| Oddíl VIII. Technické pojmy ve vztahu k družicím....................................................................... | ............. 15 |
| Kapitola 2 - Kmitočtová pásma.................................................................................................. | ............. 16 |
| Kapitola 3 - Technické vlastnosti stanic....................................................................................... | ............. 17 |
| Kapitola 4 - Přidělování a využívání kmitočtů............................................................................... | ............. 18 |
| Kapitola 5 - Kmitočtová přidělení............................................................................................... | .............20 |
| Oddíl I. Regiony a pásma............................................................................................................ | .............20 |
| Oddíl II. Kategorie služeb a přidělení............................................................................................ | .............21 |
| Oddíl III. Poznámky Řádu........................................................................................................... | .............22 |
| Oddíl IV. Plán přidělení kmitočtových pásem v České republice (národní kmitočtová tabulka) ..... | .............52 |
| Oddíl V. Národní kmitočtová tabulka.......................................................................................... | .............54 |
Chapter 1
I. Meaning of abbreviations
| ADS-B | Automatický dohledový systém [Automatic Dependent Surveillance – Broadcast] |
| AIS | Automatický identifikační systém |
| AMS(R)S | Družicová letecká pohyblivá (R) služba [Aeronautical Mobile-Satellite (R) Service] |
| (CS) | Ústava ITU [Constitution of the ITU] |
| (CV) | Úmluva ITU [Convention of the ITU] |
| EESS | Služba družicového průzkumu Země |
| e.i.r.p. | Ekvivalentní izotropicky vyzářený výkon [Equivalent Isotropically Radiated Power] |
| EHF | Extra krátké vlny [Extra High Frequency] |
| e.r.p. | Efektivní vyzářený výkon [Effective Radiated Power] |
| GMDSS | Světový námořní tísňový a bezpečnostní systém [Global Maritime Distress and Safety System] |
| HAPS | Stanice na platformě ve velké výšce [High Altitude Platform Station] |
| HDFSS | Aplikace s velkou hustotou přenosů v družicové pevné službě |
| HF | Krátké vlny [High Frequency] |
| ILS | Soustava pro přistávání pomocí přístrojů [Instrument Landing System] |
| IMT | Mezinárodní mobilní telekomunikace [International Mobile Telecommunications] |
| ISM | Průmyslové, vědecké a lékařské aplikace [Industry, Science and Medical Application] |
| ITU | Mezinárodní telekomunikační unie [International Telecommunication Union] |
| ITU-R | Sektor radiokomunikací ITU [ITU Radiocommunication Sector] |
| LF | Dlouhé vlny [Low Frequency] |
| MF | Střední vlny [Medium Frequency] |
| MIFR | Základní mezinárodní registr kmitočtů [Master International Frequency Register] |
| MLS | Mikrovlnná přistávací soustava [Microwave Landing System] |
| MSI | Námořní bezpečnostní informace [Maritime Safety Information] |
| NAVTEX | Celosvětový systém pro vysílání námořních navigačních, meteorologických a varovných zpráv |
| (OR) | Mimo národní a mezinárodní letové cesty [Off-route] |
| pfd | Hustota výkonového toku |
| PVRS | Plán využití rádiového spektra |
| (R) | Národní a mezinárodní letové cesty [Route] |
| Rev. | Revidovaný dokument |
| RNSS | Družicová radionavigační služba (radiokomunikační) |
| SART | Transpondér pro účely pátrání a záchrany [Search And Rescue Transponder] |
| SHF | Super krátké vlny [Super High Frequency] |
| SIT | Družicový interaktivní terminál |
| SVTR | Soustavy využívající troposférický rozptyl |
| UHF | Ultra krátké vlny [Ultra High Frequency] |
| VHF | Velmi krátké vlny [Very High Frequency] |
| VLBI | Radioastronomické pozorování spektrálních čar |
| VLF | Velmi dlouhé vlny [Very Low Frequency] |
II. Definition of terms
Introduction
1.1 For the purposes of the frequency band allocation plan, the following concepts have a further defined meaning. However, these concepts need not necessarily be used for other purposes. The terms identical to those contained in the Annex to the Constitution of the International Telecommunications Union are marked "(CS) 'and in the Annex to the Convention of the International Telecommunications Union (Geneva 1992)" (CV)'.
Note 1: The term printed in italics means that the term itself is defined in this chapter.
Note 2: The nomenclature as defined in the relevant regulations (standards) of the Czech Republic is not affected here.
Note 3: For the purpose of shortening text, the word "frequency" means "radio frequency" except for frequencies above 3000 GHz which are not radio frequencies according to the ITU Radio Regulations ("Order").
General concepts
1.2 Administration: any government component or government service responsible for fulfilling obligations assumed under the Constitution of the International Telecommunications Union, under the Convention of the International Telecommunications Union and under the Order (CS 1002).
1.3 Telecommunications: any transmission, transmission or reception of signs, signals, documents, images, sounds or messages of any kind after guidance, radio, optical or other electromagnetic systems (CS).
1.4 Radio: general concept applied to radio waves.
1.5 Radio waves or Hertz waves: electromagnetic waves with frequencies of less than 3000 GHz (agreed limit) spreading through space without artificial guidance.
1.6 Radiocommunications: telecommunications by radio waves (CS) (CV).
1.7 Earth radio communications: all radio communications other than cosmic radio communications or radio astronomy.
1.8 Cosmic radiocommunications: any radiocommunications involving the use of one or more space stations or one or more reflective satellites or other objects in space.
1.9 Radio identification: identification of the position, speed and / or other characteristics of the object or obtaining information on these parameters by means of radio wave propagation characteristics.
1.10 Radio navigation: use of radio identification for navigation, including the detection of obstacles.
1.11 Radiolocation: use of radio identification for purposes other than radio navigation.
1.12 Radio targeting (radigoniometry): radio detection using radio wave reception to determine direction to station or object.
1.13 Radioastronomy: Astronomy based on the reception of radio waves of cosmic origin.
1.14 Coordinated World Time (UTC): A second-based timer (SI) as specified in Resolution 655.
For most practical applications associated with the Order, the UTC time is equivalent to the mean sun time on the base meridian (longitude 0 °), formerly referred to as GMT.
1.15 Industrial, scientific and medical (ISM) applications (radio energy): the operation of equipment or equipment intended for the production and local use of radio energy for industrial, scientific, medical, domestic or similar purposes, except for telecommunications applications.
Frequency management
1.16 Allocation (frequency band): the entry of a specific frequency band in the frequency band allocation table for use by one or more terrestrial or space radio communications services or by a radio astronomical service under specified conditions. The same meaning is given to this concept when it comes to a certain assigned band.
1.17 Group allocation (frequency or frequency channel): the recording of the frequency channel specified in the approved plan, adopted by the competent ITU Conference, for use by one or more administrations for a particular terrestrial or space radio communications service under specified conditions in one or more countries or geographical areas.
1.18. Allocation (frequency or frequency channel): authorisation granted by the national administration of the radio station for the use of frequency or frequency channel under specified conditions.
Radio communications services
1.19 Radio communication service: a service as defined in this section involving the transmission, transmission and / or reception of radio waves for specific telecommunications purposes.
Unless otherwise specified, any radio communication service shall be included in the earth's radio communications.
1.20 Fixed service: radio communication service between fixed fixed points.
1.21. Cooperative fixed service: radio communications service between ground stations at the given stations using one or more satellites; these habitats may be specified or any fixed points within the specified areas; that service includes, in certain cases, links between satellites which may also be operated in an intersatellite service; satellite fixed service may also include modulation connections for other space radio communications services.
1.22 Intersatellite service: radio communications service providing connection between artificial satellites.
1.23 Space traffic service: a radio communication service intended solely for the operation of spacecraft, particularly space surveillance, space telemetry and space remote control.
These activities are normally provided under the service in which the space station is operated.
1.24 Moving service: radio communication service between mobile stations and ground stations or between mobile stations (CV).
1.25 Secondary moving service: radio communication service:
(a) between moving earth stations and one or more space stations or between space stations used by that service; or
(b) between moving earth stations using one or more space stations.
This service may also include modulation connections necessary for its operation.
1.26 Ground moving service: moving service between base stations and ground moving stations or between ground moving stations.
1.27 Secondary ground mobile service: satellite mobile service in which mobile earth stations are located on Earth.
1.28 Maritime mobile service: mobile service between coastal and ship stations or between ship stations or between associated on-board communication stations; This service may be attended by a rescue aid station and an emergency radio buoy station for positioning.
1.29 Satellite mobile satellite service where the mobile earth stations are on board ships; This service may be attended by a rescue aid station and an emergency radio buoy station for positioning.
1.30 Port traffic service: seagoing mobile service in or near port between coastal stations and ship stations or between ship stations, in which messages are transmitted exclusively concerning the guidance, movement and safety of ships and, in urgent cases, the safety of persons.
This service excludes the transmission of messages of the nature of public correspondence.
1.31 Ship movement service: a maritime mobile service, other than a port service, between coastal stations and ship stations or between ship stations, in which the transmission of messages is limited to those relating to ship movements.
This service excludes the transmission of messages of the nature of public correspondence.
1.32 Mobile air service: a mobile service between air stations and aircraft stations or between air stations, which may also be attended by rescue vehicles and emergency radio buoys stations for positioning at specified emergency and pilot frequencies.
1.33. Movable (R) service: a mobile air service dedicated to communication related to the safety and regularity of the flight, particularly on national and international flights.
1.34 Moving (OR) service: a mobile air service intended for communication, including those related to flight coordination, mainly outside national and international flights.
1.35. Satellite mobile service: a mobile satellite service in which mobile earth stations are located on board aircraft; This service may also be attended by rescue vehicles and emergency radio buoys station for positioning.
1.36. Satellite mobile air service dedicated to communication on the safety and regularity of flights, particularly on national and international flights.
1.37. Secondary Aerospace (OR) service: Satellite Aerospace Service intended for communication, including those related to flight coordination, mainly outside national and international flight routes.
1.38 Radio service: a radio communications service whose broadcasting is intended for direct reception by the general public. This service may include audio, television or other types of broadcasting (CS).
1.39 Secondary radio service: a radio communications service in which signals transmitted or transmitted by satellite stations are intended for direct reception by the general public.
In a satellite radio service, the term "direct income 'includes both individual income and collective income.
1.40 Radio identification service: radio communication service for radio identification purposes.
1.41 Radio identification satellite service: radio communication service for radio identification purposes involving the use of one or more satellite stations.
This service may also include modulation connections necessary for its operation.
1.42 Radio navigation service: radio identification service for radio navigation purposes.
1.43 Satellite radio navigation service: radio navigation satellite service.
This service may also include modulation connections necessary for its operation.
1.44 Maritime radio navigation service: a radio navigation service intended for the needs of ships and for the safety of their operation.
1.45 Satellite radio navigation service: a satellite radio navigation service in which earth stations are located on board ships.
1.46 Air navigation service: radio navigation service intended for aircraft needs and for the safety of their operations.
1.47 Satellite air navigation service: a radio navigation service in which earth stations are located on board aircraft.
1.48 Radiolocation service: radio identification service for radiolocation purposes.
1.49 Satellite radio-navigation service: radio-determination satellite service for radio-location purposes.
This service may also include modulation connections necessary for its operation.
1.50. Helicopter meteorological service: radio communication service for meteorological observations and surveys, including hydrological.
1.51 Earth satellite survey service: radio communications service between terrestrial stations and one or more satellite stations, which may include links between satellite stations, and in which:
(a) information on the characteristics of the Earth and its natural phenomena, including environmental status data, shall be obtained from active sensors or passive sensors on Earth satellites;
(b) similar information is collected from platforms carried by aircraft or located on Earth;
(c) such information may be distributed to ground stations within the system;
(d) platforms may also be questioned.
This service may also include modulation connections necessary for its operation.
1.52 Satellite Earth survey service for meteorological purposes.
1.53. Service of frequency standards and time signals: a radio communication service providing for the scientific, technical and other transmission needs of selected frequencies, time signals or both at the same time as the specified high accuracy and intended for general reception.
1.54 Secondary service of frequency standards and time signals: a radio communications service using satellite stations on Earth satellites for the same purposes as a service of frequency standards and time signals. This service may also include modulation connections necessary for its operation.
1.55 Space research service: a radio communications service using spacecraft or other objects in space for scientific or technical research purposes.
1.56 Amateur service: radio communication service for self-education, mutual links and technical studies carried out by amateurs, i.e. duly authorised persons interested in radio technology only from personal predilection and non-profit.
1.57 Amateur satellite service: radio communications service using satellite stations on Earth satellites for the same purposes as an amateur service.
1.58 Radio Astronomical Service: a service involving the use of radio astronomy.
1.59 Security service: any radio communications service operated permanently or temporarily to ensure the safety of human life and property.
1.60 Special service: radio communications service not defined elsewhere in this section which is operated solely for specified needs of general interest and is not intended for public correspondence.
Radio stations and systems
1.61 Stations: one or more transmitters or receivers, or a set of transmitters and receivers, including equipment of their accessories, required at a given station to perform radio communications or radio astronomy.
Each station shall be classified according to the service in which it is permanently or temporarily involved.
1.62 Earth station: station providing ground radio communications.
Unless otherwise specified, each station shall mean the Earth station.
1.63 Earth Station: a station located either on the surface of the Earth or in the main part of the Earth's atmosphere and intended for connection:
(a) with one or more satellite stations; or
(b) with one or more stations of the same kind using one or more reflective satellites or other objects in space.
1.64 Space station: a station located on an object that is intended to be or already above the main part of the Earth's atmosphere.
1.65. Lifeboat or raft or other life-saving device.
1.66 Fixed station: fixed station.
1.66A Station on the platform at high height: a station located at a height of 20 to 50 km on the object at a specified nominal fixed point relative to the Earth.
1.67 Movable station: Movable service station intended for use in motion or at stops at unspecified places.
1.68. Movable earth station: earth station of mobile satellite services intended for use in motion or at stops in non-predefined places.
1.69 Ground station: a mobile service station which is not intended to be used while moving.
1.70 Ground earth station: a land-based fixed satellite service station or, in certain cases, mobile satellite services located at a fixed point or within a designated area on land for the implementation of a modulation connection for a mobile satellite service.
1.71 Base station: ground station of ground mobile services.
1.72 Base earth station: a land-based fixed satellite service station or, in certain cases, a terrestrial mobile satellite station located at a fixed point or within a designated area on land for the implementation of a modulation connection for a terrestrial mobile satellite service.
1.73 Ground moving station: a mobile ground mobile service station capable of moving on the ground surface within the geographical borders of the country or continent.
1.74 Ground moving earth station: a mobile earth station of a satellite terrestrial mobile service capable of moving on the surface within the geographical borders of the country or continent.
1.75 Coastal stations: land stations of maritime mobile services.
1.76 Coastal earth station: a land-based fixed satellite service station or, in certain cases, a satellite mobile service located at a fixed point on land to implement modulation connections for satellite mobile service.
1.77. Ship's station: a mobile station in a maritime mobile service located on board a vessel which is not permanently anchored, except for a rescue vehicle station.
1.78 Ship Earth Station: a mobile earth station in a satellite sea mobile service located on board a ship.
1.79. On-board communication station: a small-scale mobile service mobile station intended for internal communication on board a ship or for connections between a ship and its lifeboats and lifeboats during exercise or rescue operations, or for communication in a group of vessels which are towed or pushed, as well as for guidance on manoeuvring and mooring.
1.80 Port station: coastal station of port traffic services.
1.81 Air station: ground station of air moving services. In some cases, an air station may be located, for example, on board a ship or on a platform at sea.
1.82. Terrestrial earth station: a land-based fixed satellite station or, in certain cases, a satellite mobile air service located at a fixed point on land for the implementation of modulation connections for satellite air mobile service.
1.83. Aircraft station: a mobile mobile station other than a life-saving unit on board an aircraft. The position on the aircraft shall also be considered to be another location of the station which allows its use to be used for the communication of a pilot capable of flying without a pilot on board. 1)
1.84. Ground-based aircraft station: a mobile terrestrial station of a satellite air mobile service on board an aircraft. The position on the aircraft shall also be considered to be another location of the station which allows its use to be used for the communication of a pilot capable of flying without a pilot on board. 1)
1.85 Radio station: radio station.
1.86 Radio identification station: radio identification service station.
1.87 Radio navigation mobile station: a radio navigation service station intended for use in motion or during stops in non-predetermined locations.
1.88 Radio ground station: a radio navigation service station not intended for use while moving.
1.89 Radiolocation moving station: a radiolocation service station intended for use in motion or during stops in non-predefined places.
1.90 Radio ground station: a radio station not intended for use while moving.
1.91 Radiogoniometric (radio targeting) stations: radio detection stations using radiogoniometry (radio targeting).
1.92 Radio beacon station: a radio navigation service station whose transmission is intended to enable a mobile station to determine its position or direction to the radio beacon station.
1.93. Emergency radio buoy station for position determination: a mobile service station whose transmission is designed to facilitate search and rescue operations.
1.94. Satellite distress buoy station for position determination: Earth station for mobile satellite services, the broadcasting of which is intended to facilitate search and rescue operations.
1.95 Station of frequency standards and time signals: station of service of frequency standards and time signals.
1.96 Amateur station: amateur service station.
1.97 Radio Astronomical Station: Radio Astronomical Service Station.
1.98 Test station: station using radio waves in experiments aimed at the development of science or technology.
This definition does not include amateur stations.
1.99 Emergency ship transmitter: a ship's transmitter which is used exclusively at emergency frequency for distress, fortitude or safety purposes.
1.100 Radar: a radio detection system based on the comparison of reference signals with radio signals reflected or transmitted again from the position to be determined.
1.101 Primary radar: a radio detection system based on comparison of reference signals with radio signals reflected from the position to be determined.
1.102 Secondary radar: a radio detection system based on the comparison of reference signals with radio signals transmitted again from the position to be determined.
1.103 Radar signal (Racon): a transmitter-receiver associated with a fixed navigation system which automatically returns a characteristic signal which appears on the radar activating display and provides distance, direction and identity data after being activated by the radar.
1.104 Instrument Landing System (ILS): a radio navigation system providing horizontal and vertical guidance to aircraft immediately before and during landing and indicating at certain fixed points the distance to the landing reference point.
1.105 Horizontal radio guidance system: a horizontal guidance system integrated into the instrument landing system which indicates the horizontal deviation of the aircraft from its optimal descent path along the runway axis.
1.106 Descent radio guidance system: a vertical guidance system integrated into the instrument landing system which indicates the vertical deviation of the aircraft from its optimal descent path.
1.107 Radio signal: an air navigation service transmitter that vertically emits a characteristic signal providing the aircraft with an attitude indication.
1.108 Radio altimeter: radio navigational equipment on board an aircraft or spacecraft allowing the height of an aircraft or spacecraft above the surface of the earth or above any other surface to be determined.
1.108A Meteorological auxiliary ground station: a station in an auxiliary meteorological service which is not intended to be used while moving.
1.108B Meteorological auxiliary mobile station: a station in an auxiliary meteorological service which is intended to be used in motion or during stops at unspecified points.
1.109 Radio probe (radioprobe): an automatic radio transmitter of an auxiliary meteorological service normally carried by aircraft, untethered balloon, dragon or parachute and transmitting meteorological data.
1.109A Adaptive system: a radio communication system that changes its radio characteristics according to channel quality.
1.110 Cosmic system: any group of cooperating earth stations and / or space stations using space radio communications for specified purposes.
1.111 Satellite system: space system using one or more Earth satellites.
1.112 Satellite network: a satellite system or part thereof consisting of a single satellite and co-operating earth stations.
1.113 Secondary link: radio link between the terrestrial broadcasting station and the terrestrial receiving station via one satellite.
The cooperative link consists of one ascending and one descending connection.
1.114 Multi-satellite link: a radio link between a terrestrial broadcasting station and a terrestrial receiving station through two or more satellites without another earth station.
The multi-satellite link consists of one ascending link, one or more intersatellite links and one descending link.
1.115 Modulation link: a radio link from an Earth station at a given station to a space station or, conversely, transmitting information for a space radio communications service other than a satellite fixed service. This position may be at a designated fixed point or any fixed point within the designated areas.
Operating concepts
1.116 Public correspondence: any telecommunications which authorities and stations are obliged to take over for transmission on the ground that they are available to the public (CS).
1.117 Telegrafie2): the type of telecommunications in which the information transmitted after receipt is intended to be recorded as a document; the information transmitted may sometimes be presented in a different form or stored for later use (CS 1016).
1.118 Telegram: a document intended to be transmitted by telegraphy for the purpose of its delivery to the addressee. This term includes radio telegrams, unless otherwise specified (CS).
In this definition, the concept of telegraphy is of general scope as set out in the Convention.
1.119 Radiotegram: a telegram, originating in a mobile station or a moving earth station, or intended for them on their journey, partly or entirely by radio communication channels or satellite mobile services.
1.120 Radiotelex communication: telex communications originating in, or intended for, a mobile station or earth station, which are transmitted on their way to a mobile service or satellite mobile services, in part or in full.
1.121 Frequency shift telegraphy: a frequency modulation telegraphy in which the telegraph signal changes the carrier frequency between predetermined values.
1.122 Facimile: type of telegraphy for transmission of fixed images with or without semi-shadows for the purpose of reproduction in permanent form.
1.123 Telephony: the type of telecommunications provided primarily for the exchange of speech information (CS 1017).
1.124 Radio call: a telephone call coming from or intended for a mobile station or from a mobile earth station on its way to a mobile service or satellite mobile service.
1.125 Simplex operation: the mode of operation enabling the transmission of telecommunications channels alternately in both directions, for example by manual control3).
1.126 Duplex operation: mode of operation allowing simultaneous transmission of the telecommunications channel both directions (3).
1.127 Semiduplex operation: the mode of transmission with the simplex operation at one end of the telecommunications route and the duplex operation at the other part (3).
1.128 Television: a kind of telecommunications for the transmission of changing images of fixed or movable objects.
1.129 Individual reception (satellite radio service): reception of satellite radio broadcasting stations using simple home facilities and in particular small antenna devices.
1.130 Collective reception (satellite radio service): reception of satellite radio service stations by means of devices which may be complex and may have larger antennas than individual reception and intended for use
(a) a group of general public in one place; or
(b) a distribution system operating the demarcated area.
1.131 Telemetry (remote measurement): the use of telecommunications for remote self-reporting or remote self-recording of measurements.
1.132 Radiotelemetry (radio remote measurement): telemetry using radio waves.
1.133 Space telemetry (cosmic remote measurement): telemetry used to transmit the measurement results carried out on a spacecraft, including those relating to the activity of a spacecraft, from a space station.
1.134 Remote control: the use of telecommunications for signal transmission with the aim of initiating, changing or stopping remote equipment.
1.135 Space remote control: the use of radio communications for the transmission of signals to a space station with the aim of launching, altering or stopping the operation of equipment on an associated space object, including that space station.
1.136 Cosmic monitoring: determination of the orbit, speed or immediate position of the object in space by radio, excluding primary radar, to monitor the movement of the object.
Characteristics of broadcasting and radio equipment
1.137 Radiation: energy flow from the source in the form of radio waves.
1.138 Transmission: Radiation generated by a radio transmission station, or generation of radiation generated by this station.
For example, the energy emitted by a local radio oscillator is not a transmission but a radiation.
1.139 Transmission class: a set of transmission characteristics marked with standard symbols, such as modulation of the main carrier, modulation signal, type of information transmitted and, where appropriate, additional signal characteristics.
1.140 Broadcasting with one side band: amplitude modulated transmission containing only one of the two side bands.
1.141 Broadcasting with one side band with full carrier band: broadcast with one side band without carrier restrictions.
1.142 Broadcasting with a single side band with a limited carrier band: a broadcast with a single side band in which the level of carrier restriction allows its renewal and use for demodulation.
1.143 Single-beam transmission: single-beam transmission in which the carrier is effectively suppressed and not intended to be used for demodulation.
1.144 Extra-band transmission: broadcasting on frequencies or frequencies in the immediate vicinity of the required bandwidth resulting from the modulation process, excluding non-essential radiations.
1.145 Non-essential radiation: radiation on frequencies or frequencies outside the required bandwidth, the level of which may be reduced without affecting the relevant transmission of information. Inrelevant radiations include harmonics, parasitic radiations, intermodulation products and frequency blending products, but not extra-band broadcasting.
1.146. Adverse radiation: a summary of non-essential radiation and radiation of the origin of off-band broadcasting.
1.146A Non-band broadcasting domain: the frequency area immediately needed to the extent of the band in which non-band broadcasting generally predominates, but does not include the domain of non-essential radiation. There are, to a lesser extent, non-band broadcasts defined on the basis of their source in the domain of off-band broadcasting and, to a lesser extent, non-terrestrial radiations. Similarly, irrelevant radiations can occur both in the domain of out-of-band broadcasting and in the domain of non-essential radiation.
1.146B Non-essential radiation domain: a frequency area outside the non-band domain in which non-essential radiation generally predominates.
1.147 Allocated frequency band: the frequency band within which the transmission of the station is permitted; the bandwidth of this band is equal to the required bandwidth of the band increased by twice the absolute value of the frequency tolerance. For space stations, the assigned frequency band shall comprise twice the maximum Doppler shift that may occur due to any point on the surface of the Earth.
1.148 Allocated frequency: centre of the frequency band allocated to the station.
1.149 Characteristic frequency: easily recognizable and measurable frequency in a given broadcast.
For example, the carrier frequency can be marked as a characteristic frequency.
1.150 Reference frequency: a frequency that has a fixed and precise position relative to the assigned frequency. The displacement of this frequency in relation to the assigned frequency is in size and meaning equal to the displacement of the characteristic frequency relative to the centre of the band occupied by the transmission.
1.151 Frequency tolerance: the maximum allowed deviation of the mean band frequency occupied by the transmission from the allocated frequency or the characteristic frequency of the transmission from the reference frequency.
Frequency tolerance is expressed in millionths or in hertz.
1.152 Required bandwidth: the bandwidth of the frequency band is sufficient for a given type of transmission to ensure the transmission of information at the required speed and quality in the given conditions.
1.153 Width of the protected band: the width of the frequency band below which the upper and upper limit frequencies are equal to the determined percentage of β / 2 of the total mean power of the transmission.
Unless otherwise provided for in the ITU-R Recommendation for the type of broadcast in question, β / 2 shall be understood as 0,5%.
1.154. Right-hand polarisation wave (clockwise): an elliptical or circular polarized wave whose electric field vector observed in the direction of propagation in a fixed plane perpendicular to the direction of propagation is rotated in the right-hand direction, i.e. in the direction of clockwise movement.
1.155 Left-handed polarisation wave (counter-clockwise): an elliptical or circular polarized wave whose electric field vector observed in the direction of propagation in a fixed plane perpendicular to the direction of propagation is rotated in a left-hand direction, i.e. counterclockwise.
1.156 Performance: any reference to performance will take one of the following forms according to the broadcasting class and the following agreed characters shall be used:
(a) peak power (PX or pX);
(b) mean power (PY or PY),
(c) load capacity (PZ or PZ).
For normal operating conditions and non-modulation conditions, the relationships between peak power, mean power and performance for different types of broadcasting are listed in the ITU-R recommendations, which can be used as a guide.
In relationships, the p power in watts and the P power in decibels relative to the reference level.
1.157 Top power (radio transmitter): the average power supplied by the transmitter under normal operating conditions to the antenna power supply for one high-frequency kmite at the highest resolution given by the modulation envelope.
1.158 Medium power (radio transmitter): average power supplied by the transmitter under normal operating conditions to the antenna charger for a sufficient period of time compared to the lowest modulation frequency.
1.159 Carrier performance (radio transmitter): average power supplied by the transmitter without modulation to the antenna power supply for one high frequency kmite.
1.160 Earnings of the antenna: ratio, usually expressed in decibels, between the power required at the input of the zero-loss reference antenna and the power that would have to be supplied to the input of the antenna in order to generate an equally large electromagnetic field or power flow density in a given direction and distance. Unless otherwise specified, this is an antenna gain in the direction of the greatest radiation. This profit may be considered for a specified polarization.
According to the selected reference antenna, a distinction is made between:
(a) absolute or isotropic gain (Gi) if the reference antenna is a space-isolated isotropic antenna;
(b) a profit in relation to a semi-wave dipole (Gd), if the reference antenna is a space-isolated semi-wave dipole whose equatorial plane contains a given direction;
(c) profit in relation to a short vertical antenna (Gv) if the reference antenna linear wire is much shorter than a quarter of the wavelength perpendicular to the surface of a perfectly conductive plane which contains the direction.
1.161 Equivalent isotropic radiated power (e.i.r.p.): the product of the power supplied to the antenna and its isotropic or absolute profit in that direction.
1.162 Effective radiated power (e.r.p.) (in the given direction): the product of the power supplied to the antenna and its profit in the given direction related to the gain of the semi-wave dipole.
1.163 Effective radiated power on a short vertical antenna (in a given direction): the product of the power supplied to the antenna and its profit related to the short vertical antenna profit in that direction.
1.164 Tropospheric dispersion: a mechanism for the propagation of radio waves by dispersion, caused by an irregular or incompatibility of the physical characteristics of the troposphér.
1.165 Ionospheric dispersion: a mechanism for the spread of radio waves by dispersion caused by an irregular or incompatibility of ionisation of the ionosphere.
Frequency sharing
1.166 Interference: the effect of undesirable energy in the radio communication system by one or more broadcasting, radiating or inducing at the reception, resulting in a decrease in the quality of the transmission, incorrect interpretation or loss of information, which would not occur without the presence of such unwanted energy.
1.167 Allowed interference: the observed or predicted interference which complies with the quantitative criteria of interference and sharing contained in the Order or in the ITU-R recommendations or in the specific agreements provided for in the Order in coordinating the allocation between administrations.
1.168 Interference received: interference, agreed between two or more administrations in coordinating allocations without prejudice to other administrations, which is greater than that defined as permissible interference.
1.169 Damages interference (interference): interference that endangers the operation of the radio navigation service or other safety services, or seriously reduces the quality, reinterrupts or prevents the operation of the radio communications service operating in accordance with the Order (CS).
1.170 Protective ratio: the minimum value of the ratio of a useful and undesirable signal at the input of the receiver, usually expressed in decibels determined under specified conditions, in which it still has a useful signal at the output of the receiver of a specified quality.
1.171 Coordination area for establishing the need for coordination: the area around the earth station sharing the same frequency band with the earth stations or the terrestrial broadcasting station sharing the same two-way allocated frequency band with the receiving terrestrial stations without exceeding the level of permissible interference and therefore coordination will not be required.
1.172 Coordination line: line defining the coordination area.
1.173 Coordination distance to determine the need for coordination: distance at a given azimuth from an earth station sharing the same frequency band with or around the terrestrial broadcasting station sharing the same two-way assigned frequency band with receiving terrestrial stations for which no interference is exceeded and therefore coordination is not required.
1.174 Equivalent noise temperature of the satellite link: the noise temperature related to the output of the Earth station receiving antenna corresponding to the radio noise output of the total noise at the output of the satellite link except for noise caused by interference caused by satellite connections using other satellites and terrestrial systems.
1.175 Effective area of the point of aim (routable satellite beam): an area on the surface of the Earth to which the point of direction of the routable satellite beam is envisaged.
There may be more non-interconnected effective areas of the point of direction to which a routable satellite link is envisaged.
1.176. Aerial effective profit isomer (routable satellite beam): an envelope of lines of the same value of the antenna profit generated by the movement of the point of direction of the routable satellite beam within the effective area of the point of aim.
Technical concepts in relation to satellites
1.177 Remote cosmos: Space at distances equal to or greater than 2 × 106 km from Earth.
A spacecraft: an artificial means of transport intended to be deployed for the main part of the Earth's atmosphere.
1.179 Brigade: a body orbiting another body with a larger mass, whose movement is preferably determined by the attractive force of the larger body.
1.180 Active satellites: satellites carrying a station intended to transmit or transmit radio communications signals.
1.181 Reflective satellite: a satellite designed to reflect radio communications signals.
1.182 Active sensor: measuring instrument used by satellite survey service A country or a space research service that allows information to be obtained by broadcasting and receiving radio waves.
1.183 Passive sensor: measuring instrument used by satellite survey service A country or a space research service that allows information to be obtained by receiving radio waves of natural origin.
1.184 Circular: a path which, in relation to a given reference system, is copied by the centre of gravity of a satellite or other cosmic object, mainly under the influence of natural forces, in particular attractive forces.
1.185 Circular slope (Earth satellite): angle clamped by the plane of orbit and the plane of the earth equator, measured in the ascending node of the orbit from the plane of the earth equator in degrees between 0 ° and 180 ° upstream of the clockwise movement.
1.186. Circulation time (satellite): the time interval between two consecutive satellite passages with the characteristic point of its orbit.
1.187 Height of apogee or perigea: height of apogeum or perigea above the reference surface replacing the surface of the Earth.
1.188 Geosynchronous satellite: a Earth satellite whose period of circulation is equal to the time of rotation of the Earth around its axis.
1.189 Geostationary satellites: a geosynchronous satellite whose circular and forward orbit lies in the plane of the Earth equator and which therefore remains stationary relative to the Earth; In a broader sense, it's a geosynchronous satellite that remains approximately stationary relative to Earth.
1.190 The orbit of a geostationary satellite: a circular and forward orbit of a geosynchronous satellite situated in the plane of the Earth equator.
1.191 Router satellite volume: satellite antenna volume that can be redirected.
Chapter 2
Frequency bands
2.1 The radio spectrum is divided into nine bands marked with ascending whole numbers according to the table below. The frequency unit is hertz (Hz) and the frequencies are expressed as:
- in kilohertz (kHz) up to and including 3000 kHz,
- in megahertz (MHz) from 3 MHz to 3000 MHz inclusive,
- in gigahertz (GHz) from 3 GHz to 3000 GHz inclusive.
In cases where this would lead to serious difficulties, for example in conjunction with the reporting and recording of frequencies, the frequency lists and related matters, this provision may, to a reasonable extent, be derogated from).
| Číslo pásma N | Symboly | Rozsah kmitočtů (dolní mez mimo, horní mez včetně) | Odpovídající názvy pásem |
|---|---|---|---|
| 4 | VLF | 3 až 30 kHz | myriametrové |
| 5 | LF | 30 až 300 kHz | kilometrové |
| 6 | MF | 300 až 3000 kHz | hektometrové |
| 7 | HF | 3 až 30 MHz | dekametrové |
| 8 | VHF | 30 až 300 MHz | metrové |
| 9 | UHF | 300 až 3000 MHz | decimetrové |
| 10 | SHF | 3 až 30 GHz | centimetrové |
| 11 | EHF | 30 až 300 GHz | milimetrové |
| 12 | --- | 300 až 3000 GHz | decimilimetrové |
Note 1: The N-band number applies from 0,3 x 10N Hz to 3 x 10N Hz.
Note 2: Prefix k = kg (103), M = mega (106), G = giga (109).
2.2 In contact with and in contact with ITU, administrations use exclusively the names, symbols and abbreviations specified in clause 2.1 of the Order for frequency bands.
Chapter 3
Technical characteristics of stations
3.1 The selection and execution of the equipment used for the station and any transmission thereof shall comply with the provisions of the Order.
3.2 The choice of broadcasting, receiving and measuring equipment should, as far as possible, be based on the latest developments in the technology described, including in the ITU-R recommendations.
3.3 Transmitting and receiving equipment intended to be used in a given part of the frequency spectrum should be designed taking into account the technical characteristics of the transmitting and receiving equipment used in the surrounding and other parts of the spectrum, provided that all technically and economically acceptable measures have been applied to limit the level of undesirable radiation from the transmitting equipment put into service at a later stage and to limit the effect of interference on receiving equipment put into service at a later stage.
3.4 The equipment used in the station should apply signal processing methods as far as possible to enable more efficient use of the frequency spectrum in accordance with the relevant ITU-R recommendations.
3.5 The transmission stations shall comply with the frequency stability specified in Appendix 2 of the Order.
3.6 Transmission stations shall comply with the maximum permitted power levels of non-essential radiation set out in Appendix 3 of the Order.
3.7 Broadcasting stations shall meet the maximum permitted power levels for off-band radiations, or unwanted radiations in the domain of off-band broadcasting, as specified in the Regulations for certain services and types of broadcasting. In the absence of such maximum permitted power levels, the stations should, as far as possible, comply with the requirements to limit out-of-band emissions or unwanted emissions in the domain of out-of-band broadcasting set out in the relevant ITU-R recommendations.
3.8 All efforts should aim to achieve the highest possible frequency stability and the lowest possible level of unwanted radiation that allows the technology and service properties.
3.9 The width of the broadcasting band must be such as to ensure the most efficient use of spectrum; In general, the bandwidth is required to be as small as possible as the technology and characteristics of the service allow. Appendix 1 to the Order provides the guide for determining the necessary bandwidth.
3.10. When using broadband technologies, minimum spectral power density shall be used in accordance with efficient spectrum use.
3.11. The receiver used for a given service shall be able to cope with the frequency tolerance of the transmitter of that service, taking into account possible Doppler effect, due to the efficient use of the spectrum.
3.12 Reception stations should use facilities with technical characteristics corresponding to the type of transmission; In particular, selectivity should correspond to the bandwidth of the broadcasting band (see provision 3.9 above).
3.13 The characteristics of the receivers should be chosen in such a way that transmitters located at an appropriate distance and operated in accordance with the Order do not cause interference.
3.14 In order to ensure compliance with the Order, administrations must ensure adequate frequent monitoring of radio stations under their jurisdiction. For this purpose, they may use the means referred to in Article 16 of the Order. The techniques and intervals of the measurements carried out shall be as consistent as possible with the latest ITU-R recommendations.
Chapter 4
Allocation and use of frequencies
4.1 The ITU Member States (including the Czech Republic) are obliged to endeavour to limit the use of frequencies and spectrum to the minimum necessary to provide the necessary services to a sufficient extent. In order to achieve this, they are obliged to seek immediate implementation of the latest technical progress (CS 195).
4.2 Member States undertake to comply with the frequency allocation table and the other provisions of the Order when allocating frequencies to stations capable of causing harmful interference to services mediated by other stations.
4.3. Any new allocation or change of frequency or other essential characteristics of the existing allocation (see Appendix 4 to the Order) shall be carried out in such a way as to avoid harmful interference between the services provided by stations using frequencies allocated in accordance with the frequency band allocation table and other provisions of the Order, the allocation characteristics of which are recorded in the MIFR.
4.4 Member States' administrations shall not be entitled to allocate frequencies to stations contrary to the frequency band allocation table in the Order or to other provisions of the Order, except for the explicit condition that this does not cause harmful interference to the services whose stations operate in accordance with the provisions of the Constitution, the Convention and the Order, nor that such allocation shall be subject to protection against interference caused by such services.
4.5 The frequency allocated to a particular service station shall be separated from the limits of the band allocated to that service in such a way that, with regard to the frequency band allocated to the station, no harmful interference is caused to the services to which the immediate adjacent frequency bands are assigned.
4.6 The radio astronomical service is considered to be a radio communications service for the purpose of dealing with harmful interference. However, the radio astronomical service will only be given such protection against different services in other bands as these different services are protected between each other.
4.7 The Space Research Service (Passive) and the Earth Satellite Survey (Passive) will only enjoy such protection against different services in other bands as these various services are protected between each other for the purpose of dealing with harmful interference.
4.8 If the frequency band is allocated to different services of the same category in neighbouring ITU Regions (see definition in clause 5.2 below) or parts thereof (see Chapter 5, Sections I and II), the fundamental principle is equality of traffic rights. Accordingly, the stations of each service in one or part of the Region must operate in such a way that no harmful interference is caused by any of the services of the same or higher category in other Regions or parts thereof.
4.9 The station in distress and / or the station which assists it in distress does not prevent any provision of the Order from using all the radio communications resources it has to draw attention to, notify its situation and its location in distress, and to arrange or provide assistance.
4.10. When allocating and using radio frequencies, Member States shall take into account the safety aspects of the radio navigation service and other security services requiring specific measures to prevent harmful interference.
4.11. Member States recognise that frequencies that have long-range propagation characteristics and are particularly useful for remote communication include frequencies in bands between 5 MHz and 30 MHz; agrees to make every effort to reserve these bands for such communication. Whenever the frequency in these bands is used for communication over short or medium distances, the minimum required power shall be used.
4.12 In order to reduce frequency requirements in bands between 5 MHz and 30 MHz and thereby prevent harmful interference with remote radio communications, administrations are encouraged to use any other possible means of communication whenever possible.
4.13 If special circumstances so require, the administrative authority may, as an exception to the normal operating procedures permitted by these Regulations, use the specific operating methods listed below only if the station characteristics still correspond to those introduced into the base international frequency register:
4.14 (a) fixed-service stations or terrestrial fixed-service satellite stations may, under the conditions defined in paragraphs 5.28 to 5.31, transmit to mobile stations on their normal frequencies;
4.15 (b) ground stations may, under the conditions defined in paragraphs 5.28 to 5.31, communicate with fixed stations in fixed service or ground stations of fixed satellite services or other ground stations of the same category.
4.16 In circumstances relating to the life or safety of a ship or aircraft, ground stations may communicate with fixed stations or ground stations of another category.
4.17. Any administration may, in the band assigned to a fixed service or in the band allocated to a fixed satellite service, assign a frequency to a station authorised to transmit from one fixed point to one or more specified fixed points on a one-way basis, provided that such transmission is not intended for direct reception by the general public.
4.18. Any spectrum-emitting mobile station complying with the frequency tolerance applicable to the coastal station with which it communicates may transmit on the same frequency as the coastal station, provided that the station requires such transmission and that the harmful interference is not caused by other stations.
4.19. In certain cases provided for in Articles 31 and 51 The Regulations are authorised to use frequencies in the bands assigned to the maritime mobile service for communication with the stations of that service (see clause 51.73).
4.20. Aircraft ground stations are entitled to use frequencies in the bands allocated to satellite maritime mobile services for communication through the stations of this service with public telegraph and telephone networks.
4.21 In exceptional cases, ground-moving ground stations in a ground-moving satellite may communicate with stations in a marine-moving satellite and air-moving satellite. Such operations shall comply with the relevant provisions of the Regulations concerning those services and shall be subject to agreement between the administrative authorities concerned, taking due account of provisions 4.10.
4.22. Any radiation capable of causing harmful interference with emergency, alert, pilot or safety communication on international emergency and pilot frequencies specified for these purposes shall be prohibited. Additional emergency frequencies available on a less than global basis should be adequately protected.
4.23. Broadcasting for and from high-altitude platforms shall be limited to the bands specified in Chapter 5.
4.24 Space research systems designed to operate in a distant space may also benefit from the assignment of space research (a distant cosmos) with the same status as the assignment when the spacecraft is close to the Earth, for example when starting, on an early course, when flying near the Earth and returning to Earth.
Chapter 5
Frequency allocations
Introduction
5.1 When radio spectrum management uses the concepts of allocation, group allocation and allocation, these terms are in the three working languages of the International Telecommunications Union and the Czech meanings mentioned in the provisions 1.16 to 1.18 of the Order.
| Kmitočet nebo kmitočtové pásmo se přiřazuje | Přiřazení se nazve | |||
|---|---|---|---|---|
| francouzsky | anglicky | španělsky | česky | |
| službám | attribution (attribuer) | allocation (to allocate) | atribución (atribuir) | přidělení |
| regionům nebo zemím | allotissement (allotir) | allotment (to allot) | adjudicación (adjudicar) | skupinové přidělení |
| stanicím | assignation (assigner) | assignment (to assign) | asignación (asignar) | příděl |
Regions and zones
5.2. For frequency allocation, the world was divided into three Regions. The Czech Republic belongs to Region 1.
5.3 Region 1:
Region 1 comprises the territory bounded in the east by line A (lines A, B and C are defined below) and in the west by line B, except for all territories of Iran situated within those limits. It also covers all territories of Armenia, Azerbaijan, Georgia, Kazakhstan, Mongolia, Uzbekistan, Kyrgyzstan, Russia, Tajikistan, Turkmenistan, Turkey and Ukraine, and territories north of Russia situated between lines A and C.
5.4 Region 2:
Region 2 comprises the territory bounded in the east by line B and in the west by line C.
5.5 Region 3:
Region 3 comprises the area bounded by line C in the east and line In addition to Armenia, Azerbaijan, Georgia, Kazakhstan, Mongolia, Uzbekistan, Kyrgyzstan, Russia, Tajikistan, Turkmenistan, Turkey and Ukraine and territories north of Russia. It also includes the part of Iran that lies outside these limits.
5.6. Lines A, B and C are defined as follows:
5.7. Line A:
Line A comes out of the North Pole, follows the 40th meridian east of Greenwich to the 40th north parallel, then the arch of the main circle to the intersection of the 60th meridian with the rectangle of Raka and eventually follows the 60th eastern meridian to the south pole.
5.8 Line B:
Line B comes out of the north pole, follows the 10th meridian west of Greenwich to its intersection with the 72nd north parallel, then the arch of the main circle to the intersection of the 50th western meridian with the 40th north parallel, again the arc of the main circle to the intersection of the 20th western meridian and the 10th southern parallel and finally follows the 20th western meridian to the south pole.
5.9 Line C:
Line C comes from the North Pole, follows the arch of the main circle to the intersection of the north parallel 65 ° 30 'with the international border at the Bering Strait, then the arc of the main circle to the intersection of the 165th East Meridian and the north 50th parallel, then follows the arc of the main circle to the intersection of the 175th Western Meridian to the 10th North Meridian to the 10th North Meridian to its intersection with the 120th Western Meridian, then follows the 120th Western Meridian to the south pole.
Service and assignment categories
5.23 Priority and subsidiary services
5.24 1) If a frequency band is marked in the table field as being allocated to more than one service, whether worldwide or in a region, these services shall be recorded in the following order:
5.25 (a) services whose names are printed in capital letters (for example: FORMER) are called priority services;
5.26 (b) Services whose names are printed in plain print (example: Movable) are called ancillary services (see provisions No 5.28 to 5.31 of the Order).
5.27 2) Additional notes shall be printed in plain print (for example: MOVERED, except by air moving).
5.28 (3) Secondary service station:
5.29 (a) must not cause harmful interference to priority service stations to which frequencies are already allocated or will be allocated later than they are;
5.30 (b) may not claim protection against harmful interference from stations of priority services to which frequencies are already allocated or will be allocated later than them;
5.31 (c) may, however, claim protection against harmful interference from stations of the same or other secondary service to which frequencies may be allocated later than they are.
5.32 4) If a band is identified in the Notice of the Order as being allocated to a service by a subsidiary in a territory smaller than the Region or in a country, it is a subsidiary service (see provisions No 5.28 to 5.31 of the Order).
5.33 5) If a zone is designated as assigned to a service as assigned to a priority in a territory less than the region or in a country, it shall be a priority service only in that territory or in that country.
5.34 Supplementary allocations
5.35 1) If a band is marked as being allocated in addition to a service in a territory smaller than the Region or in a country, it is an additional allocation, that is to say, an allocation, which is attached to the service or services indicated in the table in that territory or in that country (see provision 5.36 of the Order).
5.36 2) If the Notice of the Order does not contain any restriction imposed on a given service or service, other than the restriction that such services will be operated only in a particular territory or country, the stations of that service or services shall have equal traffic rights in relation to the stations of other priority services or services listed in the table.
5.37 3) If additional restrictions are imposed in addition to restrictions on operations in a specific territory or country, this is indicated in the Order's note.
5.38 Replacement
5.39 1) If a band is designated as assigned to one or more services in a territory less than the Region or in a country, it is a replacement allocation, that is, an allocation which replaces the allocation indicated in the table in that territory or in that country (see provision No 5.40 of the Order).
5.40 2) If not containing a note The order of no restriction imposed on the stations of the service or services in question, other than the restriction that these services will be operated only in a specific territory or country, then the stations of that service or services shall have equal traffic rights in relation to the stations of other priority services or services listed in the table to which that zone is allocated in other territories or in other countries.
5.41 3) In addition to the restriction that this service will be operated only on a specific territory or in a particular country, if additional restrictions are imposed on the stations, this is indicated in the Notice of the Order.
5.42 Various provisions
5.43 1) If it is stated in the Order that a service or a station on a particular service may be operated in a specific frequency band on the condition that no harmful interference is caused to another service or another station on the same service, this also means that that service, which must not cause harmful interference, cannot claim protection from harmful interference caused by another service or another station on the same service.
5.43A 1bis) If it is stated in the Order that a service or a station may be operated in a specific frequency band on the condition that they do not claim protection from another service or station in the same service, this also means that this service, which cannot claim protection from harmful interference, must not cause harmful interference to another service or another station in the same service.
5.44 2) Unless otherwise stated in the Notice of the Order, the concept of fixed service, wherever it occurs in Section IV of this Chapter, does not include systems using the spread of ionospheric dispersion.
Notes of the Order
Remarks The order in this section is an extract from Article 5 of the order following their use in the National Frequency Table referred to in Section V. of this Chapter.
Names of countries listed in the Notes The Regulations are generally established names of the territory administered by the competent State authorities, not strictly by the official code names of the state bodies.
5.53. Administrations that allow the use of frequencies below 8,3 kHz shall ensure that this does not cause harmful interference to services that are assigned bands above 8,3 kHz.
5.54. Administrations that carry out scientific research on frequencies below 8.3 kHz are urged to inform the other administrations that may be concerned about this and to have all practical protection against harmful interference.
5.54A Use of the 8,3- 11,3 kHz band by auxiliary weather service stations is limited to passive use only. An ancillary meteorological service station shall not require protection from radio navigation service stations notified to the Authority for notification before 1 January 2013 in the 9-11,3 kHz band. The latest version of the ITU-R RS Recommendation applies to the sharing between the auxiliary weather service and the radio navigation service stations reported for notification after this date. 1881.
5.56. Service stations assigned to 14- 19,95 kHz and 20,05- 70 kHz, plus in Region 1 of 72- 84 kHz and 86- 90 kHz, can transmit frequency standards and time signals. Such stations shall be protected against harmful interference. In Armenia, Azerbaijan, Belarus, Georgia, Kazakhstan, Kyrgyzstan, Russia, Tajikistan and Turkmenistan, frequencies of 25 kHz and 50 kHz shall be used for this purpose under the same conditions.
5.57 The use of 14- 19,95 kHz, 20,05- 70 kHz and 70- 90 kHz bands (in the Region 1: 72- 84 kHz and 86- 90 kHz) by maritime mobile service is limited to radio-telegraph coastal stations (only A1A and F1B). Exceptionally, it is permitted to use the transmission of Class J2B or J7B on condition that the width of the required band does not exceed that corresponding to normally the transmission of Class A1A or F1B in the bands concerned.
5.60 In the 70-90 kHz bands (in Region 1: 70-86 kHz) and 110- 130 kHz bands (in Region 1: 112-130 kHz) impulse radio navigation systems may be used, provided that they are not liable to cause harmful interference to the stations of other services to which these bands are assigned.
5.62. The administrations operating radio navigation service stations in the 90- 110 kHz band are urged to coordinate the technical and operational data of these stations in order to avoid harmful interference of the services provided by them.
5.64 For fixed service stations in the bands allocated to this service between 90 kHz and 160 kHz (in Region 1: 148,5 kHz) and for maritime mobile service stations in the bands allocated to this service between 110 kHz and 160 kHz (in Region 1: 148,5 kHz) only A1A or F1B, A2C, A3C, F1C or F3C classes are allowed. Exceptionally, in the 110- 160 kHz band (in Region 1: 148,5 kHz) for maritime mobile service stations, the transmission of Class J2B or J7B is also permitted.
5.67A An amateur service station using frequencies in the 135,7-137,8 kHz band shall not exceed a maximum radiated power output of 1 W (e.i.r.p.).
5.67B The use of the 135.7- 137,8 kHz band in Algeria, Egypt, Iran, Iraq, Lebanon, Syria, Sudan, South Sudan and Tunisia is limited to fixed service and maritime mobile service. In the above countries, the 135,7-137,8 kHz band must not be used by the amateur service, which must be taken into account by the countries that allow such use.
5.73 In the 285- 325 kHz band (in Region 1: 283,5- 325 kHz) additional navigation information may also be transmitted in the maritime radio service using narrow-band techniques, provided that this does not cause harmful interference to radio beacon stations operating in the radio navigation service.
5.74 Additional allocation: in Region 1, the 285,3-285,7 kHz band is additionally allocated to the maritime radio navigation service (except for radio beacons).
5.76 The 410 kHz frequency is designed for radio targeting in the maritime radio navigation service. The other radio navigation services allocated to the 405- 415 kHz band shall not cause harmful interference to radio targeting in the 406,5- 413,5 kHz band.
5.79 The use of 415- 495 kHz and 505- 526,5 kHz (in Region 2: 505- 510 kHz) by maritime mobile service is limited to radiotelography.
5.79A When establishing navtex offshore stations at 490 kHz, 518 kHz and 4209,5 kHz, administrations are strongly recommended to coordinate their operational characteristics in accordance with IMO procedures, see Resolution 339.
5.80A The maximum equivalent isotropic radiated power (e.i.r.p.) of amateur service stations using the 472-479 kHz band shall not exceed 1 W. The administrations may increase this limit e.i.r.p. to 5W in parts of their territories which are more than 800 km from the borders of Algeria, Saudi Arabia, Azerbaijan, Bahrain, Belarus, China, Comoros, Djibouti, Egypt, the United Arab Emirates, Russia, Iran, Iraq, Jordan, Kazakhstan, Kuwait, Lebanon, Libya, Morocco, Mauritania, Oman, Uzbekistan, Qatar, Syria, Kyrgyzstan, Somalia, Sudan, Tunisia, Ukraine and Yemen. The amateur service station shall not cause interference or require protection from air navigation service stations in that zone.
5.80B The use of the 472-479 kHz band in Algeria, Saudi Arabia, Azerbaijan, Bahrain, Belarus, China, Comoros, Djibouti, Egypt, the United Arab Emirates, Russia, Iraq, Jordan, Kazakhstan, Kuwait, Lebanon, Libya, Mauritania, Oman, Uzbekistan, Qatar, Syria, Kyrgyzstan, Somalia, Sudan, Tunisia and Yemen is limited to maritime mobile and air navigation services. Amateur services must not be used in those countries in that zone and this fact shall be taken into account by countries which permit such use.
5.82 In the maritime mobile service, the 490 kHz frequency will be used by coastal stations exclusively for the broadcasting of navigational and meteorological warnings and diligent messages for vessels using direct print narrowband telegraphy. The conditions for using the 490 kHz frequency are prescribed in Articles 31 and 52 of the Order. Administrations are required to ensure that the 415-495 kHz frequency is not caused by harmful interference when using the 415-495 kHz air navigation service. When using the 472-479 kHz band, the administration shall ensure that no harmful 490 kHz frequency interference is caused.
5.84 Conditions for the use of 518 kHz maritime mobile service frequencies are prescribed in Articles 31 and 52 of the Order.
5.90 In the 1605- 1705 kHz band, in cases involving certain radio stations in Region 2, the area of service of maritime mobile stations in Region 1 shall be limited to the size determined by ground-level wave coverage.
5.92 Some countries in Region 1 use radio detection systems in 1606,5-1625 kHz, 1635- 1800 kHz, 1850- 2160 kHz, 2194-2300 kHz, 2502- 2850 kHz and 3500- 3800 kHz, subject to an agreement concluded in accordance with the procedure laid down in Clause 9.21 of the Order. The mean radiated power of these stations shall not exceed 50 W.
5.93 Additional allocations: in Armenia, Azerbaijan, Belarus, Georgia, Hungary, Kazakhstan, Latvia, Lithuania, Mongolia, Nigeria, Uzbekistan, Poland, Kyrgyzstan, Slovakia, Russia, Tajikistan, Chad, Turkmenistan and Ukraine, the 1625-1635 kHz, 1800- 1810 kHz and 2160- 2170 kHz bands are also allocated to a priority fixed and mobile service provided that the agreement is concluded in accordance with the procedure laid down in the Regulation No 9.21.
5.96 In the 1715-1800 kHz and 1850-2000 kHz zones, the administrations of Germany, Austria, Armenia, Azerbaijan, Belarus, Croatia, Denmark, Estonia, Finland, Georgia, Hungary, Ireland, Iceland, Israel, Kazakhstan, Latvia, Lithuania, Liechtenstein, Malta, Moldova, Norway, Uzbekistan, Poland, Kyrgyzstan, Slovakia, the Czech Republic, the United Kingdom, Russia, Sweden, Switzerland, Tajikistan, Turkmenistan and Ukraine may allocate up to 200 kHz to their amateur service. However, when allocating bands to this extent to the amateur service of the administrations of these countries after previous consultations with the administrations of neighbouring countries, they shall take any measures to prevent harmful interference with the fixed and mobile services of other countries by their amateur service. The average output of any amateur station here must not exceed 10 W.
5.98. Replacement: in Armenia, Azerbaijan, Belarus, Belgium, Cameroon, Congo, Denmark, Egypt, Eritrea, Spain, Ethiopia, Russia, Georgia, Greece, Italy, Kazakhstan, Lebanon, Arab Republic, Kyrgyzstan, Somalia, Tajikistan, Tunisia, Turkmenistan and Turkey, the 1 810-1 830 kHz band is allocated on a primary basis to fixed and mobile services other than air services.
5.99 Additional allocation: In Saudi Arabia, Austria, Iraq, Libya, Uzbekistan, Slovakia, Romania, Slovenia, Chad and Tog, the 1810-1830 kHz band is also allocated to the priority fixed and mobile service, except for air moving.
5.100 In Region 1, authorisations for the use of the 1810-1830 kHz band may be granted by amateur service in countries located partly or entirely north of 40 ° N to consultations with countries referred to in provisions 5.98 and 5.99 of the Order in order to determine the measures necessary to prevent harmful interference between amateur stations and stations of other services operated in accordance with provisions 5.98 and 5.99 of the Order.
5.103 In Region 1, when allocating fixed and mobile stations in the 1850- 2045 kHz bands, 2194-2498 kHz, 2502- 2625 kHz and 2650- 2850 kHz, administrations should take into account the specific needs of maritime mobile services.
5.104 In Region 1, the use of the 2025-2045 kHz band is restricted to oceanographic buoy stations.
5.108 The 2182 kHz carrier frequency is an international emergency and call frequency for radio-telephony. The conditions of use of the 2173,5-2190,5 kHz band are prescribed in Articles 31 and 52 of the Order.
5.109 Frequency 2187,5 kHz, 4207,5 kHz, 6312 kHz, 8414,5 kHz, 12 577 kHz and 16 804,5 kHz are international distress frequencies for digital selective calls. The conditions for using these frequencies are prescribed in Article 31 of the Order.
5.110 Frequency 2174,5 kHz, 4177,5 kHz, 6268 kHz, 8376,5 kHz, 12 520 kHz and 16 695 kHz are international distress frequencies for narrowband telegraphy with direct print. The conditions for using these frequencies are prescribed in Article 31 of the Order.
5.111 Carrying frequencies 2182 kHz, 3023 kHz, 5680 kHz, 8364 kHz and 121,5 MHz, 156,525 MHz, 156,8 MHz and 243 MHz may also be used in accordance with the procedures applicable to terrestrial radio communications services, search and rescue operations involving manned spacecraft. The conditions for using these frequencies are prescribed in Article 31 of the Order.
The same applies to frequencies of 10 003 kHz, 14 993 kHz and 19 993 kHz, but in each of the cases mentioned here the transmission must be limited to ± 3 kHz around the relevant frequency.
5.115 In addition, carrier frequencies (reference) 3023 kHz and 5680 kHz may be used in accordance with Article 31 of the Maritime Mobility Service Regulations participating in coordinated search and rescue operations.
5.116. In granting permission to use the 3155- 3195 kHz band, administrations are urged to provide a common global channel for low-power wireless devices for hearing aids. Additional channels for these local needs facilities can be allocated in bands between 3155 kHz and 3400 kHz.
The management should take into account that frequencies in the area between 3000 kHz and 4000 kHz are suitable for hearing aids designed to operate at a low distance within the range of the induction field.
5.127 The use of the 4000-4063 kHz maritime mobile service band is limited to vessel stations using radio telephony (see provisions 52.220 and Appendix 17 to the Order).
5.128 Frequency in bands 4063-4123 kHz and 4130- 4438 kHz may exceptionally be used by fixed service stations communicating only within the borders of the country in which they are located, with a mean power not exceeding 50 W, provided that no harmful interference to the maritime mobile service is caused. In addition, in Afghanistan, Argentina, Armenia, Azerbaijan, Belarus, Botswana, Burkina Faso, Central African Republic, China, Russia, Georgia, India, Kazakhstan, Mali, Niger, Pakistan, Kyrgyzstan, Tajikistan, Chad, Turkmenistan and Ukraine in the 4063- 4123 kHz bands, 4130- 4133 kHz and 4408- 4438 kHz stations in a fixed service not exceeding 1 kW may be operated on condition that they are located at least 600 km from the coast and that there is no harmful interference with maritime mobile services.
5.130 Conditions for the use of 4125 kHz and 6215 kHz carrier frequencies are prescribed in Articles 31 and 52 of the Order.
5.131 The 4209,5 kHz frequency is used exclusively by coastal stations for the transmission of meteorological and navigation warnings and diligent messages to vessels using direct print narrowband techniques.
5.132 Frequency 4210 kHz, 6314 kHz, 8416,5 kHz, 12 579 kHz, 16 806,5 kHz, 19 680,5 kHz, 22 376 kHz and 26 100,5 kHz are international frequencies for the transmission of maritime security information (MSI) (see Appendix 17 to the Order).
5.132A. The radio station shall not cause or require protection from harmful interference to stations operating in a fixed and mobile service. The applications of the radiological service shall be limited to oceanographic radar operated in accordance with Resolution 612.
5.132B Replacement assignment: in Armenia, Belarus, Moldova, Uzbekistan and Kyrgyzstan, the 4438-4488 kHz band is primarily allocated to fixed and mobile services other than air moving (R).
5.133A. Replacement assignment: in Armenia, Belarus, Moldova, Uzbekistan and Kyrgyzstan, bands 5250-5275 kHz and 26200-26350 kHz are preferably allocated to fixed and mobile services other than air moving.
5.133B An amateur service station using the 5351,5- 5366,5 kHz band shall not exceed a maximum radiated power output of 15 W (e.i.r.p.). In Region 2, Mexico, an amateur service station using the 5351,5-5366,5 kHz band shall not exceed the maximum radiated power output of 20 W (e.i.r.p.). In the following countries of the Region 2: Antigua and Barbuda, Argentina, Bahamas, Barbados, Belize, Bolivia, Brazil, Chile, Colombia, Costa Rica, Cuba, Dominican Republic, Dominica, Salvador, Ecuador, Grenada, Guatemala, Guyana, Haiti, Honduras, Jamaica, Nicaragua, Panama, Paraguay, Peru, Saint Lucia, Saint Kitts and Nevis, Saint Vincent and the Grenadines, Surinam, Trinidad and Tobago, Uruguay, Venezuela and the Netherlands OCT in the Region 2, the station in the amateur service using the band 5351.5-5366,5 kHz shall not exceed the maximum radiated power of 25 W (e.i.i.r.p.).
5.134 Use of 5900- 5950 kHz, 7300- 7350 kHz, 9400- 9500 kHz, 11600- 11650 kHz, 12050- 12100 kHz, 13570- 13600 kHz, 13800- 13870 kHz, 15600- 15800 kHz, 17480- 17550 kHz and 18900- 19020 kHz by radio service is subject to the procedure set out in Article 12 of the Order. The authorities are requested to use these bands to facilitate the introduction of digitally modulated broadcasting in accordance with the provisions of Resolution 517.
5.136 Additional allocation: The frequencies in the 5900- 5950 kHz band may be used by stations of the services listed below in contact only within the borders of the States in which they are located, provided that no harmful interference is caused to the radio service: fixed service in all three Regions, land mobile service in Region 1, mobile service in addition to air moving (R), in Regions 2 and 3. The authorities are urged to use frequencies in this band with the minimum required power and to take into account the seasonal use of frequencies by the radio service published in accordance with the Order.
5.137 The bands 6200-6213,5 kHz and 6220,5-6525 kHz may exceptionally use fixed service stations for connections only within the borders of the country in which they are located with a medium power not exceeding 50 W, provided that no harmful interference to the maritime mobile service is caused. When reporting these frequencies, the ITU Radiocommunications Authority will pay attention to the above mentioned conditions.
5.138 Band
| 6765–6795 kHz | (střední kmitočet 6780 kHz), |
| 433,05–434,79 MHz | (střední kmitočet 433,92 MHz) v Regionu 1, kromě zemí uvedených v 5.280, |
| 61–61,5 GHz | (střední kmitočet 61,25 GHz), |
| 122–123 GHz | (střední kmitočet 122,5 GHz), |
| 244–246 GHz | (střední kmitočet 245 GHz) |
are intended for industrial, scientific and medical purposes (ISM). The use of these ISM application bands is subject to specific authorisation of the relevant administration in agreement with other administrations whose radio communications services could be affected. In applying this provision of governance, it shall take due account of the latest relevant ITU-R recommendations.
5.140 Additional allocation: in Angola, Iraq, Somalia and Tog, the 7 000- 7 050 kHz band is also allocated to the primary service.
5.141 Replacement: in Egypt, Eritrea, Ethiopia, Guinea, Libya, Madagascar and Niger, the range of 7 000 - 7 050 kHz is allocated to a fixed service on a primary basis.
5.141A. Additional allocation: in Uzbekistan and Kyrgyzstan, the 7 000- 7 100 kHz and 7 100- 7 200 kHz bands are also allocated to a fixed and land mobile service on a secondary basis.
5.141B Additional allocations: in Algeria, Saudi Arabia, Australia, Bahrain, Botswana, Brunei Darussalam, China, Comoros, Korea, Diego Garcia, Djibouti, Egypt, Eritrea, Guinea, Indonesia, Iran, Japan, Jordan, Kuwait, Libya, Mali, Morocco, Mauritania, Niger, New Zealand, Oman, Papua New Guinea, Qatar, Syria, Singapore, Sudan, South Sudan, Tunisia, Vietnam and Yemen. The band 7 100 - 7,200 kHz is primarily allocated also to fixed and mobile services, except air moving (R).
5.143 Additional allocation: frequencies in the 7300-7350 kHz band may be used by fixed and ground mobile stations in contact only within the borders of the States in which they are located, provided that no harmful interference to the radio service is caused. The authorities are urged to use frequencies in this band with the minimum required power and to take into account the seasonal use of frequencies by the radio service published in accordance with the Order.
5.143B The band 7350 - 7450 kHz is allocated preferably to fixed service and secondary ground mobile service in Region 1 until 29 March 2009. After 29 March 2009, frequencies in the 7350-7450 kHz band may be used by fixed and ground mobile stations only for connections within the borders of the country in which they are located, provided that no harmful interference to the radio service is caused and that the total radiated power of any station does not exceed 24 dBW.
5.145 Conditions for the use of carrier frequencies of 8 291 kHz, 12 290 kHz and 16 420 kHz are prescribed in Articles 31 and 52 of the Order.
5.145A The radio station shall not cause or require protection from harmful interference to stations operating in a fixed service. The applications of the radiological service shall be limited to oceanographic radar operated in accordance with Resolution 612.
5.145B Replacement: in Armenia, Belarus, Moldova, Uzbekistan and Kyrgyzstan the bands 9305 - 9355 kHz and 16 100 - 16 200 kHz are preferably assigned to a fixed service,
5.146 Additional allocation: frequencies in bands 9400- 9500 kHz, 11 600- 11 650 kHz, 12 050- 12 100 kHz, 15 600- 15 800 kHz, 17 480-17 550 kHz and 18 900- 19 020 kHz may be used by fixed service stations in contact only within the borders of the States in which they are located, provided that no harmful interference is caused to the radio service. The authorities are urged to use frequencies in this band with the minimum required power for a fixed service and to take into account the seasonal use of frequencies by the radio service, published in accordance with the Order.
5.147 Frequency in the 9775-9900 kHz, 11 650- 11 700 kHz and 11 975- 12 050 kHz bands may be used by fixed service stations in contact only within the borders of the countries in which they are located, with total radiated power not exceeding + 24 dBW, provided that no harmful interference to the radio service is caused.
5.149 Administration, allocating allocations to service stations other than radio astronomy, in the following bands:
| 13 360–13 410 kHz, | 4950–4990 MHz, | 102–109,5 GHz, |
| 25 550–25 670 kHz, | 4990–5000 MHz, | 111,8–114,25 GHz, |
| 37,5–38,25 MHz, | 6650–6675,2 MHz, | 128,33–128,59 GHz, |
| 73–74,6 MHz v Regionech 1 a 3, | 10,6–10,68 GHz, | 129,23–129,49 GHz, |
| 150,05–153 MHz v Regionu 1, | 14,47–14,5 GHz, | 130–134 GHz, |
| 322–328,6 MHz, | 22,01–22,21 GHz, | 136–148,5 GHz, |
| 406,1–410 MHz, | 22,21–22,5 GHz, | 151,5–158,5 GHz, |
| 608–614 MHz v Regionech 1 a 3, | 22,81–22,86 GHz, | 168,59–168,93 GHz, |
| 1330–1400 MHz, | 23,07–23,12 GHz, | 171,11–171,45 GHz, |
| 1610,6–1613,8 MHz, | 31,2–31,3 GHz, | 172,31–172,65 GHz, |
| 1660–1670 MHz, | 31,5–31,8 GHz v Regionech 1 a 3, | 173,52–173,85 GHz, |
| 1718,8–1722,2 MHz, | 36,43–36,5 GHz, | 195,75–196,15 GHz, |
| 2655–2690 MHz, | 42,5–43,5 GHz, | 209–226 GHz, |
| 3260–3267 MHz, | 48,94–49,04 GHz, | 241–250 GHz a |
| 3332–3339 MHz, | 76–86 GHz, | 252–275 GHz |
| 3345,8–3352,5 MHz, | 92–94 GHz, | |
| 4825–4835 MHz, | 94,1–100 GHz, |
are urged to take all practicable measures to protect radio astronomy from harmful interference. The transmission of space or aircraft stations may be particularly serious sources of interference of the radio astronomy service (see provisions 4.5 and 4.6 and Article 29 of the Order).
5.149A Replacement assignment: in Armenia, Belarus, Moldova, Uzbekistan and Kyrgyzstan, the 13 450-13 550 kHz band is primarily allocated to fixed service and secondary service, other than air moving (R),
5.150 Band
| 13 553–13 567 kHz | (střední kmitočet 13 560 kHz), |
| 26 957–27 283 kHz | (střední kmitočet 27 120 kHz), |
| 40,66–40,70 MHz | (střední kmitočet 40,68 MHz), |
| 902–928 MHz | v Regionu 2 (střední kmitočet 915 MHz), |
| 2400–2500 MHz | (střední kmitočet 2450 MHz), |
| 5725–5875 MHz | (střední kmitočet 5800 MHz) a |
| 24–24,25 GHz | (střední kmitočet 24,125 GHz) |
are intended to be used for industrial, scientific and medical purposes (ISM). Radiocommunications services operating in these bands shall suffer harmful interference which may be caused by such use. ISM equipment operating in these zones shall be subject to the provisions of the Order No 15.13.
5.151 Additional allocation: Frequency in bands 13 570-13 600 kHz and 13 800-13 870 kHz may be used by fixed service stations and mobile services other than air moving (R) in contact only within the borders of the States in which they are located, provided that no harmful interference to the radio service is caused. The authorities are urged to use frequencies in this band with the minimum required power and to take into account the seasonal use of frequencies by the radio service published in accordance with the Order.
5.152 Additional allocations: in Armenia, Azerbaijan, China, Côte d'Ivoire, Russia, Georgia, Iran, Kazakhstan, Uzbekistan, Kyrgyzstan, Tajikistan, Turkmenistan and Ukraine, the 14 250-14 350 kHz band is also allocated to a fixed service on a primary basis. Fixed service stations shall not use radiated power exceeding 24 dBW.
5.154 Additional allocation: in the 18 068-18 168 kHz band, a fixed service on a primary basis is also allocated to Armenia, Azerbaijan, Russia, Georgia, Kazakhstan, Kyrgyzstan, Tajikistan, Turkmenistan and Ukraine for use in their territories with a maximum peak power not exceeding 1 kW.
5.155B Zone 21 870-21 924 kHz uses a fixed service for the provision of services in relation to air traffic safety.
5.156A The use of the 23 200-23 350 kHz fixed service band is limited to the provision of air traffic safety services.
5.157 The use of the 23 350- 24 000 kHz maritime mobile service band is limited to radio-telegraphy between vessels.
5.158 Replacement: in Armenia, Belarus, Moldova, Uzbekistan and Kyrgyzstan, the 24 450-24 600 kHz band is primarily allocated to a fixed and ground mobile service.
5.159 Replacement: in Armenia, Belarus, Moldova, Uzbekistan and Kyrgyzstan, the 39-39,5 MHz band is primarily allocated to fixed and mobile services.
5.161B Replacement Allocation: in Albania, Germany, Armenia, Austria, Belarus, Belgium, Bosnia and Herzegovina, Cyprus, Vatican, Croatia, Denmark, Spain, Estonia, Finland, France, Greece, Hungary, Ireland, Iceland, Italy, Latvia, Macedonia, Liechtenstein, Lithuania, Luxembourg, Malta, Moldova, Monaco, Montenegro, Norway, Uzbekistan, the Netherlands, Portugal, Kyrgyzstan, Slovakia, the Czech Republic, Romania, the United Kingdom, San Marino, Slovenia, Sweden, Switzerland, Turkey and Ukraine is a priority for fixed and mobile services.
5.162A Additional allocation: in Germany, Austria, Belgium, Bosnia and Herzegovina, China, Vatican City, Denmark, Spain, Estonia, Finland, France, Ireland, Iceland, Italy, Latvia, Macedonia, Liechtenstein, Lithuania, Luxembourg, Monaco, Montenegro, Norway, the Netherlands, Poland, Portugal, the Czech Republic, the United Kingdom, Russia, Sweden, Serbia, Slovenia and Switzerland, the 46- 68 MHz band is additionally allocated to the radar service. This use is limited to radiological wind direction and speed sensors in accordance with Resolutions 217.
5.163 Additional allocations: in Armenia, Belarus, Georgia, Hungary, Kazakhstan, Latvia, Moldova, Uzbekistan, Kyrgyzstan, Russia, Tajikistan, Turkmenistan and Ukraine, the 47- 48,5 MHz and 56,5-58 MHz bands are also allocated to secondary fixed and mobile services.
5.164 Additional allocations: in Albania, Algeria, Germany, Austria, Belgium, Bosnia and Herzegovina, Botswana, Bulgaria, Côte d'Ivoire, Croatia, Denmark, Spain, Estonia, Finland, France, Gabon, Greece, Ireland, Israel, Italy, Jordan, Lebanon, Libya, Liechtenstein, Lithuania, Luxembourg, Madagascar, Mali, Malta, Morocco, Mauritania, Monaco, Montenegro, Nigeria, Norway, the Netherlands, Poland, Syria, Slovakia, the Czech Republic, Romania, the United Kingdom, Slovenia, Sweden, Switzerland, Swaziland Chad, Tog, Tunisia, Turkey and Serbia is the band 47- 68 MHz, in South Africa, the band 47- 50 MHz, and in Latvia band 48.5-56.5 MHz. However, ground mobile services stations in countries designated in connection with each band mentioned in this note shall not cause harmful interference to existing or planned radio stations of countries not mentioned in connection with the band or seek protection from such interference.
5.167 Replacement: in Bangladesh, Brunei Darussalam, India, Iran, Pakistan and Singapore, the 50- 54 MHz band is allocated to a fixed and mobile service on a primary basis.
5.167A Additional allocation: in Indonesia and Thailand, the 50- 54 MHz band is also allocated to a fixed and mobile primary service.
5.168 Additional allocation: in Australia, China and the Democratic People's Republic of Korea, the 50- 54 MHz band is also allocated to the primary service.
5.170 Additional allocation: in New Zealand, the 51- 54 MHz band is also allocated to a fixed and mobile primary service.
5.180 Frequency 75 MHz is assigned to radio signals (marker beacons). The authorities shall limit the allocation of frequencies close to or otherwise restrict the boundaries of the protection zone to other service stations which could cause harmful interference with radio signals by their performance or geographical location.
It is necessary to make every effort to further improve the characteristics of aircraft receivers and to limit the performance of broadcasting stations close to the 74,8 MHz and 75,2 MHz borders.
5.197A In addition, the additional allocation: the 108- 117,975 MHz band is primarily allocated to a mobile air service (R), with restrictions on systems operating in accordance with internationally recognised aviation standards. Such use shall comply with Resolution 413. The use of the 108- 112 MHz band by air-moving (R) service shall be limited to systems composed of ground-based transmitters and associated receivers that transmit navigation information supporting air navigation functions in accordance with internationally recognised aviation standards.
5.200 The 121,5 MHz frequency in the 117,975-137 MHz band is an air distress frequency and, if required, is associated with 123,1 MHz as an auxiliary frequency. Mobile stations of maritime mobile services may communicate at these frequencies for the purposes of distress and safety at these frequencies with air mobile service stations under the conditions laid down in Article 31 of the Order.
5.201 Additional allocations: in Armenia, Azerbaijan, Belarus, Bulgaria, Estonia, Georgia, Hungary, Iran, Iraq, Japan, Kazakhstan, Moldova, Mongolia, Mozambique, Uzbekistan, Papua New Guinea, Poland, Kyrgyzstan, Romania, Russia, Tajikistan, Turkmenistan and Ukraine, the 132- 136 MHz band is also allocated to the air-moving service. In the award of frequency allocations to air-moving (OR) stations, administrations shall take into account the frequency allocations to air-moving (R) stations.
5.202 Additional allocation: the 136- 137 MHz band is in Saudi Arabia, Armenia, Azerbaijan, Belarus, Bulgaria, the United Arab Emirates, Georgia, Iran, Jordan, Oman, Uzbekistan, Poland, Syria, Kyrgyzstan, Romania, Russia, Tajikistan, Turkmenistan and Ukraine, in addition to the priority of the air-moving (OR) service. In the award of frequency allocations to air-moving (OR) stations, administrations shall take into account the frequency allocations to air-moving (R) stations.
5.206 Different category of service: in Armenia, Azerbaijan, Belarus, Bulgaria, Egypt, Finland, France, Georgia, Greece, Kazakhstan, Lebanon, Moldova, Mongolia, Uzbekistan, Poland, Kyrgyzstan, Syria, Slovakia, the Czech Republic, Romania, Russia, Tajikistan, Turkmenistan and Ukraine, the 137- 138 MHz band is allocated to the air-moving (OR) service (see clause 5.33 of the Order).
5.208 The use of the 137- 138 MHz satellite mobile service shall be subject to coordination in accordance with the provisions of the Order No 9.11A.
5.208A In the allocation of frequencies to space-based mobile satellite stations in the 137- 138 MHz, 387- 390 MHz and 400,15- 401 MHz bands, all feasible steps shall be taken to protect radio astronomical services in the 150,05- 153 MHz, 322- 328,6 MHz, 406,1- 410 MHz and 608- 614 MHz bands from harmful interference from undesirable radiation. The interference thresholds for the radio astronomical service are set out in the relevant ITU-R recommendation.
5.208B5) In zones
137- 138 MHz,
387- 390 MHz,
400,15-401 MHz,
1452-1492 MHz,
1525-1610 MHz,
1613,8-1626,5 MHz,
2655-2690 MHz,
21,4- 22 GHz
Resolutions 739.
5.209 The use of 137- 138 MHz, 148- 150,05 MHz, 399,9- 400,05 MHz, 400,15- 401 MHz, 454- 456 MHz and 459- 460 MHz by satellite mobile service is limited to non-geostationary satellite systems.
5.210 Additional allocation: In Italy, the Czech Republic and the United Kingdom, the 138- 143,6 MHz and 143,65- 144 MHz bands are additionally allocated to the secondary space research service (downwards).
5.211 Additional allocations: in Germany, Saudi Arabia, Austria, Bahrain, Belgium, Denmark, United Arab Emirates, Spain, Finland, Greece, Guinea, Ireland, Israel, Kenya, Kuwait, Macedonia, Lebanon, Liechtenstein, Luxembourg, Mali, Malta, Montenegro, Norway, the Netherlands, Qatar, Slovakia, the United Kingdom, Serbia, Slovenia, Somalia, Sweden, Switzerland, Tanzania, Tunisia and Turkey, the 138- 144 MHz band is also allocated primarily to maritime and land-moving services.
5.216 Additional allocation: In China, the 144- 146 MHz band is also allocated to the air moving service.
5.218 Additional allocation: subject to an agreement concluded in accordance with the procedure set out in Clause 9.21 In addition, the order is assigned primarily to the space service (ascending direction). The width of the single transmission band shall not exceed ± 25 kHz.
5.219. The use of the 148- 149,9 MHz satellite mobile service band shall be subject to coordination in accordance with the provisions of the Order No 9.11A. The cooperative mobile service shall not restrict the development and operation of fixed and mobile services and space traffic services in the 148- 149,9 MHz band.
5.220. The use of 149,9-150,05 MHz and 399,9-400,05 MHz satellite mobile service shall be subject to coordination in accordance with the provisions of the Order No 9.11A.
5.226 The 156,525 MHz frequency is an international frequency for distress, security and call for a maritime mobile service implemented by VHF radio-telephony using digital selective choice (DSC). The conditions for the use of this frequency and the 156,4875-156,5625 MHz band are contained in Articles 31 and 52 and Appendix 18 of the Order.
The 156,8 MHz frequency is an international frequency for distress, safety and call for a maritime mobile service implemented by VHF radio. The conditions of use of this frequency and the 156,7625-156,8375 MHz band are in Article 31 and Appendix 18 of the Order.
In the 156- 156,4875 MHz, 156,5625- 156,7625 MHz, 156,8375- 157,45 MHz, 160,6-160,975 MHz and 161,475-162,05 MHz, each administration is required to prioritise maritime mobile services only on those frequencies that the administration assigns to maritime mobile service stations (see Articles 31 and 52 and Appendix 18 of the Order).
Any use of frequencies in these bands by stations of other services to which those bands are allocated should be avoided in areas where such use could cause harmful interference to the VHF maritime mobile radio communications service.
However, the 156,8 MHz and 156,525 MHz frequencies and frequency bands in which maritime mobile services are preferred may be used for radio communications on inland waterways, subject to an agreement between the administrations involved and the concerned and taking into account the current use of frequencies and existing agreements.
5.227 Additional allocation: The 156,4875-156,5125 MHz band and 156,5375-156,5625 MHz band are allocated in addition to the priority fixed and ground mobile service. The use of these fixed and mobile service bands shall not cause harmful interference or protection in relation to the maritime mobile VHF radio communications service.
5.228 The use of the 156,7625-156,7875 MHz and 156,8125-156,8375 MHz satellite mobile service (ascending direction) bands is limited to receiving long-range automatic identification system (AIS) messages (Message 27, see the latest version of the ITU-R M.1371 Recommendation) transmitted under the AIS. With the exception of the transmission of AIS, radio communications systems operated in the maritime mobile service on these bands shall not transmit with a power exceeding 1 W.
5.228A The 161,9625-161,9827 MHz and 162,0125-162,0375 MHz bands may be used by aircraft stations for search and rescue operations and other security-oriented communications.
5.228AA The use of the 161,9375-161,9625 MHz and 161,9875- 162,0125 MHz satellite mobile service (ascending direction) shall be limited to systems operated in accordance with the Additional 18 Order.
5.228B The use of the 161.9625-161.9875 MHz and 162.0125-162.0375 MHz mobile and ground mobile services shall not cause or claim protection from harmful interference with the maritime mobile service.
5.228F The use of the 161.9625-161.9875 MHz and 162.0125-162.0375 MHz satellite mobile service (ascending direction) bands is limited to receiving the transmission of an automatic identification system from stations operating in the maritime mobile service.
5.254 The 235- 322 MHz and 335,4- 399,9 MHz bands may be used by a mobile satellite service, subject to an agreement concluded in accordance with the procedure laid down in clause 9.21 of the Order, and provided that the stations in that service do not cause harmful interference to the stations of other services operated or intended to operate in accordance with the frequency allocation table, except for the additional allocation according to Note 5.256A of the Order.
5.255 The 312- 315 MHz (ascending direction) and 387- 390 MHz (downwards direction) in the mobile satellite service can also be used by systems with non-geostationary satellites. Such use shall be subject to coordination in accordance with the provisions of the Order No 9.11A.
5.256 The 243 MHz frequency is for use in this band for survival craft stations and rescue equipment.
5.257 The 267- 272 MHz band may be used by administrations in their managed countries as a priority for satellite telemetry, provided that this is agreed in accordance with the procedure laid down in Clause 9.21 of the Order.
5.258 The use of 328,6-335,4 MHz by air radio navigation service is limited to aircraft landing systems using instruments (precision approach beacon descent beams).
5.261 The transmission shall be limited to a ± 25 kHz band around the 400,1 MHz frequency normal.
5.263 The 400,15-401 MHz band is allocated in addition to the Space Research Service on the cosmos-cosmos directions for communication with human-based spacecraft. The space research service thus used shall not be considered a security service.
5.264. The use of the 400,15-401 MHz satellite mobile service band shall be subject to coordination in accordance with the provisions of the Order No 9.11A. Power flow density limit given in Annex 1, Appendix 5 The order will be valid until it is reviewed by the relevant world radio communication conference.
5.265 Resolution 205 applies to the 403- 410 MHz band.
5.266 The use of the 406- 406,1 MHz satellite mobile service band is limited to low-power satellite radio signals indicating the location of the disaster (see also Article 31 of the Order).
5.267 Any transmission capable of causing harmful interference to the authorised use of the 406- 406,1 MHz band shall be prohibited.
5.268 The use of the 410- 420 MHz space research service is limited to the communication lines of the cosmos-cosmos with the pilot spacecraft in orbit. The power flow density at the surface of the Earth generated by the transmission stations of the Space Research Service (cosmos) in the 410- 420 MHz band shall not exceed -153 dB (W / m2) for 0 ° ≤ θ ≤ 5 °, -153 + 0,077 (θ - 5) dB (W / m2) for 5 ° ≤ θ ≤ 70 ° and -148 dB (W / m2) for 70 ° ≤ θ ≤ 90 °, where θ is the angle of impact of the radio wave, and the reference bandwidth is 4 kHz. In this zone, space research services (cosmos-cosmos) stations shall not require protection from fixed and mobile stations or restrict their use and development. Clause 4.10 The Order does not apply here.
5.271 Additional allocation: in Belarus, China, India, Kyrgyzstan and Turkmenistan, the 420- 460 MHz band is also allocated to satellite radio navigation service (radio altimeters).
5.274 Replacement: in Denmark, Norway, Sweden and Chad, the 430- 432 MHz and 438- 440 MHz bands are allocated on a primary basis to fixed and mobile services, except for air mobile services.
5.275 Additional allocation: in Croatia, Estonia, Finland, Libya, Macedonia, Montenegro and Serbia, the 430- 432 MHz and 438- 440 MHz bands are also allocated on the primary basis of fixed and mobile services, with the exception of air mobile services.
5.276 Additional allocations: in Afghanistan, Algeria, Saudi Arabia, Bahrain, Bangladesh, Brunei Darussalam, Burkina Faso, Djibouti, Egypt, United Arab Emirates, Ecuador, Eritrea, Iraq, Israel, Italy, Jordan, Kenya, Kuwait, Libya, Malaysia Niger, Nigeria, Oman, Pakistan, Philippines, Qatar, Syrian Arab Republic, Korean People's Democratic Republic, Singapore, Somalia, Sudan, Switzerland, Thailand, Tog, Turkey and Yemen are also allocated a fixed service on the primary basis and the 430- 435 MHz and 438- 440 MHz bands with the exception of Ecuador.
5.277 Additional allocations: in Angola, Armenia, Azerbaijan, Belarus, Cameroon, Congo, Djibouti, Russia, Georgia, Hungary, Israel, Kazakhstan, Mali, Mongolia, Uzbekistan, Poland, the Republic of Congo, Kyrgyzstan, Slovakia, Romania, Rwanda, Tajikistan, Chad, Turkmenistan and Ukraine are also allocated to the primary service.
5.279A The use of 4332-438 MHz sensors in the Earth Satellite Survey Service (EESS) (active) shall be in accordance with the ITU-R Recommendation RS.1260-1 In addition, EESS (active) must not cause harmful interference to the air navigation service in China in the 4332-438 MHz band. The provisions of this note do not reduce the obligation that EESS (active) will be operated as a secondary service in accordance with provisions 5.29 and 5.30 of the Order.
5.280 In Germany, Austria, Bosnia and Herzegovina, Croatia, Macedonia, Liechtenstein, Montenegro, Portugal, Slovenia, Serbia and Switzerland, the band 433,05-434,79 MHz (medium frequency 433,92 MHz) is intended for industrial, scientific and medical use (ISM). The radio communications services of those countries operating in that zone shall suffer harmful interference which may be caused by such use. The ISM equipment operating in this zone shall be subject to the provisions of No 15.13 of the Order.
5.281 Additional allocation: in the French overseas departments and communities in region 2 and India, the 433,75-434,25 MHz band is allocated primarily to space traffic services (ascending direction). In France and Brazil, the band is allocated to the same service on a secondary basis.
5.282 The 435- 438 MHz band, 1260- 1270 MHz, 2400- 2450 MHz, 3400- 3410 MHz (only in the Regions 2 and 3) and 5650- 5670 MHz band may be used by the amateur satellite service provided that it does not cause harmful interference to other services operating in accordance with the frequency allocation table (see clause 5.43 of the Order). The authorities which authorise such use shall ensure that any harmful interference caused by the broadcasting of a satellite amateur service station is immediately removed in accordance with the provisions of Regulation No 25.11 of the Order. The use of the 1260-1270 MHz and 5650-5670 MHz satellite amateur service is limited to an upward direction.
5.283 Additional allocation: in Austria, the 438- 440 MHz band is also allocated to fixed and mobile services, except air mobile services.
5.286 The 449,75-450,25 MHz band may be used by space traffic and space research services (ascending direction), subject to the conclusion of an agreement according to the procedure laid down in Clause 9.21 of the Order.
5.286A The use of the 454- 456 MHz and 459- 460 MHz satellite mobile service bands shall be subject to coordination in accordance with the provisions of the Order No 9.11A.
5.286AA The band 450-470 MHz is identified for use for administrations intending to implement International Mobile Telecommunications (IMT), see Resolution 224. This identification does not preclude the use of this band by the services to which it is assigned and does not give priority to the Order.
5.287 In the maritime mobile service the use of the bands 457,5125-457,5875 MHz and 467,5125-467,5875 MHz is reserved for on-board communication stations (on-board links). The parameters of the device and channel arrangement shall comply with the ITU-R recommendation M.1174-3 The use of these zones in territorial waters is subject to national regulation of the administration concerned.
5.289 The 460- 470 MHz and 1690- 1710 MHz bands may also be used for downwards broadcasting for the purpose of the Earth's satellite survey service, but other than those of the satellite meteorological service, provided that they do not cause harmful interference to stations operating in accordance with the table.
5.291A Additional allocation: in Germany, Austria, Denmark, Estonia, Liechtenstein, the Czech Republic, Serbia and Switzerland, the 470- 494 MHz band is additionally allocated to the radiolocation service. This use is limited to the operation of radiolating wind direction and speed sensors in accordance with Resolution 217.
5.296 Additional allocations: In Albania, Germany, Angola, Saudi Arabia, Austria, Bahrain, Belgium, Benin, Bosnia and Herzegovina, Botswana, Bulgaria, Burkina Faso, Burundi, Cameroon, the Vatican, the Republic of the Congo, Côte d'Ivoire, Croatia, Denmark, Djibouti, Egypt, the United Arab Emirates, Spain, Estonia, Finland, France, Gabon, Georgia, Ghana, Iraq, Ireland, Iceland, Israel, Italy, Libya, Jordan, Kenya, Kuwait, Lesothu, Latvia, Macedonia, Lebanon, Liechtenstein, Lithuania, Luxembourg, Hungary, Malawi, Malta, Morocco, Mauritius, Mauritania, Mauritania, Moldova, Moldova, Moldova, Namibia, Nigeria, Nigeria, Norway, Australia, Austria, the Netherlands, the United Kingdom, the United Kingdom, the United Kingdom, the United Kingdom, the United Kingdom, the United Kingdom, the United Kingdom, the United Kingdom, the Republic, the United Kingdom, the Republic, the Republic, the Republic, the Republic of Slovenia, the Republic of Slovenia, the Republic of Slovenia, the Republic of Slovenia, the Republic of Slovenia, the Republic of Slovenia, the Republic of Slovenia, The ground mobile service station in the countries mentioned in this note shall not cause harmful interference to existing or planned stations operating in accordance with the frequency band allocation table in the countries not mentioned in this note.
5.306 Additional allocation: in Region 1, with the exception of the African Radio Zone, and in Region 3, the 608- 614 MHz band is additionally allocated to the radio astronomical service.
5.311A Resolution 549 also applies to the use of the 620- 790 MHz band.
5.312 Additional allocations: in Armenia, Azerbaijan, Belarus, Georgia, Kazakhstan, Uzbekistan, Kyrgyzstan, Russia, Tajikistan, Turkmenistan and Ukraine, the 645- 862 MHz band, Bulgaria, the 646- 686 MHz band, 726- 758 MHz, 766- 814 MHz and 822- 862 MHz bands and Poland, respectively, until 31 December 2017 shall be allocated in addition to the air navigation service.
5.312A The use of the 694- 790 MHz band by a mobile service other than air mobile is subject to the provisions of Resolution 760 in Region 1. See also Resolution 224.
5.316B In Region 1, in the band 790-862 MHz, the allocation of mobile services except air navigation services in relation to air navigation services in the countries mentioned in note 5.312 The Order is subject to an agreement concluded in accordance with the procedure laid down in Clause 9.21 of the Order. Moreover, in the signatory countries of GE06, the use of the band by mobile service stations is conditional on a positive result of the application of the procedures of this Agreement. Resolution 224 and 749 apply.
5.317A The administrations intending to implement International Mobile Telecommunications (IMT) will use parts of the 698- 960 MHz band and 694- 790 MHz bands in Regions 1 and 790- 960 MHz in Regions 1 and 3, which are assigned to the mobile service and are identified for this purpose - see the relevant resolution 224, 760 and 749. Such designation shall not preclude the use of such bands by other service applications to which they are assigned and shall not give rise to any priorities in the Order.
5.323 Additional allocation: In Armenia, Azerbaijan, Belarus, Russia, Kazakhstan, Uzbekistan, Kyrgyzstan, Tajikistan, Turkmenistan and Ukraine, 862- 960 MHz, 862- 890,2 MHz and 900- 935,2 MHz in Bulgaria, 862- 876 MHz in Poland and 862- 880 MHz in Romania and 915- 925 MHz in Romania, the air navigation service is also primarily allocated. Such use shall be subject to an agreement concluded with the participating administrations in accordance with the procedure laid down in provision 9.21 of the Council and shall be limited to the survival of land-based radio beacons operating on 27 October 1997.
5.327A The use of 960- 1164 MHz by air-moving (R) service is limited to systems operated according to internationally recognised aviation standards. Such use shall comply with Resolution 417.
5.328. The use of the 960- 1215 MHz band by air navigation service is worldwide reserved for the operation and development of on-board electronic aids for air navigation and directly associated ground equipment.
5.328A In the 1164- 1215 MHz band, stations in the satellite radio navigation service shall operate in accordance with the provisions of Resolution 609 and shall not require protection from stations in the air radio navigation service in the 960- 1215 MHz band. Clause 5.43A The order doesn't apply here. Provisions No 21.18 of the Order apply.
5.328AA Zone 1087,7-1092,3 MHz is also primarily allocated to the air-moving satellite (R) service (ascending direction). The allocation is limited to receiving satellite signals from Automatic Dependent Surveillance-Broadcast (ADS-B) transmitted from aircraft transmitters in accordance with recognised international aviation standards. Stations operating in the air moving satellite (R) service shall not require protection from stations operating in the air navigation service. This zone is subject to Resolution 425.
5.328B The use of the bands 1164-1300 MHz, 1559- 1610 MHz and 5010- 5030 MHz systems and networks in the satellite radio navigation service for which the ITU Radiocommunications Authority has received full coordination or notification information after 1.1.2005 shall be subject to the application of provisions Nos 9.12, 9.12A and 9.13 of the Order. At the same time, Resolution 610 applies; However, this resolution applies only to broadcasting space stations in the case of satellite radio navigation systems and networks (satellites). In accordance with Note 5.329A of the Order, provisions No 9.7, 9.12, 9.12A and 9.13 of the Regulations apply in the bands 1215-1300 MHz and 1559-1610 MHz to systems and networks in the satellite radio navigation service (satellite-satellite) only in relation to other systems and networks in the satellite radio-navigation service (satellite-satellite).
5.329 In the 1215-1300 MHz band, the satellite radio navigation service shall be subject to the condition that no harmful interference with the radio navigation service permitted under Note 5.331 of the Order is caused and that no protection against that service is required. In addition, in the 1215-1300 MHz band, the use of the satellite radio navigation service is subject to the condition that harmful interference with the radio navigation service is not caused. The provisions of Regulation No 5.43 do not apply in respect of the radiological service. Resolution 608.
5.329A The use of systems in the satellite radio-navigation service (intersatellite links) operating in the 1215- 1300 MHz and 1559- 1610 MHz bands is not intended to provide applications of the nature of the security service and shall not cause any additional restrictions to other systems in the satellite radio-navigation service (downwards direction) or other services operated in accordance with the frequency allocation table.
5.330 Additional allocations: in Angola, Saudi Arabia, Bahrain, Bangladesh, Cameroon, China, Djibouti, Egypt, United Arab Emirates, Eritrea, Ethiopia, Guyana, India, Indonesia, Iran, Iraq, Kuwait, Nepal, Oman, Pakistan, Philippines, Qatar, Syria, Somalia, Sudan, South Sudan, Chad, Togo and Yemen are also allocated a fixed and mobile service on a primary basis.
5.331 Additional allocations: in Algeria, Germany, Saudi Arabia, Australia, Austria, Bahrain, Belarus, Belgium, Benin, Bosnia and Herzegovina, Brazil, Burkina Faso, Burundi, Cameroon, China, the Republic of Korea, Croatia, Denmark, Egypt, United Arab Emirates, Estonia, Russia, Finland, France, Ghana, Greece, Guinea, Equatorial Guinea, Hungary, India, Indonesia, Iran, Iraq, Ireland, Israel, Jordan, Kenya, Kuwait, Lesothu, Latvia, Macedonia, Lebanon, Liechtenstein, Lithuania, Luxembourg, Madagascar, Mali, Mauritania, Montenegro, Nigeria, Norway, Oman, Pakistan, Poland, Portugal, Catara, Syria, Slovakia, the United Kingdom of Korea's Democratic Republic of the United Kingdom, Serbia, Slovenia, the Republic of the Republic of the Republic of the Republic of the Republic of the Republic of the Republic of the Republic of the Republic of the Republic of the Republic of the Republic of South, the Republic of the Republic of the Republic of the Republic of the Republic of the Republic of the Republic of the Republic of the Republic of the Republic of the Republic of the Republic of the Republic of the Republic of the Republic of the Republic of the Republic In Canada and the United States, the 1240-1300 MHz band is also allocated to a radio navigation service whose use is restricted to an air navigation service.
5.332 In the 1215-1260 MHz band, active sensors on deck satellites in the service of Earth-based satellite exploration and space-based research shall not cause harmful interference in the operation and development of the radiolocation service, satellite radio navigation services and other services with priority assignment or require protection or otherwise restrict them.
5.335A In the 1260-1300 MHz band, active sensors on deck satellites in the Earth's satellite survey service and in the space research service shall not cause harmful interference in the operation and development of the radiological service and other services, as a priority, allocated by the Notes of the Order, or require protection or otherwise restrict them.
5.337. The use of the 1300- 1350 MHz, 2700- 2900 MHz and 9000- 9200 MHz by air navigation service shall be limited to ground-based radiolocators and associated aircraft transponders which transmit only on frequencies in these bands and only when radio-locators operating in the same band are activated.
5.337A The use of the 1300- 1350 MHz band by terrestrial stations in the satellite radio navigation service and by stations in the radio navigation service shall not cause harmful interference or restrict its operation or development.
5.338 In Kyrgyzstan, Slovakia and Turkmenistan, existing radio navigation facilities in the 1350- 1400 MHz band may continue to operate.
5.338A In the bands 1350- 1400 MHz, 1427- 1452 MHz, 22,55- 23,55 GHz, 30- 31,3 GHz, 49,7- 50,2 GHz, 50,4- 50,9 GHz, 51,4- 52,6 GHz, 81- 86 GHz and 92-94 GHz, the Resolution 750 applies.
5.339 The bands 1370-1400 MHz, 2640-2655 MHz, 4950-4990 MHz and 15,20-15,35 GHz are additionally allocated to the space research service (passive) and the Earth satellite survey service (passive).
5.340 All broadcasts in the bands below are prohibited:
1400- 1427 MHz,
2690-2700 MHz with the exception of the broadcasts referred to in note 5.422 of the Order,
10,68-10,7 GHz with the exception of the broadcasting referred to in note 5.483 of the Order,
15,35-15,4 GHz except for the transmission referred to in note 5.511 of the Order,
23,6-24 GHz,
31,3- 31,5 GHz;
31,5- 31,8 GHz in Region 2,
48,94- 49,04 GHz from aircraft stations,
50,2- 50,4 GHz;
52,6-54,25 GHz,
86- 92 GHz,
100-102 GHz,
109,5-111,8 GHz,
114,25-116 GHz,
148,5-151,5 GHz,
164- 167 GHz,
182- 185 GHz,
190- 191,8 GHz,
200- 209 GHz,
226-231,5 GHz,
250-252 GHz.
The allocation of the satellite Earth Survey Service (passive) and Space Research Service (passive) in the 50,2- 50,4 GHz band shall not unduly restrict the use of adjacent bands allocated to services as a priority.
5.341 In the 1400- 1727 MHz, 101- 120 GHz and 197- 220 GHz bands, research on passive detectors is carried out in some countries as part of the search programme for deliberate broadcasts of extraterrestrial origin.
5.341A. In Region 1, the 1427- 1452 MHz and 1492- 1518 MHz bands are identified for use by administrations intending to implement International Moving Telecommunications (IMT) in accordance with Resolution 223. Such identification shall not prevent the use of such bands by any other service application to which they are assigned and shall not give priority to the Order. The use of IMT stations with respect to air telemetry in the framework of the air moving service in accordance with note 5.342 of the Order is subject to an agreement concluded under the provisions of 9.21 of the Order.
5.342 Additional allocation: in Armenia, Azerbaijan, Belarus, Russia, Uzbekistan, Kyrgyzstan and Ukraine, the frequency band 1 429-1 535 MHz is allocated primarily to mobile air services for the purposes of air telemetry on the territory of the State. From 1 April 2007, the use of the frequency band 1 452-1 492 MHz shall be the subject of an agreement between the administrative authorities concerned.
5.345 The use of the 1452- 1492 MHz band by satellite radio and radio is limited to digital audio broadcasting and subject to the provisions of Resolution 528.
5.348 The use of 1518-1525 MHz satellite mobile service is subject to coordination in accordance with the provisions of the Order No 9.11A. In the 1518- 1525 MHz band, mobile satellite stations shall not require protection from fixed stations. Clause 5.43A of the Order does not apply here.
5.351 The 1525-1544 MHz band, 1545-1559 MHz, 1626,5-1645,5 MHz and 1646,5-1660,5 MHz bands shall not be used for modulation connections. In exceptional circumstances, however, in these zones, any satellite mobile service at a specified location may be authorised by administration by space stations.
5.351A. As regards the use of 1518- 1544 MHz, 1545- 1559 MHz, 1610- 1645,5 MHz, 1646,5-1660,5 MHz, 1668- 1675 MHz, 1980- 2010 MHz, 2170- 2200 MHz, 2483,5- 2520 MHz and 2670- 2690 MHz by satellite mobile service, see Resolutions 212 and 225).
5.353A. When applying the procedures in Section II of Section 9 of the Regulation in the mobile satellite service in the 1530- 1544 MHz and 1626,5-1645,5 MHz, priority shall be given to the spectrum requirements for emergency, piloting and security communications of the Global Maritime Emergency and Security System (GMDSS). In view of all other mobile satellite communications, satellite communications shall have priority access and immediate accessibility within the network. It shall not cause unacceptable interference with, or require protection from, GMDSS emergency, piloting or security communications. It is necessary to take into account the communication of a security nature in other mobile satellite services. The provisions of Resolution 222 apply here.
5.354 The use of 1525-1559 MHz and 1626,5-1660,5 MHz of mobile satellite services is subject to coordination in accordance with the provisions of the Order No 9.11A.
5.356 The use of 1544-1545 MHz satellite mobile service (downwards) is limited to emergency and security communications (see Article 31 of the Order).
5.357 Moreover, in the 1545-1555 MHz band, transfers from terrestrial stations are allowed directly to aircraft stations or between air moving service (R) aircraft stations if they are intended to extend or supplement satellite connections to aircraft.
5.357A For the application of the procedures under Section II of Section 9 of the Satellite Moving Service Regulations in the 1545-1555 MHz and 1646,5-1656,5 MHz bands, priority shall be given to spectrum requirements for the AMS (R) service (R) with priority 1 to 6 messages in accordance with Article 44 of the Order. Communication AMS (R) S with priorities 1 to 6 according to Article 44 The order must have priority access and immediate availability (if necessary by preventive measures) in front of all other mobile satellite communications operated within a network. In order to ensure the proper functioning of the system, it is necessary to ensure that the system is in conformity with the requirements of this Regulation. The safety-related priority of other mobile satellite services shall be taken into account. The provisions of Resolution 222 apply here.
5.364. The use of the 1610-1626,5 MHz satellite mobile service (ascending direction) and the radio-designated satellite service (ascending direction) shall be subject to coordination in accordance with the provisions of 9.11A of the Order. A moving earth station operating in one of these services in this band shall not be a source of a higher peak spectral density e.i.r.p. than -15 dB (W / 4 kHz) in that part of the band which uses systems operated in accordance with Note 5.366 of the Order (to which provision 4.10 of the Order applies) unless the administrations concerned agree otherwise. In that part of the band where these systems are not operated, the mean density e.i.r.p. shall not exceed -3 dB (W / 4 kHz). A mobile satellite station shall not require protection from air navigation service stations, stations operating in accordance with Note 5.366 of the Order and fixed service stations operating in accordance with Note 5.359 of the Order. The administrations responsible for coordinating the mobile satellite network shall make every practicable effort to ensure the protection of stations operated in accordance with Note 5.366 of the Order.
5.365. The use of the 1613,8-1626,5 MHz satellite mobile service (downwards) band is subject to coordination in accordance with the provisions of the Order No 9.11A.
5.366 The 1610-1626,5 MHz band is worldwide reserved for the use and development of on-board electronic equipment for air navigation and for all directly associated ground and satellite equipment. Such satellite applications shall be subject to an agreement concluded in accordance with the procedure laid down in Clause 9.21 of the Order.
5.367 Additional allocation: the 1610-1626,5 MHz band shall in addition be allocated preferably to the air-moving satellite (R) service. Such use shall be subject to an agreement concluded in accordance with the procedure laid down in Clause 9.21 of the Order.
5.368 With the exception of air navigation satellite services, provisions No 4.10 The Order does not apply in the 1610-1626,5 MHz band to satellite radio identification services and mobile satellite services.
5.371 Additional allocation: in Region 1, the 1610-1626,5 MHz band (ascending direction) is additionally allocated to the secondary satellite radio designation service, subject to the conclusion of an agreement under the provisions of the Order No 9.21.
5.372 Radio Astronomical Service stations using the 1610,6 to 1613,8 MHz band shall not cause harmful interference by radio equipment and mobile satellite stations (provisions No 29.13 of the Order).
5.374 Moving earth stations in mobile satellite services operating in the 1631,5- 1634,5 MHz and 1656,5- 1660 MHz bands shall not cause harmful interference to fixed service stations operating in the countries listed in note 5.359 of the Order.
5.375. The use of the 1645,5-1646,5 MHz satellite mobile service (ascending direction) and intersatellite connections is limited to emergency and security communications (see Article 31 of the Order).
In addition, in the 1646,5-1656,5 MHz band, air-moving (R) transmission from aircraft stations directly to or between air stations is permitted if it serves to extend or supplement connections from aircraft to satellites.
5.376A Movable earth stations operating in the 1660-1660,5 MHz band shall not cause harmful interference to stations in the radio astronomical service.
5.379A The authorities are urged to provide all feasible protection to future radio astronomical research in the 1660.5-1668,4 MHz band, in particular by cancelling downwards broadcasting as soon as possible to the auxiliary meteorological service in the 1664,4-1668,4 MHz band.
5.379B The use of the 1668-1675 MHz satellite mobile service band is subject to coordination in accordance with the provisions of the Order No 9.11A. In the 1668-1668,4 MHz band, Resolution 904 applies.
5.379C In order to protect the radio astronomical service in the 1668-1670 MHz band, the aggregate power flow density values of mobile terrestrial stations operating on mobile satellite services operating in that band shall not exceed - 181 dB (W / m2) in the 10 MHz and -194 dB (W / m2) band in any 20 kHz band on any radio astronomical station registered in the Basic International Frequency Register (MIFR).
5.379D For sharing 1668,4-1675 MHz satellite mobile and fixed and mobile services, Resolution 744 applies.
5.380A In the 1670-1675 MHz band, mobile satellite stations shall not cause harmful interference to existing terrestrial stations in the satellite meteorological service reported before 1 January 2004 or restrict their development. Any new allocation to these Earth stations in this zone must also be protected from harmful interference from stations in the mobile satellite service.
5.384A The bands 1710- 1885 MHz, 2300- 2400 MHz or 2500- 2690 MHz and their sections are identified for use by administrations intending to implement International Moving Telecommunications (IMT) in accordance with Resolution 223. This identification does not preclude the use of these bands by any of the services to which they are assigned and does not give rise to any priorities in the Order.
5.385 Additional allocation: the 1718.8-1722,2 MHz band is additionally allocated to the radio astronomical service for the observation of spectrum lines.
5.388 The 1885- 2025 MHz and 2110- 2200 MHz bands are intended worldwide for the use of administrations intending to implement International Moving Telecommunications (IMT). Such use does not preclude the use of these bands by other services to which they are allocated. These bands shall be made available for IMT in accordance with Resolution 212 (see also Resolution 223).
5.388A The bands 1885- 1980 MHz, 2010- 2025 MHz and 2110- 2170 MHz in Regions 1 and 3 and the bands 1885- 1980 MHz and 2110- 2160 MHz in Region 2 may be used by high-altitude platforms as base stations for the provision of International Mobile Telecommunications - 2000 (IMT-2000) in accordance with Resolution 221. This use of stations on platforms at high levels by the IMT-2000 applications does not preclude the use of these bands by any other service stations to which they are assigned, and does not confer any advantages in the Order.
5.389A The use of the 1980-2010 MHz and 2170@-@ 2200 MHz satellite mobile services shall be subject to coordination in accordance with the provisions of the Order and Resolution 716.
5.391 In the 2025-2110 MHz and 2200-2290 MHz bands, administrations will not introduce high-density mobile systems in mobile service allocations as described in ITU-R SA Recommendation. 1154-0, and take this recommendation into account when introducing mobile systems of any other kind.
5.392 The administrations are urged to take all practicable measures to ensure that transfers between two or more non-geostationary satellites in the service of space research, space traffic and Earth satellite exploration in the 2025-2110 MHz and 2200-2290 MHz bands do not cause any restrictions on the transmission of such services on those bands between geostationary and non-geostationary satellites in both ascending and descending directions or between satellites.
5.395 In France and Turkey, the use of the 2 310-2 360 MHz band by air mobility service for telemetry takes precedence over other uses of mobile services.
5.398 In the 2483,5-2500 MHz band, provision No 4.10 of the Order does not apply to the Radio Determination Satellite Service.
5.402 The use of the 2483,5-2500 MHz band by the mobile satellite service and the radio identification satellite service shall be subject to coordination in accordance with the provisions of the Order No 9.11A. The authorities are urged to implement any practicable measures to prevent harmful interference of radio astronomy service from broadcasting in the 2483,5-2500 MHz band, in particular the interference caused by the radiation of the second harmonic, which would fall within the 4990-5000 MHz band allocated to the worldwide radio astronomical service.
5.410 The 2500-2690 MHz band may be used in Region 1 by tropospheric dispersion systems (SVTR) subject to an agreement concluded in accordance with the procedure laid down in provision 9.21 of the Order. Clause 9.21 of the Order does not apply to SVTR connections situated entirely outside the Region 1. The administrations are obliged to make every possible effort to prevent the development of new SVTR in this band. When planning new SVTR radio links in this band, all measures shall be taken to avoid routing of the antennas to the geostationary satellite orbit.
5.413 The administrations are urged to take all necessary measures to protect radio astronomy in the 2690-2700 MHz band when designing satellite radio service systems in the bands between 2500 MHz and 2690 MHz.
5.414 The allocation of the 2500-2520 MHz frequency band to the mobile satellite service (downwards direction) shall be subject to coordination in accordance with the provisions of the Order No 9.11A.
5.416 The use of the 2520-2670 MHz satellite radio service shall be limited to national and regional group income systems subject to an agreement concluded in accordance with the procedure laid down in Clause 9.21 of the Order. In bilateral and multilateral negotiations, the administrations shall apply provisions 9.19 of the Order.
5.418B Use of the 2630-2655 MHz band systems with satellites on non-geostationary routes in the satellite radio service (radio) in accordance with Note 5.418 to the Order for which full coordination data according to Appendix 4 Order or notification information was received after 2 June 2000, subject to the procedure laid down in provision 9.12 of the Order.
5.418C Use of the 2630-2655 MHz band by satellite networks on geostationary routes where full coordination information according to Appendix 4 Order or notification information was received after 2 June 2000, subject to the procedure laid down in provision 9.13 of the Order in relation to satellite radio systems with satellites on non-geostationary routes under Note 5.418 of the Order, the Order does not apply here.
5.423 According to the principles of equality with air navigation service stations, the operation of ground-based radio locators is permitted in the 2700-2900 MHz band for meteorological purposes.
5.424A In the 2900- 3100 MHz band, stations in the radiological service shall not cause harmful interference to or require protection from radar systems in the radio navigation service.
5.425 In the 2900- 3100 MHz band, the use of ship transponder systems (SIT) shall be limited to the 2930- 2950 MHz sub-band.
5.426 The use of the 2900- 3100 MHz band by air radio navigation service is limited to the radiolocators located on the ground.
5.427 In the 2900- 3100 MHz and 9300- 9500 MHz bands, the response of radar transponders shall not be capable of confusion with the response of radar beacons (racons) and shall not cause interference with ship or air radar in the radio navigation service, but taking into account the provisions of Regulation No 4.9 of the Order.
5.430A The allocation of the band 3400- 3600 MHz to the mobile service other than air mobile is subject to an agreement concluded in accordance with the provisions of the Order No 9.21. The band is identified for International Moving Telecommunications (IMT). This identification does not preclude the use of this band by any application of the services assigned to it and does not give rise to any priority in the Order. In addition, provisions 9.17 and 9.18 of the Order apply at the coordination stage. Before the administration makes a station (base or mobile) operational in a mobile service in this band, it shall ensure that, at the border with any other administration, the power flow density (pfd) at a height of 3 m above the ground does not exceed -154,5 dB (W / (m2 · 4 kHz) for more than 20% of the time. This limit may be exceeded in the territory of the State whose administration agrees to this. In order to ensure that this limit pfd at the borders of any other administration is met, the calculations and verifications shall be carried out by mutual agreement between the two administrations (the one responsible for the earth station and the one responsible for the earth station) using all relevant information, where appropriate requesting assistance from the ITU Radiocommunication Office. In the event of non-conformity, this office shall calculate and verify pfd and take into account the above information. The mobile service station in the 3400- 3600 MHz band shall not require greater protection from space stations than that provided by Table 21-4 of the Order (edition 2004).
5.431 Additional allocation: in Germany and Israel, the 3 400- 3 475 MHz band is also allocated to secondary-based amateur service.
5.436 The use of the 4200- 4400 MHz band by air mobile (R) stations is reserved only for wireless internal communication avionics systems operated in accordance with recognised international aviation standards. Such use shall comply with Resolution 424.
5.437 Passive sensors in the Earth satellite survey service and space research service may be authorised in the 4200-4400 MHz band in the secondary service category.
5.438 The use of the 4200- 4400 MHz band by air radio navigation service is reserved only for radio altimeters installed on board aircraft and associated transponders on the ground.
5.440 The satellite service of frequency standards and time signals may be permitted to use 4202 MHz for downwards and 6427 MHz for downwards transmissions. Such transmissions shall be limited to ± 2 MHz from those frequencies and shall be subject to an agreement concluded in accordance with the procedure laid down in Regulation No 9.21.
5.441 The use of the 4500- 4800 MHz (downwards direction) and 6725- 7025 MHz (ascending direction) satellite fixed service shall comply with the provisions of Appendix 30B to the Order. The use of the 10,7-10,95 GHz (downwards direction), 11,2-11,45 GHz (downwards direction) and 12,75-13,25 GHz (ascending direction) satellite systems using the geostationary runway in the fixed satellite service shall comply with the provisions of Appendix 30B to the Order. The use of the 10,7-10,95 GHz (downwards direction) and 11,2-11,45 GHz (downwards direction) bands and 12,75-13,25 GHz (ascending direction) systems on non-geostationary lines in the fixed satellite service shall be subject to provisions No 9.12. Regulation as regards coordination with other systems in a fixed satellite service using non-geostationary satellites. Fixed satellite systems using non-geostationary satellites shall not require protection against geostationary systems in a fixed satellite service operated in accordance with the Order, independently of the date on which the ITU Radiocommunications Authority received full coordination or notification information on systems in a fixed satellite service using non-geostationary satellites and full coordination or notification information on geostationary systems, and the provisions of Regulation No 5.43A do not apply. Fixed satellite systems using non-geostationary satellites in the above zones shall be operated in such a way as to avoid any unacceptable interference occurring during operation without delay.
5.442 In the 4825-4835 MHz and 4950-4990 MHz bands, the allocation of the mobile service is limited to the mobile service except air mobile. In Region 2 (except Brazil, Cuba, Guatemala, Mexico, Paraguay, Uruguay and Venezuela) and Australia, the 4825-4835 MHz band is also allocated to air mobile services limited to air mobile telemetry during flight tests by aircraft stations. Such use shall comply with Resolution 416 and shall not cause harmful interference to a fixed service.
5.443AA In the 5000- 5030 MHz and 5091- 5150 MHz bands, the satellite air moving (R) service shall be subject to the conclusion of an agreement in accordance with the provisions of 9.21 of the Order. The use of these bands by satellite airborne (R) service is limited to internationally standardised air systems.
5.443B In order not to cause harmful interference to microwave landing systems operating above 5030 MHz, in the 5030- 5150 MHz band at the surface of the Earth, the aggregate power flows density from all space stations in any satellite radio navigation system (descending direction) operating in the 5010- 5030 MHz band shall not exceed -124,5 dB (W / m2) in the 150 kHz band width. In order not to cause harmful interference to the radio astronomical service in the 4990-5000 MHz band, satellite radio navigation systems operating in the 5010-5030 MHz band shall comply with the limits for the 4990-5000 MHz band defined in Resolution 741.
5.443C The use of the 5030- 5091 MHz band by air mobile (R) service is limited to internationally standardised air systems. The undesirable emissions caused by an air-moving (R) service in the 5030- 5091 MHz band shall be reduced so as to protect the downward direction of RNSS connections in the adjacent 5010- 5030 MHz band. Until an appropriate value is set in the relevant ITU-R Recommendation, the limit value of the e.i.r.p. density -75 dBW / MHz should apply in the 5010-5030 MHz band to any air moving (R) service station.
5.443D In the 5030- 5091 GHz band, the satellite airborne mobile (R) service shall be subject to the coordination service provided for in Clause 9.11 A of the Order. The use of this band by satellite air mobile (R) service is limited to internationally standardised air systems.
5.444 The 5030- 5150 MHz band will be used to operate an international standard aircraft approach and landing system (MLS). In the 5030- 5091 MHz band, the requirements of this system shall take precedence over other uses of this band. For the use of the 5091-5150 MHz band, Note 5.444A of the Order and Resolution 114 applies.
5.444A The use of the 5091-5150 MHz band allocated to the fixed satellite service (ascending direction) is limited to modulation connections of non-geostationary satellite mobile service systems and is subject to coordination in accordance with the provisions of the Order No 9.11A. The use of the 5091-5150 MHz band by modulation of non-geostationary satellite systems in the mobile satellite service shall be subject to Resolution 114. In addition, in order to ensure the protection of the air navigation service against harmful interference, ground stations of modulation lines of non-geostationary satellite systems in a mobile satellite service which are separated by less than 450 km from the management territory operating terrestrial radio service stations shall be coordinated.
5.444B The use of the 5091-5150 MHz band by air shall be limited to:
- systems operated in an air-moving (R) service in accordance with international aviation standards, and only in applications on aerodromes. Such use shall be in accordance with Resolution 748,
- air telemetry broadcasting from aircraft stations (see provisions 1.83 of the Order and this Decree) in accordance with Resolution 418.
5.446 Additional allocation: 5150- 5216 MHz is in the countries listed in note 5.369 In addition, the Order, subject to the condition of an agreement concluded under the procedure laid down in Clause 9.21 of the Order, shall be assigned, as a priority, to the satellite radio identification service (descending direction). In Region 2 (with the exception of Mexico), this band is also allocated preferably to the satellite radio identification service (descending direction). In Regions 1 and 3, except for the countries listed in note 5.369 of the Order and Bangladesh, this band is also allocated to the secondary satellite radio identification service (downwards). This use by the radio designation satellite service is limited to modulation links in relation to the radio designation satellite service operated in the 1610- 1626,5 MHz and / or 2483,5- 2500 MHz bands. The total power flow density at the surface of the Earth shall in no case exceed -159 dBW / m2 in any 4 kHz band for all impact angles.
5.446A The use of the 5150- 5350 MHz and 5470- 5725 MHz bands by mobile stations other than air mobile stations shall comply with Resolution 229.
5.446B In the 5150- 5250 MHz band, mobile stations shall not require protection from terrestrial stations in a fixed satellite service. For mobile service in relation to terrestrial satellite fixed service stations, the provisions of the Order No 5.43A do not apply here.
5.446C Additional allocation: in Region 1 (except Algeria, Saudi Arabia, Bahrain, Egypt, United Arab Emirates, Jordan, Kuwait, Lebanon, Morocco, Oman, Qatar, Syria, Sudan, South Sudan and Tunisia) and Brazil, the 5150- 5250 MHz band is also allocated to the air mobile service restricted to air telemetry broadcasting from aircraft stations (see provision 1.83 of the Ordinance and this Decree) in accordance with Resolution 418. Such stations shall not require protection from other stations operated in accordance with Article 5 of the Order. Clause 5.43A of the Order does not apply here.
5.447A The allocation of a fixed satellite service (ascending direction) is limited to modulation links of non-geostationary satellite mobile service systems and is subject to coordination in accordance with the provisions of the Order No 9.11A.
5.447B Additional allocation: 5150- 5216 MHz band is additionally allocated to satellite fixed service (downwards). This assignment is limited to modulation connections for non-geostationary systems in a mobile satellite service and is subject to the provisions of the Order No 9.11 A. The density of the power flow at the surface of the Earth by the space stations of fixed satellite services operating in a descending direction in the 5150- 5216 MHz band shall in no case exceed -164 dBW / m2 in any 4 kHz band for all impact angles.
5.447C Administrations responsible for fixed satellite networks in the 5150- 5250 MHz band operated pursuant to Notes 5.447A and 5.447B of the Order are required to coordinate them on the basis of equality in accordance with Clause 9.11A Order with the administrations responsible for the non-geostationary satellite networks operated under Note 5.446 of the Order and put into service before 17 November 1995. Satellite fixed service stations operated under Note 5.446 of the Order and put into service after 17 November 1995 shall not be protected from and harmful to satellite fixed service stations operated under Note 5.447A or 5.447B of the Order.
5.447D The priority allocation of 5250-5255 MHz to space research service is limited to active sensors on satellite decks. Other use of this band by space research service has subsidiary status.
5.447F In the 5250-5350 MHz band, mobile service stations shall not require protection from the radio, satellite earth exploration (active) or space research (active) service. Such services shall not impose more stringent protection criteria on mobile services based on system characteristics and on interference criteria than those set out in the Recommendations ITU-R M.1638-0 and ITU-R RS.1632-0.
5.448A In the 5250-5350 MHz band, the Earth (active) and space research services shall not require protection from the radio-location service. Clause 5.43A of the Order does not apply here.
5.448B The Earth-based satellite survey service (active) operating in the 5350- 5570 MHz band and the space-based research service (active) operating in the 5460- 5570 MHz band shall not cause harmful interference to the air navigation service in the 5350- 5460 MHz band, to the radio-navigation service in the 5460- 5470 MHz band or to the maritime radio-navigation service in the 5470- 5570 MHz band.
5.448C The Space Research Service (active) operating in the 5350- 5460 MHz band shall not cause harmful interference to or require protection from other services assigned to that band.
5.448D In the 5350- 5470 MHz band, stations in the radiological service shall not cause harmful interference to radar systems in the air navigation service operated in accordance with Note 5.449 of the Order or require protection from them.
5.449 The use of the 5350- 5470 MHz band by air radio navigation service is limited to aircraft radiators and associated aircraft beacons.
5.450A In the band 5470-5725 MHz, mobile stations shall not require protection from radio-designated services. Radio identification services shall not impose more stringent protection criteria on mobile services based on system characteristics and interference criteria than those referred to in Recommendation ITU-R M.1638-0.
5.450B In the 5470-5650 MHz band, stations in the radiological service, with the exception of radar in the 5600-5650 MHz band located on the ground and used for meteorological purposes, shall not cause harmful interference to or require protection from radar systems in the maritime radio navigation service.
5.452. Between 5600 MHz and 5650 MHz may be authorised to operate ground-based radar for meteorological purposes in parallel to sea radio service stations.
5.457A In the 5925-6425 MHz and 14- 14,5 GHz bands, terrestrial stations located on board vessels may be connected to space stations in a fixed satellite service. Such use shall comply with Resolution 902. In the 5925-6425 MHz band, terrestrial stations located on board vessels communicating with space stations in a fixed satellite service may use broadcast antennas with a minimum diameter of 1,2 m and operate without prior approval of any administration, provided that they are at least 330 km from the tide line officially recognised by the coastal State. All other provisions of Resolution 902 are in force.
5.457B In the 5925-6425 MHz and 14- 14,5 GHz bands, satellite maritime mobile services (which have subsidiary status here) may be operated on board vessels by terrestrial stations with characteristics and under conditions contained in Resolution 902 in Algeria, Saudi Arabia, Bahrain, the Comoros, Djibouti, Egypt, the United Arab Emirates, Jordan, Kuwait, Libya, Morocco, Mauritania, Oman, Qatar, Syria, Sudan, Tunisia and Yemen. Such use shall comply with Resolution 902.
5.458 In the 6425-7075 MHz band, measurements are made over the oceans using passive microwave sensors. In the 7075- 7250 MHz band, measurements are made using passive microwave sensors. The authorities should consider the needs of the Earth (passive) satellite survey service and the Space Research (passive) services in future planning in the 6425-7025 MHz and 7075-7250 MHz bands.
5.458A The authorities are urged to implement all practicable measures to protect spectrum line observations in the radio-astronomical service in the 6650-6675,2 MHz band from harmful interference by undesirable broadcasts in space stations of fixed satellite services in the 6700-7075 MHz band.
5.458B The allocation of a fixed satellite service in the 6700- 7075 MHz band (downwards direction) is limited to modulation connections of non-geostationary systems in the mobile satellite service and is subject to coordination in accordance with the provisions of the Order No 9.11A. The use of the 6700- 7075 MHz (downwards) band by modulation of non-geostationary systems in the mobile satellite service is not subject to the provisions of the Order 22.2.
5.460 Space research service systems (ascending direction) shall not transmit to a distant space in the 7190- 7235 MHz band. Geostationary satellites in the space research service operating in the 7190- 7235 MHz band shall not require protection from existing and future stations in a fixed and mobile service. Clause 5.43A of the Order does not apply here.
5.460A The use of 7190-7250 MHz (ascending direction) by the Earth satellite survey service shall be limited to monitoring, telemetry and command for the operation of the spacecraft. Space stations operating in the Earth Satellite Survey Service (ascending direction) in the 7190- 7250 MHz band shall not require protection from existing and future fixed and mobile service stations, with clause 5.43A The Order does not apply here and provision 9.17 of the Order applies. In addition, in order to ensure the protection of existing and future installations of fixed and mobile services, a separation distance of at least 10 km or 50 km from the relevant borders of neighbouring countries shall be maintained at the site of the earth stations supporting the spacecraft in the service of Earth satellite exploration on non-geostationary or geostationary ororbits unless the shorter distance is otherwise agreed by the administrations concerned.
5.460B Space stations on geostationary orbit operating in the Earth satellite survey service (ascending direction) in the 7190- 7235 MHz band shall not require protection from existing and future space research service stations, clause 5.43A The order does not apply in this case.
5.461 Additional allocation: 7250- 7375 MHz (downwards direction) and 7900- 8025 MHz (ascending direction) bands are also allocated preferably to mobile satellite services. The use of those zones is subject to an agreement concluded under the procedure laid down in provision 9.21 of the Order.
5.461A. The use of the 7450-7550 MHz satellite meteorological service (downwards) is limited to systems with geostationary satellites. Cooperative meteorological systems with non-geostationary satellites in that zone announced before 30 November 1997 may continue to operate for survival with priority status.
5.461AA The use of the 7375- 7750 MHz satellite maritime mobile service band is limited to satellite geostationary networks.
5.461AB In the 7375- 7750 MHz band, terrestrial satellite mobile satellite stations shall not claim protection from fixed and mobile stations, except air-moving, services or prevent their operation and development.
5.461B The use of the 7750-7900 MHz satellite meteorological service (downwards) is limited to systems with non-geostationary satellites.
5.462A. In the 8025-8400 MHz band in Regions 1 and 3 (except Japan), the Earth satellite survey service using geostationary satellites may not, without the approval of the administration concerned, exhibit higher power flow densities than the following values for these impact angles (θ):
| – | 135 dB(W/m2) | v pásmu 1 MHz | pro 0° ≤ θ < 5° |
| – | 135 + 0,5 (θ–5) dB(W/m2) | v pásmu 1 MHz | pro 5° ≤ θ < 25° |
| – | 125 dB(W/m2) | v pásmu 1 MHz | pro 25° ≤ θ ≤ 90° |
5.463 In the 8025-8400 MHz band, aircraft stations are not allowed to broadcast.
5.465 The use of 8400- 8450 MHz by space research service is limited to a distant cosmos.
5.469 Additional allocations: in Armenia, Azerbaijan, Belarus, Georgia, Hungary, Lithuania, Mongolia, Uzbekistan, Poland, Kyrgyzstan, the Czech Republic, Romania, Russia, Tajikistan, Turkmenistan and Ukraine, the 8500-8750 MHz band is also allocated to the mobile ground service and the radio navigation service.
5.469A In the 8550-8650 MHz band, the station in the service of the Earth (active) satellite survey and space research (active) shall not cause harmful interference of the stations in the radiological service or restrict their use and development.
5.470 The use of the 8750-8850 MHz band by air radio navigation service is limited to navigation aids on board aircraft using the Doppler effect at a mean frequency of 8800 MHz.
5.472 In the 8850-9000 MHz and 9200-9225 MHz bands, the maritime radio navigation service is limited to coastal radar.
5.473A. In the 9000- 9200 MHz band, stations operating in the radiological service shall not cause harmful interference to the systems specified in note 5.337. Order operating in the air navigation service or radar systems operating in the maritime radio navigation service operating in that band on the basis of priority allocations in the countries listed in note 5.471 of the Order, nor require protection against any of those systems.
5.474 Search and rescue transponders (SART) may be used in the 9200- 9500 MHz band, taking due account of relevant ITU-R recommendations (see also Article 31 of the Order).
5.474A The use of the 9200- 9300 MHz and 9900- 10 400 MHz bands by the Earth Satellite Survey Service (active) is limited to systems that need the necessary bandwidth of more than 600 MHz, which cannot be fully satisfied in the 9300- 9900 MHz band. Such use is subject to an agreement concluded pursuant to provision 9.21 of the Order with Algeria, Saudi Arabia, Bahrain, Egypt, Indonesia, Iran, Lebanon and Tunisia. An administration which has not responded in accordance with the provisions of 9.52 of the Order shall be deemed not to have an agreed coordination requirement. In such a case, the notifying management of the satellite system operated in the Earth's satellite survey service (active) may request assistance from the ITU Radio Authority pursuant to Part IID of the Order.
5.474B Stations operated in the Earth Satellite Survey Service (active) shall comply with the ITU-R RS.2066-0.
5.474C Stations operated in the Earth's satellite survey service (active) shall comply with the ITU-R RS.2065-0recommendations.
5.474D The station in the Earth satellite survey service (active) shall not cause harmful interference to or claim protection from maritime radio and radio navigation services stations in the 9200- 9300 MHz band, the 9900- 10 000 MHz band and the 10,0- 10,4 GHz band radiological services;
5.475 The use of the 9300-9500 MHz band by air radio navigation service is limited to aircraft meteorological radar and ground radar. In addition, ground-based radio-navigation beacons are permitted in the 9300-9320 MHz band, provided that no harmful interference to the maritime radio-navigation service is caused.
5.475A The use of the 9300-9500 MHz band by the Earth (active) satellite survey service and the space research service (active) is limited to systems requiring the necessary bandwidth exceeding 300 MHz which cannot be fully located within the 9500-9800 MHz band.
5.475B In the 9300-9500 MHz band, stations operating in a radiological service shall not cause harmful interference to radar operations in accordance with the Order or require protection from them. The radar on the ground used for meteorological purposes here takes precedence over other radiolocation uses.
5.476A In the 9300- 9800 MHz band, the stations in the Earth Survey Satellite Service (active) and in the Space Research Service (active) shall not cause harmful interference or require protection from radio navigation and radio-location stations.
5.478A The use of the 9800-9900 MHz band by the Earth (active) satellite survey service and the space research service (active) is limited to systems requiring the necessary bandwidth exceeding 500 MHz which cannot be fully located within the 9300-9800 MHz band.
5.478B In the 9800- 9900 MHz band, the stations in the Earth Survey Satellite Service (active) and in the Space Research Service (active) shall not cause harmful interference to fixed service stations or require protection from fixed service stations to which the band is allocated by way of subsidiary.
5.479 The 9975- 10 025 MHz band is additionally allocated to the satellite meteorological service for the use of meteorological radar.
5.481 Additional allocations: in Algeria, Germany, Angole, Brazil, China, Côte d'Ivoire, El Salvador, Ecuador, Spain, Guatemala, Hungary, Japan, Kenya, Morocco, Nigeria, Oman, Uzbekistan, Pakistan, Paraguay, Peru, the Democratic People's Republic of Korea, Romania and Uruguay, the 10,45-10,5 GHz band is also primarily allocated to a fixed and mobile service. In Costa Rica, the 10,45-10,5 GHz band is also primarily allocated to a fixed service.
5.482 In the 10,6- 10,68 GHz band, in the case of fixed and mobile stations, in addition to the airborne mobile power supplied to the antenna shall not exceed -3 dBW. This limit may be exceeded subject to an agreement concluded under the procedure laid down in Regulation No 9.21 of the Order, but in Algeria, Saudi Arabia, Armenia, Azerbaijan, Bahrain, Bangladesh, Belarus, Egypt, United Arab Emirates, Georgia, India, Indonesia, Iran, Iraq, Jordan, Libya, Kazakhstan, Kuwait, Lebanon, Morocco, Mauritania, Moldova, Nigeria, Oman, Uzbekistan, Pakistan, the Philippines, Qatar, Syria, Kyrgyzstan, Singapore, Tajikistan, Tunisia, Turkmenistan and Vietnam, such restrictions on fixed and mobile services, other than air travel, do not apply.
5.482A. For sharing the 10,6- 10,68 GHz band between the Earth survey satellite service (passive) and the fixed and mobile service, except the airborne mobile, the Resolution 751 applies.
5.484 The use of the 10,7-11,7 GHz band by fixed satellite service (ascending direction) in Region 1 is limited to modulation connections for satellite radio service.
5.484A Use of 10,95-11,2 GHz bands (downwards direction), 11,45- 11,7 GHz (downwards direction), 11,7- 12,2 GHz (downwards direction) in Region 2, 12,2- 12,75 GHz (downwards direction) in Region 3, 12,5- 12,75 GHz (downwards direction) in Region 1, 13,75- 14,5 GHz (downwards direction), 17,8- 18,6 GHz (downwards direction), 19,7- 20,2 GHz (downwards direction), 27,5- 28,6 GHz (ascending direction), 29,5- 30 GHz (ascending direction) in the non-geostationary runway in the satellite service shall be subject to coordination with other non-geostationary satellite co-ordinates in the satellite service. Non-geostationary fixed-service satellite systems shall not require protection against geostationary fixed-service satellite networks operated in accordance with the Order, regardless of the dates on which the ITU Radiocommunications Authority received full coordination and notification information both for fixed-service non-geostationary systems and for geostationary systems. Clause 5.43A The order doesn't apply here. The non-geostationary systems in the fixed satellite service in the above-mentioned bands must be operated in such a way that any unacceptable interference which occurs during their operation is removed without delay.
5.484B: Resolution 155.
5.487 In the 11,7-12,5 GHz band, in Regions 1 and 3, fixed, fixed satellite, mobile, except air-moving and radio services, in accordance with their respective allocations, shall not cause harmful interference to radio satellite stations operating in accordance with the Plan for Regions 1 and 3 in Appendix 30 to the Order or require protection from them.
5.487A Additional allocation: the 11,7- 12,5 GHz bands in Region 1, 12,2- 12,7 GHz bands in Region 2 and 11,7- 12,2 GHz bands in Region 3 are additionally allocated preferably to a fixed satellite service (descending direction) with a restriction on systems with non-geostationary satellites subject to coordination with other non-geostationary satellite systems in the fixed satellite service using the provisions of Regulation No 9.12. A non-geostationary fixed-service satellite system shall not require protection against geostationary networks in a satellite radio service operated in accordance with the Order, regardless of the data on which the ITU Radio Authority has received full coordination or notification information both for fixed-service non-geostationary systems and for geostationary systems. Clause 5.43A of the Order does not apply here. The non-geostationary systems in the fixed satellite service in the above-mentioned bands must be operated in such a way that any unacceptable interference which occurs during their operation is removed without delay.
5.492 Allocation of stations in the satellite radio service according to the relevant regional plan or contained in the List for Regions 1 and 3 in Appendix 30 In addition, the Regulations may be used for broadcasting in a fixed satellite service (downwards direction) provided that such transmissions do not cause more interference or require greater protection from interference than broadcasting in a satellite radio service operated in accordance with this Plan or, where appropriate, the List.
5.497 The use of the 13.25-13.4 GHz band by air radio navigation service is limited to navigation aids using the Doppler effect.
5.498A The Earth (active) and space research (active) satellite survey service in the 13,25- 13,4 GHz band shall not cause harmful interference to the air navigation service or restrict its use and development.
5.499A The use of the 13.4- 13.65 GHz satellite fixed service (descending direction) is limited to satellite geostationary systems and is subject to an agreement obtained pursuant to the provisions of 9.21 of the Order in relation to satellite systems operated in the space research service (cosmos) for the purpose of transmitting data from space stations to satellite geostationary orbits to combined space stations on satellite non-geostationary orbits, the preliminary notification information of which was received by the ITU Radio Communications Office by 27 November 2015.
5.499B Administrations shall not prevent the setting up and operation of terrestrial broadcasting stations of the satellite service of frequency standards and time signals (ascending direction) sub-allocated in the 13.4- 13.65 GHz band because of the priority allocation of the satellite fixed service (downwards direction).
5.499C The priority allocation of 13,4- 13,65 GHz to the space research service shall be limited to:
- satellite systems operated in the space research service (cosmos) for the purpose of transmitting data from space stations to satellite geostationary orbits to combined space stations on satellite non-geostationary orbits, the preliminary notification information of which was received by the ITU Radiocommunication Office on 27 November 2015.
- active sensors on board space objects,
- satellite systems operated in the service of space research (descending direction) to transmit data from space stations to satellite geostationary orbit to combined earth stations.
Other use of the zone by the space research service is in the category subsidiary services.
5.499D In the 13,4- 13,65 GHz range satellite systems in the service of space research (descending direction) and / or in the service of space research (cosmos-cosmos) shall not cause harmful interference to stations in the service of, or claim protection from, solid, mobile, radiological and satellite earth exploration (active).
5.499E In the 13,4- 13,65 GHz band, satellite geostationary networks in the fixed satellite service (descending direction) shall not require protection from space stations in the Earth (active) satellite survey service operated in accordance with the Order, the provisions of 5.43 of the Order shall not apply. Clause 22.2 of the Order does not apply to the Earth-based satellite survey service (active) in relation to the fixed satellite service (downwards).
5.501A. The priority allocation of 13,65- 13,75 GHz of the Space Research Service is limited to active sensors on satellite decks. Other use of this band by space research service has subsidiary status.
5.501B In the 13,4- 13,75 GHz band, neither the Earth (active) or space research (active) satellite exploration service shall cause harmful interference to the radiology service nor restrict its use and development.
5.502 In the 13,75-14 GHz band, the terrestrial station of the geostationary network in the fixed satellite service shall have an antenna with a diameter of 1,2 m or more and an earth station in a system with non-geostationary satellites in the fixed satellite service of the antenna with a diameter of 4,5 m or more Furthermore, in the case of stations in a radiological or radio navigation service, the mean e.i.r.p. radiated within 1 s shall not exceed 59 dBW for 2 ° or greater and 65 dBW for 2 ° or less. Before the administration in this band makes a ground station operational in a geostationary network of fixed satellite services with an antenna of less than 4,5 m in diameter, it shall ensure that the power flow density of that earth station does not exceed:
(a) 115 dB (W / (m2 · 10 MHz)) over more than 1% of the time at a height of 36 m above sea level at low tide, as officially recognised by the coastal State;
(b) 115 dB (W / (m2 · 10 MHz)) within more than 1% of the time at a height of 3 m above the ground at the border of the administration territory building or planning to build ground moving radar in this band, unless prior approval has been obtained.
Earth stations in a fixed satellite service with an antenna diameter greater than or equal to 4,5 m shall have an e.i.r.p. at any transmission of at least 68 dBW and shall not exceed 85 dBW.
5.503 In the 13,75-14 GHz band, those geostationary space stations will be operated in the space research service for which the ITU Radiocommunications Authority was informed prior to 31 January 1992, on the basis of equal sharing with satellite fixed service stations. After that date, new geostationary space stations in the space research service will be operated as secondary. Until those geostationary space stations of space research services that the ITU Radiocommunications Authority has received information about for prior notification before 31 January 1992, it shall cease operations in the following zone:
- in the 13,77- 13,78 GHz range, the spectral density e.i.r.p transmission of any earth station in a fixed satellite service in conjunction with a space station on a geostationary track shall not exceed:
(i) 4,7D + 28 dB (W / 40 kHz), where D (m) is the diameter of an Earth station antenna in a fixed satellite service; the relationship applies to diameters between 1,2 m and 4,5 m;
(ii) 49,2 + 20 log (D / 4,5) dB (W / 40 kHz) where D (m) is the antenna diameter of the earth station in a fixed satellite service; The relationship applies to diameters equal to or greater than 4,5 m and less than 31,9 m;
(iii) 66,2 dB (W / 40 kHz) for any Earth station in a fixed satellite service; For antenna diameter equal to or greater than 31,9 m;
(iv) 56,2 dB (W / 4 kHz) for narrowband terrestrial broadcasting in a fixed satellite service (required band of less than 40 kHz); applies to an Earth station having an antenna diameter of 4,5 m or more;
- in the 13.772-13,778 GHz range, the spectral density e.i.r.p. of any terrestrial station in a fixed satellite service in conjunction with a space station on a non-geostationary runway shall not exceed 51 dBW in a 6 MHz band.
In order to compensate for rain depression, automatic power control may be used to increase the density of e.i.r.p. in these frequency ranges, to the extent that the power flow density at the satellite fixed service space station does not exceed the value resulting from the operation of an earth station whose e.i.r.p. meets the above limits in the conditions of spread without rain.
5.504 When using the 14- 14,3 GHz band by radio navigation service, adequate protection for satellite fixed service space stations shall be ensured.
5.504A In the 14- 14,5 GHz band, aircraft earth stations in a satellite air mobile service (secondary) may also be connected to space stations in a fixed satellite service. Clause 5.29, 5.30 and 5.31 of the Order apply here.
5.506A In the 14- 14,5 GHz band, ships having e.i.r.p. greater than + 21 dBW shall operate under the same conditions as earth stations on board vessels in accordance with Resolution 902. This note does not apply to land-based ships for which the ITU Radiocommunications Authority has received complete data pursuant to Appendix 4 to the Order before 5 July 2003.
5.509G The 14.5-14.8 GHz band is also primarily assigned to the space research service. However, such use is limited to satellite systems operated in the space research service (ascending direction) for data transfer to space stations on satellite geostationary orbits from combined earth stations. Stations in the space research service shall not cause harmful interference to stations in a fixed and mobile service and in a fixed satellite service limited to modulation connections for satellite radio service and combined space operational functions using protection sections under Appendix 30A to the Order and modulation links for satellite radio service in Region 2, or to claim protection from them. Other uses of this band by space research are in the secondary category.
5.511A The use of the 15,43- 15,63 GHz band by fixed satellite on the ascending direction is limited to modulation connections of non-geostationary systems in the mobile satellite service and is subject to coordination in accordance with the provisions of the Order No 9.11A.
5.511C Stations operating in the air navigation service shall limit the effective e.i.r.p. in accordance with the ITU-R Recommendation S.1340-0. The minimum coordination distance required for the protection of air radio navigation stations (provisions 4.10 of the Order) against harmful interference caused by ground modulation link stations and the maximum e.i.r.p. emitted in the local horizon by the ground modulation link station shall be in accordance with the ITU-R recommendation S.1340-0.
5.511E Stations operating in the 15,4-15,7 GHz band of radiolabelling service shall not cause or require protection from harmful interference by stations operating in the radio navigation service.
5.511F In order to protect the radio astronomical service in the 15,35-15,4 GHz band, the density of the power flow of radio-location stations operating in the 15,4-15,7 GHz band shall not exceed the level of -156 dB (W / m2) in the 50 MHz band width in the 15,35-15,4 GHz band for more than 2% of the time at any radio astronomical service observatory.
5.513A Active sensors on deck of satellites operating in the 17,2-17,3 GHz band shall not cause harmful interference to radio or other services with priority allocated or to restrict their development.
5.516 The use of the 17,3- 18,1 GHz band (ascending direction) by systems with geostationary satellites in a fixed satellite service is limited to modulation connections for satellite radio service. As regards the use of the 17,3-17,8 GHz band in Region 2 by modulation connections for satellite radio service in the 12,2-12,7 GHz band, see Article 11 of the Order. The use of the bands 17,3-18,1 GHz (ascending direction) in Regions 1 and 3 and 17,8-18,1 GHz (ascending direction) in Region 2 by systems in a fixed satellite service using non-geostationary runways shall be subject to the application of provisions No 9.12 of the Order in coordination with other non-geostationary systems in the fixed satellite service. Non-geostationary fixed-service satellite systems shall not require protection against geostationary fixed-service satellite networks operating in accordance with the Order, regardless of the dates on which the ITU Radiocommunications Authority received full coordination and notification information both for fixed-service non-geostationary systems and for geostationary systems. Clause 5.43A The order doesn't apply here. The non-geostationary systems in the fixed satellite service in the above-mentioned bands must be operated in such a way that any unacceptable interference which occurs during their operation is removed without delay.
5.516A In the 17,3- 17,7 GHz band in Region 1, terrestrial fixed satellite stations (downwards direction) shall not require protection from terrestrial modulation link stations in the satellite radio service operating under Appendix 30A of the Order, nor shall they impose any restrictions or reservations in relation to the location of ground modulation link stations in the satellite radio service anywhere within the modulation service area.
5.516B. The following bands are intended for the use of HDFSS applications in a fixed satellite service:
| 17,3–17,7 GHz | (sestupný směr) v Regionu 1, |
| 18,3–19,3 GHz | (sestupný směr) v Regionu 2, |
| 19,7–20,2 GHz | (sestupný směr) ve všech Regionech, |
| 39,5–40 GHz | (sestupný směr) v Regionu 1, |
| 40–40,5 GHz | (sestupný směr) ve všech Regionech, |
| 40,5–42 GHz | (sestupný směr) v Regionu 2, |
| 47,5–47,9 GHz | (sestupný směr) v Regionu 1, |
| 48,2–48,54 GHz | (sestupný směr) v Regionu 1, |
| 49,44–50,2 GHz | (sestupný směr) v Regionu 1, |
| a | |
| 27,5–27,82 GHz | (vzestupný směr) v Regionu 1, |
| 28,35–28,45 GHz | (vzestupný směr) v Regionu 2, |
| 28,45–28,94 GHz | (vzestupný směr) ve všech Regionech, |
| 28,94–29,1 GHz | (vzestupný směr) v Regionech 2 a 3, |
| 29,25–29,46 GHz | (vzestupný směr) v Regionu 2, |
| 29,46–30 GHz | (vzestupný směr) ve všech Regionech |
| 48,2–50,2 GHz | (vzestupný směr) v Regionu 2. |
This designation does not preclude the use of these bands by other fixed satellite services or other services with which they share the priority allocation, and does not give rise to any advantages between users of those bands in the Order. Let the administrations take note of this when considering administrative measures in relation to these bands. See Resolution 143.
5.519 Additional allocation: The 18,1-18,3 GHz band in Region 2 and 18,1-18,4 GHz in Regions 1 and 3 are additionally allocated to the satellite meteorological service (descending direction). Their use is limited to geostationary satellites.
5.520 The use of the 18,1-18,4 GHz band by fixed satellite service (ascending direction) is limited to modulation connections of geostationary systems in satellite radio service.
5.522A The transmission in fixed service and satellite fixed service in the 18,6-18,8 GHz band shall be limited to the values set out in Clause 21.5A of the Order and, where appropriate, in Clause 21.16.2 of the Order.
5.522B The use of the 18,6-18,8 GHz band by fixed satellite service is limited to geostationary systems and to systems with a orbit apogee of more than 20,000 km.
5.523A The use of zones 18,8-19,3 GHz (downwards direction) and 28,6-29,1 GHz (ascending direction) of systems with geostationary and non-geostationary satellites in a fixed satellite service is subject to the provisions of the Order No 9.11A and the provisions of the Order are not applicable here. Administrations whose geostationary systems of coordination began before 18 November 1995 shall cooperate as far as possible in accordance with provisions 9.11A. The order for their coordination with the non-geostationary systems on which radio communication information was received by ITU before that date, with a view to achieving results acceptable to all interested parties. The non-geostationary systems shall not cause unacceptable interference to the geostationary systems in the fixed satellite service for which the full reporting information referred to in Appendix 4 of the Order may be considered to have been delivered to the ITU Radio Authority before 18 November 1995.
5.523B The use of the 19,3- 19,6 GHz band by fixed satellite (ascending direction) is limited to non-geostationary systems in mobile satellite service. Such use shall be subject to the provisions of 9.11A. Order but provision 22.2 of the Order does not apply here.
5.523C In the 19,3- 19,6 GHz and 29,1- 29,4 GHz bands, the provisions of paragraph 22.2 continue to apply Regulation for modulation connections of non-geostationary networks in mobile satellite service and those networks in fixed satellite service for which complete coordination or reporting information can be provided under Appendix 4 The Order shall be deemed to have been delivered to the ITU Radiocommunication Office before 18 November 1995.
5.523D The use of the 19,3- 19,7 GHz band (downwards direction) by geostationary systems in a fixed satellite service and modulation connections of non-geostationary systems in a mobile satellite service shall be subject to the provisions of the Order No 9.11A, but not to the provisions of the Order No 22.2. The use of this band by other non-geostationary systems in the fixed satellite service and also in the cases mentioned in Notes 5.523C and 5.523E of the Order shall not be subject to the provisions of 9.11A. The Order, but continues to be subject to the procedures laid down in Articles 9 (except for the provisions of 9.11A of the Order) and 11 of the Order and to the provisions of 22.2 of the Order.
5.523E In the 19,6-19,7 GHz and 29,4- 29,5 GHz bands, the provisions of paragraph 22.2 continue to apply Regulation for modulation connections of non-geostationary networks in mobile satellite service and those networks in fixed satellite service for which complete coordination or reporting information can be provided under Appendix 4 The Order shall be deemed to have been delivered to the ITU Radiocommunication Office before 21 November 1997.
5.525 In order to facilitate interregional coordination between systems in mobile satellite and fixed satellite services, those carrying in mobile satellite services which are most sensitive to interference will be, to an extent, located in the upper parts of the 19,7-20,2 GHz and 29,5-30 GHz bands.
5.526 In Region 2 in the 19,7- 20,2 GHz and 29,5- 30 GHz bands and in Regions 1 and 3 in the 20,1- 20,2 GHz and 29,9- 30 GHz bands, systems which are both fixed satellite and mobile satellite services may include connections between ground stations at specified or unspecified points or in motion through one or more satellites for end or multi-channel communications.
5.527 In the 19,7-20,2 GHz and 29,5-30 GHz bands, the provisions of the Order No 4.10 apply to the mobile satellite service.
5.527A Resolution 156 applies to the operation of earth stations in motion communicating with satellite mobile services.
5.528 This assignment of a mobile satellite service is intended for the use of systems with antennas having close links and other advanced technology on space stations. The management of systems operating in mobile satellite services in the 19,7-20,1 GHz band in Region 2 and in the 20,1-20,2 GHz band shall take all practicable measures to ensure the continued availability of those management bands that operate fixed and mobile systems in accordance with the provisions of Regulation No 5.524 of the Order.
5.530A Unless otherwise agreed between the participating administrations, no administration station shall produce in a fixed or mobile service a power flow density exceeding -120,4 dB (W / (m2 · MHz)) at a height of 3 m above the ground at any point in the territory of any other Regional 1 and 3 administration for more than 20% of the time. For calculations, administrations should use the latest versions of the ITU-R P.452 Recommendation (see also the latest versions of the ITU-R BO.1898 Recommendation).
5.530B In order to facilitate the development of satellite radio services in the 21,4- 22 GHz band, administrations in Regions 1 and 3 are encouraged not to deploy mobile service stations and to limit the deployment of fixed-service point connection stations.
5.530D See Resolution 555.
5.532. The use of the 22,21- 22,5 GHz band by means of a satellite survey service of the Earth (passive) and a space research service (passive) shall not impose restrictions on fixed or mobile services other than air moving.
5.532A For the location of ground stations in the space research service, a separation distance of at least 54 km from the borders of each neighbouring State shall be observed in order to protect the existing and future deployment of fixed and mobile services, unless the shorter distance is otherwise agreed between the relevant administrations. Clause 9.17 of the Order and 9.18 of the Order do not apply here.
5.532B The use of the 24,65- 25,25 GHz band in Region 1 and 24,65- 24,75 GHz band in Region 3 by fixed satellite service (ascending direction) is limited to ground stations using antenna diameter of at least 4,5 m
5.535A The use of 29,1-29,5 GHz satellite fixed service (ascending direction) is limited to geostationary systems and modulation connections of non-geostationary systems in mobile satellite service. Such use is subject to the provisions of 9.11A of the Order, but it is not subject to the provisions of 22.2 of the Order, with the exception of those mentioned in Notes 5.523C and 5.523E, where such use is not subject to the provisions of 9.11A of the Order and continues to be subject to the procedures laid down in Article 9 (with the exception of those of 9.11A of the Order) and 11 of the Order, and to the provisions of 22.2 of the Order.
5.536 The use of the 25,25-27,5 GHz intersatellite service band is limited to applications in space research and in Earth satellite exploration and to data transfers originating in industrial and medical activities in space.
5.536A Administrations operating earth stations in the satellite survey service Countries or space research may not require protection from stations in fixed and mobile services operated by other administrations. Furthermore, let Earth stations in the service of Earth's satellite exploration or space research be operated according to the latest version of ITU-R SA Recommendation. 1862.
5.536B In Saudi Arabia, Austria, Bahrain, Belgium, Brazil, China, the Republic of Korea, Denmark, Egypt, the United Arab Emirates, Estonia, Finland, Hungary, India, Iran, Ireland, Israel, Italy, Jordan, Kenya, Kuwait, Lebanon, Libya, Lithuania, Moldova, Norway, Oman, Uganda, Pakistan, Philippines, Poland, Portugal, Syria, Korean People's Democratic Republic, Slovakia, the Czech Republic, Romania, the United Kingdom, Singapore, Sweden, Tanzania, Turkey, Vietnam and Zimbabwe shall not be allowed in the Philippines, Poland, Portugal, Syria, Korea, the Democratic People's Republic of Korea, Slovakia, the Czech Republic, Romania, the United Kingdom, Singapore, Sweden, Tanzania ania, Vietnam and Zimbabwe to require protection against and mobile services in the 25,5- 27,0 GHz zone of Earth satellite survey.
5.538 Additional allocation: The bands 27,500-27,501 GHz and 29,999-30000 GHz are allocated in addition to the satellite fixed service (downwards direction) for beacon transmissions intended to control power on the ascending path. This broadcast on the descending path shall not exceed equivalent isotropic radiated power (e.i.r.p.) + 10 dBW in the direction of adjacent satellites on the geostationary path.
5.539 The 27,5-30 GHz band may be used by fixed satellite service (ascending direction) to provide modulation connections for satellite radio service.
5.540 Additional allocation: the band 27,501-29,999 GHz is allocated in addition to a sub-satellite fixed service (descending direction) for lighthouse transmissions intended to control power on the ascending path.
5.541 In the 28,5-30 GHz band, the Earth's satellite survey service is limited to data transfer between stations, not for initial collection of information using active or passive sensors.
5.541A. Modulation connections of non-geostationary systems in the mobile satellite service and geostationary systems in the fixed satellite service operating in the 29,1-29,5 GHz band (ascending direction) shall use adaptive power control or other leakage compensation methods, such that the transmission of ground stations takes place at the power level required for compliance with the quality of the connection while reducing the level of interference on both networks. These methods apply to networks which are considered to have the relevant coordination information under Appendix 4 The Order was received by ITU Radiocommunication Office after 17 May 1996, until the future radio communication conferences were changed. Administrations which send the coordination information referred to in Appendix 4 Regulations prior to that date are encouraged to use this technique to the extent practicable.
5.543 The 29,95- 30 GHz band may be used by intersatellite links in the service of Earth satellite survey for telemetry, remote monitoring and control purposes.
5.544 In the 31- 31,3 GHz band, the power flow density limitations specified in Article 21, Table 21-4 of the Order apply to space research service.
5.547 The 31,8- 33,4 GHz, 37- 40 GHz, 40,5- 43,5 GHz, 51,4- 52,6 GHz, 55,78- 59 GHz and 64- 66 GHz are available for use in fixed service applications with high density transmission (see Resolution 75). The administrations should take this into account when deciding on administrative provisions concerning these zones. According to the circumstances, the administration should also consider the possible limitations of applications with high fixed service density due to the possible development of applications with high fixed service density in the 39,5-40 GHz and 40,5-42 GHz bands (see note 5.516B of the Order).
5.547A The Administration shall implement practical measures to minimise potential interference between fixed duty stations and aircraft stations in the 31,8-33,4 GHz band taking into account the operational needs of aircraft radio systems.
5.548 When designing systems for intersatellite service in the 32,3- 33 GHz band, satellite radio navigation service in the 32- 33 GHz band and for space research service (distant cosmos) in the 31,8- 32,3 GHz band, administrations shall take all necessary measures to prevent the mutual harmful interference of those services, taking into account the safety aspects of the radio navigation service (see Recommendation 707).
5.549A In the 35,5-36 GHz band, the mean power flow density at the surface of the earth by any sensor on board a satellite in the service of the Earth (active) satellite survey or the space research service (active) for all angles different by more than 0,8 ° from the beam axis shall not exceed -73 dB (W / m2) in that band.
5.550A For sharing the 36-37 GHz band between the Earth's satellite survey service (passive) and the fixed and mobile service, the Resolution 752 applies.
5.551H In the 42,5- 43,5 GHz band, the equivalent power flow density (epfd) of all space stations of any system with non-geostationary satellites in a fixed satellite service (descending direction) or in a satellite radio service operating in the 42- 42,5 GHz band shall not exceed the following values at the station of any radio astronomical station within more than 2% of the time:
a.
-209 dB (W / m2) in any 500 kHz band 42.5-43,5 GHz at any radio astronomical station registered as a very long base (VLBI).
These epfd values will be evaluated using the methodology set out in the ITU-R S.1586-1 Recommendation and the reference radiation diagram and maximum antenna gain in the radio astronomical service set out in the ITU-R RA.1631-0 Recommendation and apply in all azimuth and for elevating angles greater than the minimum operating angle of the radio telescope θmin (if this information is missing in the notification, a replacement value of 5 ° shall be used).
These values apply to each radio astronomical station that was
- in operation before 5 July 2003 and notified to the ITU Radiocommunication Office before 4 January 2004; or
- notified before the date on which the complete data referred to in Appendix 4 was received for the space station for which these limits apply Order for coordination or reporting.
Other radio astronomical stations reported after these data may request consent from the administrations authorised by the relevant space stations. Rezolution is 743 in Region 2. The limits referred to in this note may be exceeded at the station of the radio astronomical station of any country whose administration agrees to this.
5.551I Power flow density in the 42,5- 43,5 GHz band operated by any geostationary space station operating in a fixed satellite service (descending direction) or in a 42- 42,5 GHz band satellite radio service shall not exceed the following values at the station of any radio astronomical station:
a.
-116 dB (W / m2) in any 500 kHz band 42.5-43,5 GHz at any radio astronomical station registered as a very long base (VLBI).
These values apply to each radio astronomical station that was
- in operation before 5 July 2003 and notified to the ITU Radiocommunication Office before 4 January 2004; or
- notified before the date on which the complete data referred to in Appendix 4 was received for the space station for which these limits apply Order for coordination or reporting.
Other radio astronomical stations reported after these data may request consent from the administrations authorised by the relevant space stations. Rezolution is 743 in Region 2. The limits referred to in this note may be exceeded at the station of the radio astronomical station of any country whose administration agrees to this.
5.552. The allocation of spectrum for fixed satellite services in the 42,5- 43,5 GHz and 47,2- 50,2 GHz bands in the upward direction is greater than the allocation of spectrum in the 37,5- 39,5 GHz band for downwards transmissions, with the aim of placing modulation links to radio satellites in the spectrum. The authorities are urged to take all available measures to reserve the 47,2-49,2 GHz band for modulation connections of satellite radio services operating in the 40,5- 42,5 GHz band.
5.552A The allocation of bands 47,2-47,5 GHz and 47,9-48,2 GHz to fixed service is intended for use by stations on platforms at high altitudes. The use of 47,2-47,5 GHz and 47,9-48,2 GHz bands is subject to the provisions of Resolution 122.
5.553 In the 43,5- 47 GHz and 66- 71 GHz bands, mobile ground stations may be operated unless they cause harmful interference to the space radio communications services to which they are assigned (see provision 5.43 of the Order and this Decree).
5.554 In the bands 43,5- 47 GHz, 66- 71 GHz, 95- 100 GHz, 123- 130 GHz, 191,8- 200 GHz and 252- 265 GHz, satellite connections connecting ground stations on specified fixed points may also be operated when used in conjunction with a mobile satellite service or a satellite radio service.
5.554A The use of 47,5- 47,9 GHz, 48,2- 48,54 GHz and 49,44- 50,2 GHz satellite fixed service (descending direction) is limited to geostationary satellites.
5.555 Additional allocation: The 48,94- 49,04 GHz band is allocated in addition to the radio astronomical service.
5.555B In the 48,94- 49,04 GHz band, the power flow density of any geostationary space station (descending direction) transmitting 48,2- 48,54 GHz and 49,44- 50,2 GHz at the station of any radio astronomical station in any 500 kHz shall not exceed -151,8 dB (W / m2).
5.556 Radioastronomical observations may be made according to national modifications in bands 51.4-54.25 GHz, 58.2-59 GHz and 64- 65 GHz.
5.556A The use of bands 54,25-56,9 GHz, 57- 58,2 GHz and 59- 59,3 GHz by intersatellite service is limited to geostationary satellites. Power flow density operated by a single station in the intersatellite service under all conditions and for all modulation methods at any height from 0 km to 1000 km above the ground surface for all impact angles shall not exceed -147 dB (W / m2 · 100 MHz).
5.557A In the 55,78- 56,26 GHz band, the maximum power density delivered to the antenna of a fixed station is limited to -26 dB (W / MHz) to protect stations in the Earth Satellite Survey Service (passive).
5.558 In the bands 55,78- 58,2 GHz, 59- 64 GHz, 66- 71 GHz, 122,25- 123 GHz, 130- 134 GHz, 167- 174,8 GHz and 191,8- 200 GHz, stations may be operated in a mobile air service if they do not cause harmful interference to the intersatellite service (see clause 5.43 of the Order and this Decree).
5.558A The use of the 56,9-57 GHz band by intersatellite systems is limited to links between satellites on a geostationary path and to broadcasting from non-geostationary satellites on high orbits to satellites on low orbits. For connections between geostationary satellites, the power flow density of a single station at any height from 0 km to 1000 km above the surface of the Earth shall not exceed -147 dB for all modulation methods and for all impact angles (W / (m2 · 100 MHz)).
5.559 In the 59- 64 GHz band, aircraft radiolocators may be operated in the radiological service unless they cause harmful interference to the intersatellite service (see provision 5.43 of the Order and this Decree).
5.559B The use of the 77.5-78 GHz band by radio is limited to short-range radar for ground applications including radar for motor vehicles. The technical characteristics of these radar are set out in the latest version of Recommendation ITU-R M.2057. Clause 4.10 The Order does not apply here.
5.560 In the 78- 79 GHz band, radiolocators located on space stations may preferably be operated in the service of Earth satellite exploration and space research.
5.561 In the 74- 76 GHz band, stations in a fixed, mobile or radio service shall not cause harmful interference to satellite fixed service stations or satellite radio service stations operating in accordance with the decisions of the relevant conference responsible for planning frequency allocations for satellite radio service.
5.561A. The 81- 81,5 GHz band is also allocated to the secondary amateur and satellite amateur service.
5.562 The use of the 94- 94,1 GHz band by the Earth (active) satellite survey service and space research (active) is limited to meteorological radiolators on satellite decks.
5.562A. In bands 94- 94,1 GHz and 130- 134 GHz, the transmission of space stations in the service of Earth satellite exploration (active) directed to the main lobe of the radio astronomical antenna may damage certain radio astronomical receivers. In order to prevent such phenomena as far as possible, space agencies operating these transmitters and radio astronomical stations concerned shall plan their activities together.
5.562B In the 105- 109,5 GHz, 111,8- 114,25 GHz, 155,5- 158,5 GHz and 217- 226 GHz, the use of this allocation is limited to the radio astronomy operated in space only.
5.562C The use of the 116- 122,25 GHz band by intersatellite service is limited to geostationary satellites. The power flow density from a single source generated by the station in the intersatellite service under all conditions and under any modulation method shall not exceed -148 dB (W / (m2 · MHz) in the entire range of 0 km to 1000 km above the surface of the Earth, nor exceed, in the vicinity of any geostationary position occupied by passive sensors for all impact angles.
5.562E The assignment of the Earth-based satellite survey service (active) is limited to the 133,5-134 GHz band.
5.562F In the 155,5-158,5 GHz band, the assignment of the Earth's satellite survey service (passive) and the Space Research Service (passive) will end on 1 January 2018.
The date of entry into force of the allocation of fixed and mobile services in the 155,5-158,5 GHz band will be 1 January 2018.
5.562H The use of 174,8- 182 GHz and 185- 190 GHz by intersatellite is limited to geostationary satellites. The power flow density from a single source generated by a station in an intersatellite service under all conditions and under any modulation method shall not exceed, on the one hand, between 0 km and 1000 km above the surface of the Earth and, on the other hand, in the vicinity of any geostationary position occupied by passive sensors, for all impact angles -144 dB (W / (m2 · MHz)).
5.563A. In the 200- 209 GHz, 235- 238 GHz, 250- 252 GHz and 26- 275 GHz zones, passive atmospheric monitoring is carried out from the ground to monitor its constituents.
5.563B The 237.9-238 GHz band is also allocated to the Earth (active) satellite survey service and to the Space Research (active) satellite cloud radiolocators only.
5.565 The following frequency bands in the range of 275-1000 GHz are intended for use by administrations for passive service applications:
- radio astronomical service: 275- 323 GHz, 327- 371 GHz, 388- 424 GHz, 426- 442 GHz, 453- 510 GHz, 623- 711 GHz, 795- 909 GHz and 926- 945 GHz;
- Satellite Earth Survey (passive) and Space Research (passive) service: 275- 286 GHz, 296-306 GHz, 313- 356 GHz, 361-365 GHz, 369- 392 GHz, 397- 399 GHz, 409- 411 GHz, 416- 434 GHz, 439- 467 GHz, 477- 502 GHz, 523- 527 GHz, 538- 581 GHz, 611- 630 GHz, 634- 654 GHz, 657- 692 GHz, 713- 718 GHz, 729- 733 GHz, 750- 754 GHz, 771-776 GHz, 823- 846 GHz, 85- 854 GHz, 85- 862 GHz, 866- 882 GHz, 905- 928 GHz, 95- 956 GHz, 968- 973 GHz and 973 GHz.
The use of spectrum in the range of 275-1000 GHz by passive services does not prevent the use of spectrum by active services. Administrations intending to release frequencies in the range of 275-1000 GHz for active service applications are urged to take all practicable measures to protect these passive services from harmful interference until the allocation table is drawn up for the above range of 275-1000 GHz.
All frequencies in the range of 1000-3000 GHz can be used by both active and passive services.
Plan for the allocation of frequency bands in the Czech Republic (national frequency table)
1. The allocated frequency bands in the Czech Republic are divided in the national frequency table for the purposes of civil and non-civil use using the following abbreviations:
C - Civil use
NC - Non-civil use (Ministry of Defence for military purposes and Army of the Czech Republic)
2. The format of the abbreviation indicates classification in one of the following categories:
(a) in capital letters (C or NC), the preferred use of the band shall be expressed. Where both abbreviations are given in this way, the band shall be used equally on the basis of coordination.
(b) in small letters (c or nc), the secondary use of the zone shall be expressed. Such use shall not be entitled to protection against interference from priority users, except for interference caused by undesirable radiations and shall not cause interference to preferential use. If there are two or more ancillary services in a given band, they share the band equally.
3. When deciding the order of priority of use in a given frequency band, the category of service always decides first (see 3rd column of the national frequency table).
4. The allocation of frequency bands in the national frequency table is based on Article 5 of the Order and has four columns:
(a) the lower and upper limits of the band are indicated in the column "Frequency band"; up to 27 500 kHz in kilohertz, from 27,5 MHz to 10,000 MHz in megahertz, above 10 GHz in gigahertz. The table describes the allocation of radio spectrum bands from 8,3 kHz to 275 GHz;
(b) in the column "Czech Republic according to the Order" the radio communication services that can be operated on the territory of the Czech Republic according to Article 5 of the Order, together with the relevant Notes of the Order listed in Chapter 5, Section III. The categories of extra allotment paying in the Czech Republic are registered with the name of the Postmarks of the Order of Slash\ 5. XXX\,
(c) in the column "Allocation in the Czech Republic" the radio communication services are listed, which are allowed to operate in the Czech Republic. The services shall be accompanied by the relevant Notes of the Order referred to in Section III and the National Notes (CZXX) referred to in point 6. Each service is assigned a numeric code of the type of use,
(d) in the column "Use of allocation" the abbreviations of the type of use referred to in point 1 are given first for the priority use of the band and then for the secondary use of the band referred to in point 2. The abbreviations are assigned to the code numbers [1] for civil use, [1] * for dedicated civil use according to Appendix 26 of the Order and [2] for non-civil use.
5. Notes The order of technical character and / or paying only for the part of the band referred to in the column "Czech Republic according to the Order" applies in the column "Allocation in the Czech Republic" only if the relevant service is registered.
6. In addition to the Signs of the Order listed in Chapter 5, Section III, the National Notes shall apply with the following meaning:
CZ1 The frequency of fixed and ground mobile services registered with the ITU Radiocommunication Office is preferred by the user for whom these frequencies were registered with the ITU Radiocommunication Office and are registered by the Czech Telecommunications Office.
CZ2 Unfilled
CZ3 Harmonised NATO Zone
CZ4 Additional allocation: In the frequency sections 1715-1800 kHz and 1850-2000 kHz, up to 200 kHz of amateur service can also be sub-allocated.
CZ5 Additional allocation: the 70.1-70,3 MHz frequency section is also allocated to the amateur service.
CZ6 In sections 2025-2070 MHz and 2200-2245 MHz, the allocation of mobile services is reserved for priority non-civilian applications.
CZ7 Additional allocation: the frequency section 3400-3410 MHz is additionally allocated to the amateur service.
CZ8 Additional allocation: The frequency section of 75.5-76 GHz is additionally allocated to the amateur service and satellite amateur service.
CZ9 The band is intended for civil use.
CZ10 The band is intended for a harmonised non-civilian use of NATO.
7. The Czech Telecommunications Authority sets out and publishes the technical parameters and conditions of the radio communications services listed in the column "Allocation in the Czech Republic," in the Radio Spectrum Use Plan, which is published on the basis of § 16 paragraph 4 of Act No. 127 / 2005 Coll., on Electronic Communications.
National frequency table
kHz
| Kmitočtové pásmo | ČR podle Řádu | Přidělení v ČR | Využití přidělení |
|---|---|---|---|
| méně než 8,3 | Nepřiděleno 5.53 5.54 | Nepřiděleno 5.53 5.54 | |
| 8,3–9 | POMOCNÁ METEOROLOGICKÁ 5.54A | POMOCNÁ METEOROLOGICKÁ 5.54A [1] | [1] C |
| 9–11,3 | POMOCNÁ METEOROLOGICKÁ 5.54A RADIONAVIGAČNÍ | POMOCNÁ METEOROLOGICKÁ 5.54A [1] RADIONAVIGAČNÍ [1] | [1] C |
| 11,3–14 | RADIONAVIGAČNÍ | RADIONAVIGAČNÍ [1] | [1] C |
| 14–19,95 | PEVNÁ NÁMOŘNÍ POHYBLIVÁ 5.57 5.56 | PEVNÁ CZ1 [1] [2] | [1] C [2] nc |
| 19,95–20,05 | KMITOČTOVÝCH NORMÁLŮ A ČASOVÝCH SIGNÁLŮ | KMITOČTOVÝCH NORMÁLŮ A ČASOVÝCH SIGNÁLŮ [1] | [1] C |
| 20,05–50,5 | PEVNÁ NÁMOŘNÍ POHYBLIVÁ 5.57 5.56 | PEVNÁ CZ1 [1] [2] NÁMOŘNÍ POHYBLIVÁ 5.57 [1] [2] | [1] C [2] NC |
| 50,5–70,0 | PEVNÁ CZ1 [1] [2] NÁMOŘNÍ POHYBLIVÁ 5.57 [1] | [1] C [2] nc | |
| 70–72 | RADIONAVIGAČNÍ 5.60 | RADIONAVIGAČNÍ [1] 5.60 | [1] C |
| 72–84 | PEVNÁ NÁMOŘNÍ POHYBLIVÁ 5.57 RADIONAVIGAČNÍ 5.60 5.56 | PEVNÁ CZ1 [1] [2] NÁMOŘNÍ POHYBLIVÁ 5.57 [1] RADIONAVIGAČNÍ 5.60 [1] | [1] C [2] nc |
| 84–86 | RADIONAVIGAČNÍ 5.60 | RADIONAVIGAČNÍ [1] 5.60 | [1] C |
| 86–90 | PEVNÁ NÁMOŘNÍ POHYBLIVÁ 5.57 RADIONAVIGAČNÍ 5.56 | PEVNÁ CZ1 [1] [2] NÁMOŘNÍ POHYBLIVÁ 5.57 [1] RADIONAVIGAČNÍ [1] | [1] C [2] nc |
| 90–110 | RADIONAVIGAČNÍ 5.62 Pevná 5.64 | RADIONAVIGAČNÍ 5.62 [1] [2] Pevná [1] 5.64 | [1] C [2] NC |
| 110–112 | PEVNÁ NÁMOŘNÍ POHYBLIVÁ RADIONAVIGAČNÍ 5.64 | PEVNÁ [1] [2] NÁMOŘNÍ POHYBLIVÁ [1] RADIONAVIGAČNÍ [1] 5.64 | [1] C [2] nc |
| 112–115 | RADIONAVIGAČNÍ 5.60 | RADIONAVIGAČNÍ 5.60 [1] | [1] C |
| 115–117,6 | RADIONAVIGAČNÍ 5.60 Pevná Námořní pohyblivá 5.64 | RADIONAVIGAČNÍ 5.60 [1] Pevná [1] Námořní pohyblivá [1] 5.64 | [1] C |
| 117,6–126 | PEVNÁ NÁMOŘNÍ POHYBLIVÁ RADIONAVIGAČNÍ 5.60 5.64 | PEVNÁ CZ1 [1] [2] NÁMOŘNÍ POHYBLIVÁ [1] RADIONAVIGAČNÍ 5.60 [1] 5.64 | [1] C [2] nc |
| 126–129 | RADIONAVIGAČNÍ 5.60 | RADIONAVIGAČNÍ 5.60 [1] | [1] C |
| 129–130 | PEVNÁ NÁMOŘNÍ POHYBLIVÁ RADIONAVIGAČNÍ 5.60 5.64 | PEVNÁ CZ1 [1] [2] NÁMOŘNÍ POHYBLIVÁ [1] RADIONAVIGAČNÍ 5.60 [1] 5.64 | [1] C [2] nc |
| 130–135,7 | PEVNÁ NÁMOŘNÍ POHYBLIVÁ 5.64 | PEVNÁ [1] [2] NÁMOŘNÍ POHYBLIVÁ [1] 5.64 | [1] C [2] nc |
| 135,7–137,8 | PEVNÁ NÁMOŘNÍ POHYBLIVÁ Amatérská 5.67A 5.67B 5.64 | PEVNÁ [1] NÁMOŘNÍ POHYBLIVÁ [1] Amatérská 5.67A [1] 5.64 | [1] C |
| 137,8–148,5 | PEVNÁ NÁMOŘNÍ POHYBLIVÁ 5.64 | PEVNÁ [1] NÁMOŘNÍ POHYBLIVÁ [1] 5.64 | [1] C |
| 148,5–255 | ROZHLASOVÁ | ROZHLASOVÁ [1] Letecká radionavigační [1] | [1] C |
| 255–283,5 | ROZHLASOVÁ LETECKÁ RADIONAVIGAČNÍ | ROZHLASOVÁ [1] LETECKÁ RADIONAVIGAČNÍ [1] [2] | [1] C [2] NC |
| 283,5–315 | LETECKÁ RADIONAVIGAČNÍ NÁMOŘNÍ RADIONAVIGAČNÍ (radiomajáky) 5.73 5.74 | LETECKÁ RADIONAVIGAČNÍ [1] [2] NÁMOŘNÍ RADIONAVIGAČNÍ (radiomajáky) 5.73 [1] 5.74 | [1] C [2] NC |
| 315–325 | LETECKÁ RADIONAVIGAČNÍ Námořní radionavigační (radiomajáky) 5.73 | LETECKÁ RADIONAVIGAČNÍ [1] [2] Námořní radionavigační (radiomajáky) 5.73 [1] | [2] NC [1] c |
| 325–405 | LETECKÁ RADIONAVIGAČNÍ | LETECKÁ RADIONAVIGAČNÍ [1] [2] | [1] C [2] NC |
| 405–415 | RADIONAVIGAČNÍ 5.76 | RADIONAVIGAČNÍ [1] [2] 5.76 | [1] C [2] NC |
| 415–435 | NÁMOŘNÍ POHYBLIVÁ 5.79 LETECKÁ RADIONAVIGAČNÍ | NÁMOŘNÍ POHYBLIVÁ 5.79 [1] LETECKÁ RADIONAVIGAČNÍ [1] [2] | [1] C [2] NC |
| 435–472 | NÁMOŘNÍ POHYBLIVÁ 5.79 Letecká radionavigační 5.82 | NÁMOŘNÍ POHYBLIVÁ 5.79 [1] LETECKÁ RADIONAVIGAČNÍ [1] [2] 5.82 | [1] C [2] NC |
| 472–479 | NÁMOŘNÍ POHYBLIVÁ 5.79 Letecká radionavigační Amatérská 5.80A 5.82 5.80B | NÁMOŘNÍ POHYBLIVÁ 5.79 [1] LETECKÁ RADIONAVIGAČNÍ [1] [2] Amatérská 5.80A [1] 5.82 5.80B | [1] C [2] NC |
| 479–495 | NÁMOŘNÍ POHYBLIVÁ 5.79 5.79A Letecká radionavigační 5.82 | NÁMOŘNÍ POHYBLIVÁ 5.79 5.79A [1] LETECKÁ RADIONAVIGAČNÍ [1] [2] 5.82 | [1] C [2] NC |
| 495–505 | NÁMOŘNÍ POHYBLIVÁ | NÁMOŘNÍ POHYBLIVÁ [1] | [1] C |
| 505–526,5 | NÁMOŘNÍ POHYBLIVÁ 5.79 5.79A 5.84 LETECKÁ RADIONAVIGAČNÍ | NÁMOŘNÍ POHYBLIVÁ 5.79 5.79A 5.84 [1] LETECKÁ RADIONAVIGAČNÍ [1] [2] | [1] C [2] NC |
| 526,5–1300 | ROZHLASOVÁ | ROZHLASOVÁ [1] Letecká radionavigační [1] [2] | [1] C [2] nc |
| 1300–1606,5 | ROZHLASOVÁ [1] | [1] C | |
| 1606,5–1625 | PEVNÁ NÁMOŘNÍ POHYBLIVÁ 5.90 POZEMNÍ POHYBLIVÁ 5.92 | PEVNÁ [1] [2] NÁMOŘNÍ POHYBLIVÁ 5.90 [1] POZEMNÍ POHYBLIVÁ [1] [2] 5.92 | [1] C [2] NC |
| 1625–1635 | RADIOLOKAČNÍ | RADIOLOKAČNÍ [2] CZ1 | [2] NC |
| 1635–1715 | PEVNÁ NÁMOŘNÍ POHYBLIVÁ 5.90 POZEMNÍ POHYBLIVÁ 5.92 | PEVNÁ [1] [2] NÁMOŘNÍ POHYBLIVÁ 5.90 [1] POZEMNÍ POHYBLIVÁ [1] [2] 5.92 CZ1 | [1] C [2] NC |
| 1715–1800 | PEVNÁ NÁMOŘNÍ POHYBLIVÁ 5.90 POZEMNÍ POHYBLIVÁ Amatérská \5.96\ 5.92 | PEVNÁ [1] [2] NÁMOŘNÍ POHYBLIVÁ 5.90 [1] POZEMNÍ POHYBLIVÁ [1] [2] Amatérská CZ4 [1] 5.92 5.96 CZ1 | [1] C [2] NC |
| 1800–1810 | RADIOLOKAČNÍ | RADIOLOKAČNÍ [2] CZ1 | [2] NC |
| 1810–1830 | AMATÉRSKÁ 5.98 5.99 5.100 | AMATÉRSKÁ [1] 5.98 5.99 5.100 | [1] C |
| 1830–1850 | AMATÉRSKÁ | AMATÉRSKÁ [1] | [1] C |
| 1 850–2000 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé Amatérská \5.96\ 5.92 5.103 | PEVNÁ [1] [2] POHYBLIVÁ kromě letecké pohyblivé [1] [2] Amatérská CZ 4 -[1] 5.92 5.96 5.103 CZ1 | [1] C [2] NC |
| 2000–2025 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé (R) 5.92 5.103 | PEVNÁ [1] [2] POHYBLIVÁ kromě letecké pohyblivé (R) [1] [2] 5.92 5.103 CZ1 | [1] C [2] NC |
| 2025–2045 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé (R) Pomocná meteorologická 5.104 5.92 5.103 | PEVNÁ [1] [2] POHYBLIVÁ kromě letecké pohyblivé (R) [1] [2] 5.92 5.103 CZ1 | [1] C [2] NC |
| 2045–2160 | PEVNÁ NÁMOŘNÍ POHYBLIVÁ POZEMNÍ POHYBLIVÁ 5.92 | PEVNÁ [1] [2] NÁMOŘNÍ POHYBLIVÁ [1] POZEMNÍ POHYBLIVÁ [1] [2] 5.92 CZ1 | [1] C [2] NC |
| 2160–2170 | RADIOLOKAČNÍ | RADIOLOKAČNÍ [2] CZ1 | [2] NC |
| 2170–2173,5 | NÁMOŘNÍ POHYBLIVÁ | NÁMOŘNÍ POHYBLIVÁ [1] | [1] C |
| 2173,5–2190,5 | POHYBLIVÁ (tíseň a volání) 5.108 5.109 5.110 5.111 | POHYBLIVÁ (tíseň a volání) [1] 5.108 5.109 5.110 5.111 | [1] C |
| 2190,5–2194 | NÁMOŘNÍ POHYBLIVÁ | NÁMOŘNÍ POHYBLIVÁ [1] | [1] C |
| 2194–2300 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé (R) 5.92 5.103 | PEVNÁ [1] [2] POHYBLIVÁ kromě letecké pohyblivé (R) [1] [2] 5.92 5.103 CZ1 | [1] C [2] NC |
| 2300–2498 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé (R) 5.103 | PEVNÁ [1] [2] POHYBLIVÁ kromě letecké pohyblivé (R) [1] [2] 5.103 CZ1 | [1] C [2] NC |
| 2498–2501 | KMITOČTOVÝCH NORMÁLŮ A ČASOVÝCH SIGNÁLŮ | KMITOČTOVÝCH NORMÁLŮ A ČASOVÝCH SIGNÁLŮ [1] | [1] C |
| 2501–2502 | KMITOČTOVÝCH NORMÁLŮ A ČASOVÝCH SIGNÁLŮ Kosmického výzkumu | KMITOČTOVÝCH NORMÁLŮ A ČASOVÝCH SIGNÁLŮ [1] Kosmického výzkumu [1] | [1] C |
| 2502–2625 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé (R) 5.92 5.103 | PEVNÁ [1] [2] POHYBLIVÁ kromě letecké pohyblivé (R) [1] [2] 5.92 5.103 CZ1 | [1] C [2] NC |
| 2625–2650 | NÁMOŘNÍ POHYBLIVÁ NÁMOŘNÍ RADIONAVIGAČNÍ 5.92 | NÁMOŘNÍ POHYBLIVÁ [1] NÁMOŘNÍ RADIONAVIGAČNÍ [1] 5.92 | [1] C |
| 2650–2850 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé (R) 5.92 5.103 | PEVNÁ [1] [2] POHYBLIVÁ kromě letecké pohyblivé (R) [1] [2] 5.92 5.103 CZ1 | [1] C [2] NC |
| 2850–3025 | LETECKÁ POHYBLIVÁ (R) 5.111 5.115 | LETECKÁ POHYBLIVÁ (R) [1] [2] 5.111 5.115 | [1] C [2] NC |
| 3025–3155 | LETECKÁ POHYBLIVÁ (OR) | LETECKÁ POHYBLIVÁ (OR) [1] [2] | [2] NC [1] c |
| 3155–3200 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé (R) 5.116 | PEVNÁ [1] [2] POHYBLIVÁ kromě letecké pohyblivé (R) [1] [2] 5.116 CZ1 | [1] C [2] NC |
| 3200–3230 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé (R) 5.116 | PEVNÁ [1] [2] POHYBLIVÁ kromě letecké pohyblivé (R) [2] 5.116 | [1] C [2] NC |
| 3230–3400 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé 5.116 | PEVNÁ [1] [2] POHYBLIVÁ kromě letecké pohyblivé [2] 5.116 CZ1 | [1] C [2] NC |
| 3400–3500 | LETECKÁ POHYBLIVÁ (R) | LETECKÁ POHYBLIVÁ (R) [1] [2] | [1] C [2] nc |
| 3500–3800 | AMATÉRSKÁ PEVNÁ POHYBLIVÁ kromě letecké pohyblivé 5.92 | AMATÉRSKÁ [1] PEVNÁ [1] [2] POHYBLIVÁ kromě letecké pohyblivé [1] [2] 5.92 CZ1 | [1] C [2] nc |
| 3800–3900 | PEVNÁ LETECKÁ POHYBLIVÁ (OR) POZEMNÍ POHYBLIVÁ | PEVNÁ [1] [2] LETECKÁ POHYBLIVÁ (OR) [1] [2] POZEMNÍ POHYBLIVÁ [1] [2] CZ1 | [2] NC [1] c |
| 3900–3950 | LETECKÁ POHYBLIVÁ (OR) | LETECKÁ POHYBLIVÁ (OR) [1] [2] | [2] NC [1] c |
| 3950–4000 | PEVNÁ ROZHLASOVÁ | PEVNÁ [1] ROZHLASOVÁ [1] | [1] C |
| 4000–4063 | PEVNÁ NÁMOŘNÍ POHYBLIVÁ 5.127 | PEVNÁ CZ1 [1] NÁMOŘNÍ POHYBLIVÁ 5.127 [1] | [1] C |
| 4063–4123 | PEVNÁ 5.128 NÁMOŘNÍ POHYBLIVÁ 5.79A 5.109 5.110 5.130 5.131 5.132 | PEVNÁ 5.128 [1] NÁMOŘNÍ POHYBLIVÁ 5.79A 5.109 5.110 5.130 [1] | [1] C |
| 4123–4130 | NÁMOŘNÍ POHYBLIVÁ 5.79A 5.109 5.110 5.130 [1] | [1] C | |
| 4130–4438 | PEVNÁ [1] 5.128 NÁMOŘNÍ POHYBLIVÁ 5.79A 5.109 5.110 5.130 5.131 5.132 [1] | [1] C | |
| 4438–4488 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé (R) Radiolokační 5.132A 5.132B | PEVNÁ [1] [2] POHYBLIVÁ kromě letecké pohyblivé (R) [1] [2] CZ1 | [1] C [2] NC |
| 4488–4650 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé (R) | PEVNÁ [1] [2] POHYBLIVÁ kromě letecké pohyblivé (R) [1] [2] CZ1 | [1] C [2] NC |
| 4650–4700 | LETECKÁ POHYBLIVÁ (R) | LETECKÁ POHYBLIVÁ (R) [1] [2] | [1] C [2] nc |
| 4700–4750 | LETECKÁ POHYBLIVÁ (OR) | LETECKÁ POHYBLIVÁ (OR) [1] [2] | [2] NC [1] c |
| 4750–4850 | PEVNÁ LETECKÁ POHYBLIVÁ (OR) POZEMNÍ POHYBLIVÁ | PEVNÁ [1] [2] LETECKÁ POHYBLIVÁ (OR) [1]* [2] POZEMNÍ POHYBLIVÁ [1] [2] | [1] C [1]* c [2] NC |
| 4850–4995 | PEVNÁ POZEMNÍ POHYBLIVÁ | PEVNÁ [1] [2] POZEMNÍ POHYBLIVÁ [1] [2] CZ1 | [1] C [2] NC |
| 4995–5003 | KMITOČTOVÝCH NORMÁLŮ A ČASOVÝCH SIGNÁLŮ | KMITOČTOVÝCH NORMÁLŮ A ČASOVÝCH SIGNÁLŮ [1] | [1] C |
| 5003–5005 | KMITOČTOVÝCH NORMÁLŮ A ČASOVÝCH SIGNÁLŮ Kosmického výzkumu | KMITOČTOVÝCH NORMÁLŮ A ČASOVÝCH SIGNÁLŮ [1] Kosmického výzkumu [1] | [1] C |
| 5005–5060 | PEVNÁ | PEVNÁ [1] [2] | [1] C [2] NC |
| 5060–5250 | PEVNÁ Pohyblivá kromě letecké pohyblivé | PEVNÁ [1] [2] Pohyblivá kromě letecké pohyblivé [1] [2] CZ1 | [1] C [2] NC |
| 5250–5275 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé Radiolokační 5.132A 5.133A | PEVNÁ [1] [2] POHYBLIVÁ kromě letecké pohyblivé [1] [2] CZ1 | [1] C [2] NC |
| 5275– 5351,5 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé | PEVNÁ [1] [2] POHYBLIVÁ kromě letecké pohyblivé [1] [2] CZ1 | [1] C [2] NC |
| 5351,5 – 5366,5 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé Amatérská 5.133B | PEVNÁ [1] [2] POHYBLIVÁ kromě letecké pohyblivé [1] [2] Amatérská 5.133B [1] c CZ1 | [1] C [2] NC |
| 5366,5–5450 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé | PEVNÁ [1] [2] POHYBLIVÁ kromě letecké pohyblivé [1] [2] CZ1 | [1] C [2] NC |
| 5450–5480 | PEVNÁ LETECKÁ POHYBLIVÁ (OR) POZEMNÍ POHYBLIVÁ | PEVNÁ CZ1 [1] [2] LETECKÁ POHYBLIVÁ (OR) [1] [2] POZEMNÍ POHYBLIVÁ [2] | [2] NC [1] c |
| 5480–5680 | LETECKÁ POHYBLIVÁ (R) 5.111 5.115 | LETECKÁ POHYBLIVÁ (R) [1] [2] 5.111 5.115 | [1] C [2] nc |
| 5680–5730 | LETECKÁ POHYBLIVÁ (OR) 5.111 5.115 | LETECKÁ POHYBLIVÁ (OR) [1] [2] 5.111 5.115 | [2] NC [1] c |
| 5730–5900 | PEVNÁ POZEMNÍ POHYBLIVÁ | PEVNÁ [1] [2] POZEMNÍ POHYBLIVÁ [1] [2] CZ1 | [2] NC [1] c |
| 5900–5950 | PEVNÁ 5.136 POZEMNÍ POHYBLIVÁ 5.136 ROZHLASOVÁ 5.134 | PEVNÁ 5.136 [1] ROZHLASOVÁ 5.134 [1] | [1] C |
| 5950–6200 | ROZHLASOVÁ | ROZHLASOVÁ [1] | [1] C |
| 6200–6525 | NÁMOŘNÍ POHYBLIVÁ 5.109 5.110 5.130 5.132 5.137 | NÁMOŘNÍ POHYBLIVÁ 5.109 5.110 5.130 5.132 [1] Pevná [1] 5.137 | [1] C |
| 6525–6685 | LETECKÁ POHYBLIVÁ (R) | LETECKÁ POHYBLIVÁ (R) [1] [2] | [1] C [2] nc |
| 6685–6765 | LETECKÁ POHYBLIVÁ (OR) | LETECKÁ POHYBLIVÁ (OR) [1] [2] | [2] NC [1] c |
| 6765–7000 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé (R) 5.138 | PEVNÁ [1] [2] POHYBLIVÁ kromě letecké pohyblivé (R) [1] [2] 5.138 CZ1 | [1] C [2] NC |
| 7000–7100 | AMATÉRSKÁ DRUŽICOVÁ AMATÉRSKÁ 5.140 5.141 5,141A | AMATÉRSKÁ [1] DRUŽICOVÁ AMATÉRSKÁ [1] 5.140 5.141 5,141A | [1] C |
| 7100–7200 | AMATÉRSKÁ 5.141A 5.141B | AMATÉRSKÁ 5.141A 5.141B [1] | [1] C |
| 7200–7300 | ROZHLASOVÁ | ROZHLASOVÁ [1] | [1] C |
| 7300–7400 | ROZHLASOVÁ 5.134 PEVNÁ 5.143 5.143B Pozemní pohyblivá 5.143 5.143B | ROZHLASOVÁ 5.134 [1] PEVNÁ 5.143 5.143B [1] [2] Pozemní pohyblivá 5.143 5.143B [2] | [1] C [2] nc |
| 7400–7450 | ROZHLASOVÁ PEVNÁ 5.143B Pozemní pohyblivá 5.143B | ROZHLASOVÁ [1] PEVNÁ 5.143B CZ1 [1] [2] Pozemní pohyblivá 5.143B [2] | [1] C [2] nc |
| 7450–8100 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé (R) | PEVNÁ [1] [2] POHYBLIVÁ kromě letecké pohyblivé (R) [1] [2] CZ1 | [1] C [2] NC |
| 8100–8195 | PEVNÁ NÁMOŘNÍ POHYBLIVÁ | PEVNÁ CZ1 [1] [2] NÁMOŘNÍ POHYBLIVÁ [1] | [1] C [2] NC |
| 8195–8815 | NÁMOŘNÍ POHYBLIVÁ 5.109 5.110 5.132 5.145 5.111 | NÁMOŘNÍ POHYBLIVÁ 5.109 5.110 5.132 5.145 [1] 5.111 CZ1 | [1] C |
| 8815–8965 | LETECKÁ POHYBLIVÁ (R) | LETECKÁ POHYBLIVÁ (R) [1] [2] | [1] C [2] nc |
| 8965–9040 | LETECKÁ POHYBLIVÁ (OR) | LETECKÁ POHYBLIVÁ (OR) [1] [2] | [2] NC [1] c |
| 9040–9305 | PEVNÁ | PEVNÁ [1] [2] CZ1 | [2] NC [1] c |
| 9305–9355 | PEVNÁ Radiolokační 5.145A 5.145B | PEVNÁ [1] [2] CZ1 | [2] NC [1] c |
| 9355–9400 | PEVNÁ | PEVNÁ [1] [2] CZ1 | [2] NC [1] c |
| 9400–9500 | PEVNÁ ROZHLASOVÁ 5.134 5.146 | PEVNÁ [1] [2] ROZHLASOVÁ 5.134 [1] 5.146 | [1] C [2] nc |
| 9500–9775 | ROZHLASOVÁ | ROZHLASOVÁ [1] | [1] C |
| 9775–9900 | ROZHLASOVÁ 5.147 | ROZHLASOVÁ [1] Pevná [1] [2] 5.147 | [1] C [2] nc |
| 9900–9995 | PEVNÁ | PEVNÁ [1] [2] CZ1 | [2] NC [1] c |
| 9995–10 003 | KMITOČTOVÝCH NORMÁLŮ A ČASOVÝCH SIGNÁLŮ 5.111 | KMITOČTOVÝCH NORMÁLŮ A ČASOVÝCH SIGNÁLŮ [1] 5.111 | [1] C |
| 10 003–10 005 | KMITOČTOVÝCH NORMÁLŮ A ČASOVÝCH SIGNÁLŮ Kosmického výzkumu 5.111 | KMITOČTOVÝCH NORMÁLŮ A ČASOVÝCH SIGNÁLŮ [1] Kosmického výzkumu [1] 5.111 | [1] C |
| 10 005–10 100 | LETECKÁ POHYBLIVÁ (R) 5.111 | LETECKÁ POHYBLIVÁ (R) [1] [2] 5.111 | [1] C [2] nc |
| 10 100–10 150 | PEVNÁ Amatérská | PEVNÁ [1] [2] Amatérská [1] | [1] C [2] NC |
| 10 150–11 175 | PEVNÁ Pohyblivá kromě letecké pohyblivé (R) | PEVNÁ CZ1 [1] [2] Pohyblivá kromě letecké pohyblivé (R) [2] | [2] NC [1] c |
| 11 175–11 275 | LETECKÁ POHYBLIVÁ (OR) | LETECKÁ POHYBLIVÁ (OR) [1] [2] | [2] NC [1] c |
| 11 275–11 400 | LETECKÁ POHYBLIVÁ (R) | LETECKÁ POHYBLIVÁ (R) [1] [2] | [1] C [2] nc |
| 11 400–11 600 | PEVNÁ | PEVNÁ [1] [2] CZ1 | [2] NC [1] c |
| 11 600–11 650 | PEVNÁ ROZHLASOVÁ 5.134 5.146 | PEVNÁ [1] [2] ROZHLASOVÁ 5.134 [1] 5.146 | [1] C [2] nc |
| 11 650–12 050 | ROZHLASOVÁ 5.147 | ROZHLASOVÁ [1] Pevná [1] [2] 5.147 | [1] C [2] nc |
| 12 050–12 100 | PEVNÁ ROZHLASOVÁ 5.134 5.146 | PEVNÁ [1] [2] ROZHLASOVÁ 5.134 [1] 5.146 | [1] C [2] nc |
| 12 100-12 230 | PEVNÁ | PEVNÁ [1] [2] CZ1 | [1] C [2] nc |
| 12 230–13 200 | NÁMOŘNÍ POHYBLIVÁ 5.109 5.110 5.132 5.145 | NÁMOŘNÍ POHYBLIVÁ 5.109 5.110 5.132 5.145 [1] Pevná [1] | 1] C |
| 13 200–13 260 | LETECKÁ POHYBLIVÁ (OR) | LETECKÁ POHYBLIVÁ (OR) [1] [2] | [2] NC [1] c |
| 13 260–13 360 | LETECKÁ POHYBLIVÁ (R) | LETECKÁ POHYBLIVÁ (R) [1] [2] | [1] C [2] nc |
| 13 360–13 410 | PEVNÁ RADIOASTRONOMICKÁ 5.149 | PEVNÁ [1] [2] RADIOASTRONOMICKÁ [1] 5.149 | [1] C [2] NC |
| 13 410–13 450 | PEVNÁ Pohyblivá kromě letecké pohyblivé (R) | PEVNÁ CZ1 [1] [2] Pohyblivá kromě letecké pohyblivé (R) [2] | [2] NC [1] c |
| 13 450–13 550 | PEVNÁ Pohyblivá kromě letecké pohyblivé (R) Radiolokační 5.132A 5.149A | PEVNÁ CZ1 [1] [2] Pohyblivá kromě letecké pohyblivé (R) [2] | [2] NC [1] c |
| 13 550–13 570 | PEVNÁ Pohyblivá kromě letecké pohyblivé (R) 5.150 | PEVNÁ CZ1 [1] [2] Pohyblivá kromě letecké pohyblivé (R) [2] 5.150 | [2] NC [1] c |
| 13 570–13 600 | PEVNÁ ROZHLASOVÁ 5.134 Pohyblivá kromě letecké pohyblivé (R) 5.151 | PEVNÁ [1] [2] ROZHLASOVÁ 5.134 [1] Pohyblivá kromě letecké pohyblivé (R) [2] 5.151 | [1] C [2] nc |
| 13 600–13 800 | ROZHLASOVÁ | ROZHLASOVÁ [1] Pevná [1] | [1] C |
| 13 800–13 870 | PEVNÁ ROZHLASOVÁ 5.134 Pohyblivá kromě letecké pohyblivé (R) 5.151 | PEVNÁ [1] [2] ROZHLASOVÁ 5.134 [1] Pohyblivá kromě letecké pohyblivé (R) [2] 5.151 | [1] C [2] nc |
| 13 870–14 000 | PEVNÁ Pohyblivá kromě letecké pohyblivé (R) | PEVNÁ CZ1 [1] [2] Pohyblivá kromě letecké pohyblivé (R) [2] | [2] NC [1] c |
| 14 000–14 250 | AMATÉRSKÁ DRUŽICOVÁ AMATÉRSKÁ | AMATÉRSKÁ [1] DRUŽICOVÁ AMATÉRSKÁ [1] | [1] C |
| 14 250–14 350 | AMATÉRSKÁ 5.152 | AMATÉRSKÁ [1] 5.152 | [1] C |
| 14 350–14 990 | PEVNÁ Pohyblivá kromě letecké pohyblivé (R) | PEVNÁ CZ1 [1] [2] Pohyblivá kromě letecké pohyblivé (R) [2] | [2] NC [1] c |
| 14 990–15 005 | KMITOČTOVÝCH NORMÁLŮ A ČASOVÝCH SIGNÁLŮ 5.111 | KMITOČTOVÝCH NORMÁLŮ A ČASOVÝCH SIGNÁLŮ [1] 5.111 | [1] C |
| 15 005–15 010 | KMITOČTOVÝCH NORMÁLŮ A ČASOVÝCH SIGNÁLŮ Kosmického výzkumu | KMITOČTOVÝCH NORMÁLŮ A ČASOVÝCH SIGNÁLŮ [1] | [1] C |
| 15 010–15 100 | LETECKÁ POHYBLIVÁ (OR) | LETECKÁ POHYBLIVÁ (OR) [1] [2] | [2] NC [1] c |
| 15 100–15 450 | ROZHLASOVÁ | ROZHLASOVÁ [1] | [1] C |
| 15 450–15 600 | ROZHLASOVÁ | ROZHLASOVÁ [1] Pevná [1] | [1] C |
| 15 600–15 800 | PEVNÁ ROZHLASOVÁ 5.134 5.146 | PEVNÁ [1] [2] ROZHLASOVÁ 5.134 [1] 5.146 | [1] C [2] nc |
| 15 800–16 100 | PEVNÁ | PEVNÁ CZ1 [1] [2] | [2] NC [1] c |
| 16 100–16 200 | PEVNÁ Radiolokační 5.145A 5.145B | PEVNÁ CZ1 [1] [2] | [2] NC [1] c |
| 16 200–16 360 | PEVNÁ | PEVNÁ CZ1 [1] [2] | [2] NC [1] c |
| 16 360–17 410 | NÁMOŘNÍ POHYBLIVÁ 5.109 5.110 5.132 5.145 | NÁMOŘNÍ POHYBLIVÁ 5.109 5.110 5.132 5.145 [1] Pevná CZ1 [1] | [1] C |
| 17 410–17 480 | PEVNÁ | PEVNÁ CZ1 [1] [2] | [2] NC [1] c |
| 17 480–17 550 | PEVNÁ ROZHLASOVÁ 5.134 5.146 | PEVNÁ [1] [2] ROZHLASOVÁ 5.134 [1] 5.146 | [1] C [2] nc |
| 17 550–17 900 | ROZHLASOVÁ | ROZHLASOVÁ [1] Pevná [1] | [1] C |
| 17 900–17 970 | LETECKÁ POHYBLIVÁ (R) | LETECKÁ POHYBLIVÁ (R) [1] [2] | [1] C [2] nc |
| 17 970–18 030 | LETECKÁ POHYBLIVÁ (OR) | LETECKÁ POHYBLIVÁ (OR) [1] [2] | [2] NC [1] c |
| 18 030–18 052 | PEVNÁ | PEVNÁ CZ1 [1] [2] | [2] NC [1] c |
| 18 052–18 068 | PEVNÁ Kosmického výzkumu | PEVNÁ CZ1 [1] [2] Kosmického výzkumu [1] | [2] NC [1] c |
| 18 068-18 168 | AMATÉRSKÁ DRUŽICOVÁ AMATÉRSKÁ 5.154 | AMATÉRSKÁ [1] DRUŽICOVÁ AMATÉRSKÁ [1] 5.154 | [1] C |
| 18 168–18 780 | PEVNÁ Pohyblivá kromě letecké pohyblivé | PEVNÁ CZ1 [1] [2] Pohyblivá kromě letecké pohyblivé [2] | [2] NC [1] c |
| 18 780–18 900 | NÁMOŘNÍ POHYBLIVÁ | NÁMOŘNÍ POHYBLIVÁ [1] | [1] C |
| 18 900–19 020 | PEVNÁ ROZHLASOVÁ 5.134 5.146 | PEVNÁ [1] [2] ROZHLASOVÁ 5.134 [1] 5.146 | [1] C [2] nc |
| 19 020–19 680 | PEVNÁ | PEVNÁ CZ1 [1] [2] | [2] NC [1] c |
| 19 680–19 800 | NÁMOŘNÍ POHYBLIVÁ 5.132 | NÁMOŘNÍ POHYBLIVÁ 5.132 [1] | [1] C |
| 19 800–19 990 | PEVNÁ | PEVNÁ CZ1 [1] [2] | [2] NC [1] c |
| 19 990–19 995 | KMITOČTOVÝCH NORMÁLŮ A ČASOVÝCH SIGNÁLŮ Kosmického výzkumu 5.111 | KMITOČTOVÝCH NORMÁLŮ A ČASOVÝCH SIGNÁLŮ [1] Kosmického výzkumu [1] 5.111 | [1] C |
| 19 995–20 010 | KMITOČTOVÝCH NORMÁLŮ A ČASOVÝCH SIGNÁLŮ 5.111 | KMITOČTOVÝCH NORMÁLŮ A ČASOVÝCH SIGNÁLŮ [1] 5.111 | [1] C |
| 20 010–21 000 | PEVNÁ Pohyblivá | PEVNÁ CZ1 [1] [2] Pohyblivá [2] | [2] NC [1] c |
| 21 000–21 450 | AMATÉRSKÁ DRUŽICOVÁ AMATÉRSKÁ | AMATÉRSKÁ [1] DRUŽICOVÁ AMATÉRSKÁ [1] | [1] C |
| 21 450–21 850 | ROZHLASOVÁ | ROZHLASOVÁ [1] | [1] C |
| 21 850–21 870 | PEVNÁ | PEVNÁ [1] [2] | [1] C [2] NC |
| 21 870–21 924 | PEVNÁ 5.155B | PEVNÁ 5.155B [1] [2] | [1] C [2] NC |
| 21 924–22 000 | LETECKÁ POHYBLIVÁ (R) | LETECKÁ POHYBLIVÁ (R) [1] [2] | [1] C [2] nc |
| 22 000–22 855 | NÁMOŘNÍ POHYBLIVÁ 5.132 | NÁMOŘNÍ POHYBLIVÁ 5.132 [1] | [1] C |
| 22 855–23 000 | PEVNÁ | PEVNÁ CZ1 [1] [2] | [2] NC [1] c |
| 23 000–23 200 | PEVNÁ Pohyblivá kromě letecké pohyblivé (R) | PEVNÁ CZ1 [1] [2] Pohyblivá kromě letecké pohyblivé (R) [2] | [2] NC [1] c |
| 23 200–23 350 | PEVNÁ 5.156A LETECKÁ POHYBLIVÁ (OR) | PEVNÁ 5.156A [1] [2] LETECKÁ POHYBLIVÁ (OR) [1]* [2] | [1] C [2] NC [1]*c |
| 23 350–24 000 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé 5.157 | PEVNÁ CZ1 [1] [2] POHYBLIVÁ kromě letecké pohyblivé 5.157 [1] [2] | [2] NC [1] c |
| 24 000–24 450 | PEVNÁ POZEMNÍ POHYBLIVÁ | PEVNÁ CZ1 [1] [2] POZEMNÍ POHYBLIVÁ [2] | [2] NC [1] c |
| 24 450–24 600 | PEVNÁ POZEMNÍ POHYBLIVÁ Radiolokační 5.132A 5.158 | PEVNÁ CZ1 [1] [2] POZEMNÍ POHYBLIVÁ [2] | [2] NC [1] c |
| 24 600–24 890 | PEVNÁ POZEMNÍ POHYBLIVÁ | PEVNÁ CZ1 [1] [2] POZEMNÍ POHYBLIVÁ [2] | [2] NC [1] c |
| 24 890–24 990 | AMATÉRSKÁ DRUŽICOVÁ AMATÉRSKÁ | AMATÉRSKÁ [1] DRUŽICOVÁ AMATÉRSKÁ [1] | [1] C |
| 24 990–25 005 | KMITOČTOVÝCH NORMÁLŮ A ČASOVÝCH SIGNÁLŮ | KMITOČTOVÝCH NORMÁLŮ A ČASOVÝCH SIGNÁLŮ [1] | [1] C |
| 25 005–25 010 | KMITOČTOVÝCH NORMÁLŮ A ČASOVÝCH SIGNÁLŮ Kosmického výzkumu | KMITOČTOVÝCH NORMÁLŮ A ČASOVÝCH SIGNÁLŮ [1] | [1] C |
| 25 010–25 070 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé | PEVNÁ CZ1 [1] [2] POHYBLIVÁ kromě letecké pohyblivé [2] | [2] NC [1] c |
| 25 070–25 210 | NÁMOŘNÍ POHYBLIVÁ | NÁMOŘNÍ POHYBLIVÁ [1] | [1] C |
| 25 210–25 550 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé | PEVNÁ CZ1 [1] [2] POHYBLIVÁ kromě letecké pohyblivé [2] | [2] NC [1] c |
| 25 550–25 670 | RADIOASTRONOMICKÁ 5.149 | RADIOASTRONOMICKÁ [1] 5.149 | [1] C |
| 25 670–26 100 | ROZHLASOVÁ | ROZHLASOVÁ [1] | [1] C |
| 26 100–26 175 | NÁMOŘNÍ POHYBLIVÁ 5.132 | NÁMOŘNÍ POHYBLIVÁ 5.132 [1] | [1] C |
| 26 175–26 200 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé | PEVNÁ [2] POHYBLIVÁ kromě letecké pohyblivé [1] CZ1 | [1] C [2] NC |
| 26 200–26 350 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé Radiolokační 5.132A 5.133A | PEVNÁ [2] POHYBLIVÁ kromě letecké pohyblivé [1] CZ1 | [1] C [2] NC |
| 26 350–26 957 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé 5.150 | PEVNÁ [2] POHYBLIVÁ kromě letecké pohyblivé [1] CZ1 | [1] C [2] NC |
| 26 957–27 405 | PEVNÁ [1] [2] POHYBLIVÁ kromě letecké pohyblivé [1] [2] 5.150 | [1] C [2] nc | |
| 27 405–27 500 | PEVNÁ [1] [2] POHYBLIVÁ kromě letecké pohyblivé [2] CZ1 | [2] NC [1] c |
MHz
| Kmitočtové pásmo | ČR podle Řádu | Přidělení v ČR | Využití přidělení |
|---|---|---|---|
| 27,5–28 | POMOCNÁ METEOROLOGICKÁ PEVNÁ POHYBLIVÁ | POMOCNÁ METEOROLOGICKÁ [1] PEVNÁ [1] [2] POHYBLIVÁ [1] [2] | [1] C [2] nc |
| 28–29,7 | AMATÉRSKÁ DRUŽICOVÁ AMATÉRSKÁ | AMATÉRSKÁ [1] DRUŽICOVÁ AMATÉRSKÁ [1] | [1] C |
| 29,7–30,005 | PEVNÁ POHYBLIVÁ | POHYBLIVÁ [1] [2] | [1] C [2] NC |
| 30,005–30,01 | KOSMICKÉHO PROVOZU (identifikace družic) PEVNÁ POHYBLIVÁ KOSMICKÉHO VÝZKUMU | POHYBLIVÁ [1] [2] | [1] C [2] NC |
| 30,01–32.875 | PEVNÁ POHYBLIVÁ | POHYBLIVÁ [1] [2] | [2] NC [1] c |
| 32,875–35 | PEVNÁ POHYBLIVÁ | POHYBLIVÁ [1] [2] | [1] C [2] nc |
| 35–37,5 | PEVNÁ POHYBLIVÁ | POHYBLIVÁ [1] [2] | [1] C [2] NC |
| 37,5–38,25 | PEVNÁ POHYBLIVÁ Radioastronomická 5.149 | POHYBLIVÁ [1] [2] Radioastronomická [1] 5.149 | [1] C [2] nc |
| 38,25–39 | PEVNÁ POHYBLIVÁ | POHYBLIVÁ [1] [2] | [1] C [2] nc |
| 39–39,5 | PEVNÁ POHYBLIVÁ Radiolokační 5.132A 5.159 | POHYBLIVÁ [1] [2] | [2] NC [1] c |
| 39,5–39,986 | PEVNÁ POHYBLIVÁ | POHYBLIVÁ [1] [2] | [2] NC [1] c |
| 39,986–40,02 | PEVNÁ POHYBLIVÁ Kosmického výzkumu | POHYBLIVÁ [1] [2] Kosmického výzkumu [1] | [2] NC [1] c |
| 40,02–40,98 | PEVNÁ POHYBLIVÁ 5.150 | POHYBLIVÁ [1] [2] 5.150 | [1] C[2] nc |
| 40,98–41 | PEVNÁ POHYBLIVÁ Kosmického výzkumu | POHYBLIVÁ [1] [2] Kosmického výzkumu [1] | [1] C [2] nc |
| 41–41,015 | POHYBLIVÁ [1] [2] | [2] NC [1] c | |
| 41,015–42 | PEVNÁ POHYBLIVÁ | POHYBLIVÁ [1] [2] | [2] NC [1] c |
| 42–42,5 | PEVNÁ POHYBLIVÁ Radiolokační 5.132A \5.161B\ | POHYBLIVÁ [1] [2] | [2] NC [1] c |
| 42,5–44 | PEVNÁ POHYBLIVÁ | POHYBLIVÁ [1] [2] | [2] NC [1] c |
| 44–46 | PEVNÁ POHYBLIVÁ \5.162A\ | POHYBLIVÁ [1] [2] | [1] c [2] NC |
| 46–47 | PEVNÁ POHYBLIVÁ Radiolokační \5.162A\ | PEVNÁ [1] [2] POHYBLIVÁ [1] [2] Radiolokační 5.162A | [2] NC [1] c |
| 47–48,5 | ROZHLASOVÁ POZEMNÍ POHYBLIVÁ \5.164\ Radiolokační \5.162A\ | POZEMNÍ POHYBLIVÁ 5.164 [1] [2] | [2] NC [1] c |
| 48,5–50 | ROZHLASOVÁ POZEMNÍ POHYBLIVÁ \5.164\ Radiolokační\5.162A\ | POZEMNÍ POHYBLIVÁ 5.164 [1] [2] | [1] C [2] nc |
| 50–52 | Amatérská [1] POZEMNÍ POHYBLIVÁ 5.164 [1] [2] | [1] C [2] nc | |
| 52–56,5 | POZEMNÍ POHYBLIVÁ 5.164 [1] [2] | [1] C [2] NC | |
| 56,5–58 | POZEMNÍ POHYBLIVÁ 5.164 [1] [2] Radiolokační 5.162A [1] | [1] C [2] NC | |
| 58–66 | ROZHLASOVÁ POZEMNÍ POHYBLIVÁ \5.164\ Radiolokační \5.162A\ | POZEMNÍ POHYBLIVÁ 5.164 [1] [2] Radiolokační 5.162A [1] | [1] C [2] NC |
| 66–67,5 | POZEMNÍ POHYBLIVÁ 5.164 [1] [2] Radiolokační 5.162A [1] | [2] C [1] nc | |
| 67,5–68 | POZEMNÍ POHYBLIVÁ 5.164 [1] Radiolokační 5.162A [1] | [1] C | |
| 68–70 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé | POHYBLIVÁ [1] [2] | [1] C [2] nc |
| 70–70,45 | POHYBLIVÁ [2] Amatérská CZ5 [1] | [2] NC [1] c | |
| 70,45–73 | POHYBLIVÁ kromě letecké pohyblivé [1] [2] Radioastronomická [1] | [1] C [2] nc | |
| 73–74,6 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé 5.149 | POHYBLIVÁ kromě letecké pohyblivé [1] [2] Radioastronomická [1] 5.149 | [1] C [2] nc |
| 74,6–74,8 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé | POHYBLIVÁ kromě letecké pohyblivé [1] [2] | [1] C [2] nc |
| 74,8–75,2 | LETECKÁ RADIONAVIGAČNÍ 5.180 | LETECKÁ RADIONAVIGAČNÍ [1] [2] 5.180 | [1] C [2] NC |
| 75,2–75,4 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé | POHYBLIVÁ [1] | [1] C |
| 75,4–76,975 | POHYBLIVÁ [1] [2] | [1] C [2] NC | |
| 76,975–87,5 | POHYBLIVÁ [1] [2] | [1] C [2] nc | |
| 87,5–108 | ROZHLASOVÁ | ROZHLASOVÁ [1] | [1] C |
| 108–117,975 | LETECKÁ RADIONAVIGAČNÍ 5.197A | LETECKÁ RADIONAVIGAČNÍ [1] [2] 5.197A | [1] C [2] NC |
| 117,975–132 | LETECKÁ POHYBLIVÁ (R) | LETECKÁ POHYBLIVÁ [1] [2] 5.111 5.200 | [1] C [2] nc |
| 132–137 | 5.111 5.200 | LETECKÁ POHYBLIVÁ [1] [2] | [1] C [2] nc |
| 137–137,025 | KOSMICKÉHO PROVOZU (sestupný směr) DRUŽICOVÁ METEOROLOGICKÁ (sestupný směr) DRUŽICOVÁ POHYBLIVÁ (sestupný směr) 5.208A 5.208B 5.209 KOSMICKÉHO VÝZKUMU (sestupný směr) LETECKÁ POHYBLIVÁ (OR) \5.206\ Pevná Pohyblivá kromě letecké pohyblivé (R) 5.208 | LETECKÁ POHYBLIVÁ (OR) 5.206 [2] Kosmického provozu (sestupný směr) [1] Družicová meteorologická (sestupný směr) [1] DRUŽICOVÁ POHYBLIVÁ (sestupný směr) 5.208A 5.208B 5.209 [2] Kosmického výzkumu (sestupný směr) [1] Pohyblivá kromě letecké pohyblivé (R) [2] 5.208 | [2] NC [1] c |
| 137,025–137,175 | KOSMICKÉHO PROVOZU (sestupný směr) DRUŽICOVÁ METEOROLOGICKÁ (sestupný směr) KOSMICKÉHO VÝZKUMU (sestupný směr) LETECKÁ POHYBLIVÁ (OR) \5.206\ Pevná Družicová pohyblivá (sestupný směr) 5.208A 5.208B 5.209 Pohyblivá kromě letecké pohyblivé (R) 5.208 | LETECKÁ POHYBLIVÁ (OR) 5.206 [2] Kosmického provozu (sestupný směr) [1] Družicová meteorologická (sestupný směr) [1] Družicová pohyblivá (sestupný směr) 5.208A 5.208B 5.209 [1] Pohyblivá kromě letecké pohyblivé (R) [2] Kosmického výzkumu (sestupný směr) [1] 5.208 | [2] NC [1] c |
| 137,175–137,825 | KOSMICKÉHO PROVOZU (sestupný směr) DRUŽICOVÁ METEOROLOGICKÁ (sestupný směr) DRUŽICOVÁ POHYBLIVÁ (sestupný směr) 5.208A 5.208B 5.209 KOSMICKÉHO VÝZKUMU (sestupný směr) LETECKÁ POHYBLIVÁ (OR) \5.206\ Pevná Pohyblivá kromě letecké pohyblivé (R) 5.208 | LETECKÁ POHYBLIVÁ (OR) 5.206 [2] Kosmického provozu (sestupný směr) [1] Družicová meteorologická (sestupný směr) [1] Pohyblivá kromě letecké pohyblivé (R) [2] DRUŽICOVÁ POHYBLIVÁ (sestupný směr) 5.208A 5.208B 5.209 [2] Kosmického výzkumu (sestupný směr) [1] 5.208 | [2] NC [1] c |
| 137,825–138 | KOSMICKÉHO PROVOZU (sestupný směr) DRUŽICOVÁ METEOROLOGICKÁ (sestupný směr) KOSMICKÉHO VÝZKUMU (sestupný směr) LETECKÁ POHYBLIVÁ (OR) \5.206\ Družicová pohyblivá (sestupný směr) 5.208A 5.208B 5.209 Pevná Pohyblivá kromě letecké pohyblivé (R) 5.208 | LETECKÁ POHYBLIVÁ (OR) 5.206 [2] Kosmického provozu (sestupný směr) [1] Družicová meteorologická (sestupný směr) [1] Pohyblivá kromě letecké pohyblivé (R) [2] DRUŽICOVÁ POHYBLIVÁ (sestupný směr) 5.208A 5.208B 5.209 [2] Kosmického výzkumu (sestupný směr) [1] 5.208 | [2] NC [1] c |
| 138–143,6 | LETECKÁ POHYBLIVÁ (OR) Kosmického výzkumu (sestupný směr) \5.210\ 5.211 | LETECKÁ POHYBLIVÁ (OR) [2] Pozemní pohyblivá [2] Kosmického výzkumu (sestupný směr) 5.210 [1] | [2] NC [1] c |
| 143,6–143,65 | LETECKÁ POHYBLIVÁ (OR) KOSMICKÉHO VÝZKUMU (sestupný směr) 5.211 | LETECKÁ POHYBLIVÁ (OR) [2] Pozemní pohyblivá [2] Kosmického výzkumu (sestupný směr) [1] | [2] NC [1] c |
| 143,65–144 | LETECKÁ POHYBLIVÁ (OR) Kosmického výzkumu (sestupný směr) \5.210\ 5.211 | LETECKÁ POHYBLIVÁ (OR) [2] Pozemní pohyblivá [2] Kosmického výzkumu (sestupný směr) 5.210 [1] | [2] NC [1] c |
| 144–146 | AMATÉRSKÁ DRUŽICOVÁ AMATÉRSKÁ 5.216 | AMATÉRSKÁ [1] DRUŽICOVÁ AMATÉRSKÁ [1] | [1] C |
| 146–148 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé (R) | POHYBLIVÁ kromě letecké pohyblivé (R) [1] | [1] C |
| 148–149,9 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé (R) DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) 5.209 5.218 5.219 | POHYBLIVÁ kromě letecké pohyblivé (R) [1] DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) 5.209 [1] 5.218 5.219 | [1] C |
| 149,9–150,05 | DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) 5.209 5.220 | POHYBLIVÁ kromě letecké pohyblivé (R) [1] DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) 5.209 5.220 [1] | [1] C |
| 150,05–153 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé RADIOASTRONOMICKÁ 5.149 | POHYBLIVÁ kromě letecké pohyblivé [1] RADIOASTRONOMICKÁ [1] 5.149 | [1] C |
| 153–153,55 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé (R) Pomocná meteorologická | POHYBLIVÁ kromě letecké pohyblivé (R) [1] Pomocná meteorologická [1] | [1] C |
| 153,55–154 | POHYBLIVÁ kromě letecké pohyblivé (R) [1] [2] Pomocná meteorologická [1] | [1] C [2] NC | |
| 154–155,5 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé (R) 5.226 | POHYBLIVÁ kromě letecké pohyblivé (R) [1] [2] | [2] NC [1] c |
| 155,5–156,4875 | POHYBLIVÁ kromě letecké pohyblivé (R) [1] [2] 5.226 | [1] C [2] nc | |
| 156,4875–156,5625 | NÁMOŘNÍ POHYBLIVÁ (tíseň a volání DSC 5.111 5.226 5.227 | NÁMOŘNÍ POHYBLIVÁ (tíseň a volání DSC) [1] 5.111 5.226 5.227 | [1] C |
| 156,5625–156,7625 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé (R) 5.226 | POHYBLIVÁ kromě letecké pohyblivé (R) [1] 5.226 | [1] C |
| 156,7625–156,7875 | NÁMOŘNÍ POHYBLIVÁ Družicová pohyblivá (vzestupný směr) 5.111 5.226 5.228 | POHYBLIVÁ kromě letecké pohyblivé [1] NÁMOŘNÍ POHYBLIVÁ [1] 5.226 5.228 | [1] C |
| 156,7875–156,8125 | NÁMOŘNÍ POHYBLIVÁ (tíseň a volání) 5.111 5.226 | NÁMOŘNÍ POHYBLIVÁ (tíseň a volání) [1] 5.111 5.226 | [1] C |
| 156,8125–156,8375 | NÁMOŘNÍ POHYBLIVÁ Družicová pohyblivá (vzestupný směr) 5.111 5.226 5.228 | NÁMOŘNÍ POHYBLIVÁ [1] Družicová pohyblivá (vzestupný směr) 5.226 5.228 | [1] C |
| 156,8375–161.9375 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé 5.226 | POHYBLIVÁ kromě letecké pohyblivé [1] [2] 5.226 CZ9 | [1] C [2] NC |
| 161.9375–161,9625 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé Družicová námořní pohyblivá (vzestupný směr) 5.228AA 5.226 | POHYBLIVÁ kromě letecké pohyblivé [1] Družicová námořní pohyblivá (vzestupný směr) 5.228AA 5.226 | [1] C |
| 161,9625–161,9875 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé Družicová pohyblivá (vzestupný směr) 5.228F 5.226 5.228A 5.228B | POHYBLIVÁ kromě letecké pohyblivé [1] Družicová pohyblivá (vzestupný směr) 5.228F 5.226 5.228A 5.228B | [1] C |
| 161,9875–162,0125 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé Družicová námořní pohyblivá (vzestupný směr) 5.228AA 5.226 | POHYBLIVÁ kromě letecké pohyblivé [1] Družicová námořní pohyblivá (vzestupný směr) 5.228AA 5.226 | [1] C |
| 162,0125–162,0375 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé Družicová pohyblivá (vzestupný směr) 5.228F 5.226 5.228A 5.228B | POHYBLIVÁ kromě letecké pohyblivé [1] Družicová pohyblivá (vzestupný směr) 5.228F [1] 5.226 5.228A 5.228B | [1] C |
| 162,0375–174 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé 5.226 | POHYBLIVÁ kromě letecké pohyblivé [1] [2] 5.226 | [1] C [2] NC |
| 174–223 | ROZHLASOVÁ | ROZHLASOVÁ [1] POZEMNÍ POHYBLIVÁ [1] | [1] C |
| 223–230 | ROZHLASOVÁ Pevná Pohyblivá | ROZHLASOVÁ [1] POZEMNÍ POHYBLIVÁ [1] | [1] C |
| 230–235 | PEVNÁ POHYBLIVÁ | POHYBLIVÁ [2] | [2] NC |
| 235–242,95 | PEVNÁ POHYBLIVÁ | POHYBLIVÁ [2] | [2] NC |
| 242,95–243,05 | POHYBLIVÁ [1] [2] 5.111 5.254 5.256 | [1] C [2] NC | |
| 243,05–267 | 5.111 5.254 5.256 | POHYBLIVÁ [2] 5.254 | [2] NC |
| 267–272 | PEVNÁ POHYBLIVÁ Kosmického provozu (sestupný směr) 5.254 5.257 | POHYBLIVÁ [2] 5.254 5.257 | [2] NC |
| 272–273 | KOSMICKÉHO PROVOZU (sestupný směr) PEVNÁ POHYBLIVÁ 5.254 | POHYBLIVÁ [2] 5.254 | [2] NC |
| 273–312 | PEVNÁ POHYBLIVÁ 5.254 | POHYBLIVÁ [2] 5.254 | [2] NC |
| 312–315 | PEVNÁ POHYBLIVÁ Družicová pohyblivá (vzestupný směr) 5.254 5.255 | POHYBLIVÁ [2] 5.254 5.255 | [2] NC |
| 315–322 | PEVNÁ POHYBLIVÁ 5.254 | POHYBLIVÁ [2] 5.254 | [2] NC |
| 322–328,6 | PEVNÁ POHYBLIVÁ RADIOASTRONOMICKÁ 5.149 | POHYBLIVÁ [2] 5.149 | [2] NC |
| 328,6–335,4 | LETECKÁ RADIONAVIGAČNÍ 5.258 | LETECKÁ RADIONAVIGAČNÍ 5.258 [1] [2] | [1] C [2] NC |
| 335,4–380 | PEVNÁ POHYBLIVÁ | POHYBLIVÁ [2] 5.254 | [2] NC |
| 380–382,25 | POHYBLIVÁ [1] [2] 5.254 | [1] C [2] nc | |
| 382,25–385 | POHYBLIVÁ [1] [2] 5.254 | [1] C [2] nc | |
| 385–387 | 5.254 | POHYBLIVÁ [2] 5.254 | [2] NC |
| 387–390 | PEVNÁ POHYBLIVÁ Družicová pohyblivá (sestupný směr) 5.208A 5.208B 5.254 5.255 | POHYBLIVÁ [2] 5.208A 5.208B 5.254 5.255 | [2] NC |
| 390–392,25 | PEVNÁ POHYBLIVÁ | POHYBLIVÁ [1] [2] 5.254 | [1] C [2] nc |
| 392,25–395 | POHYBLIVÁ [1] [2] 5.254 | [1] C [2] nc | |
| 395–399,9 | 5.254 | POHYBLIVÁ [2] 5.254 | [2] NC |
| 399,9–400,05 | DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) 5.209 5.220 | DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) 5.209 5.220 [1] | [1] C |
| 400,05–400,15 | DRUŽICOVÁ SLUŽBA KMITOČTOVÝCH NORMÁLŮ A ČASOVÝCH SIGNÁLŮ 5.261 | DRUŽICOVÁ SLUŽBA KMITOČTOVÝCH NORMÁLŮ A ČASOVÝCH SIGNÁLŮ [1] 5.261 | [1] C |
| 400,15–401 | POMOCNÁ METEOROLOGICKÁ DRUŽICOVÁ METEOROLOGICKÁ (sestupný směr) DRUŽICOVÁ POHYBLIVÁ (sestupný směr) 5.208A 5.208B 5.209 KOSMICKÉHO VÝZKUMU (sestupný směr) 5.263 Kosmického provozu (sestupný směr) 5.264 | POMOCNÁ METEOROLOGICKÁ [1] DRUŽICOVÁ METEOROLOGICKÁ (sestupný směr) [1] DRUŽICOVÁ POHYBLIVÁ (sestupný směr) [1] KOSMICKÉHO VÝZKUMU (sestupný směr) [1] Kosmického provozu (sestupný směr) [1] 5.264 | [1] C |
| 401–402 | POMOCNÁ METEOROLOGICKÁ KOSMICKÉHO PROVOZU (sestupný směr) DRUŽICOVÉHO PRŮZKUMU ZEMĚ (vzestupný směr) DRUŽICOVÁ METEOROLOGICKÁ (vzestupný směr) Pevná Pohyblivá kromě letecké pohyblivé | POMOCNÁ METEOROLOGICKÁ [1] KOSMICKÉHO PROVOZU (sestupný směr) [1] DRUŽICOVÉHO PRŮZKUMU ZEMĚ (vzestupný směr) [1] DRUŽICOVÁ METEOROLOGICKÁ (vzestupný směr) [1] CZ9 | [1] C |
| 402–403 | POMOCNÁ METEOROLOGICKÁ DRUŽICOVÉHO PRŮZKUMU ZEMĚ (vzestupný směr) DRUŽICOVÁ METEOROLOGICKÁ (vzestupný směr) Pevná Pohyblivá kromě letecké pohyblivé | POMOCNÁ METEOROLOGICKÁ [1] [2] DRUŽICOVÉHO PRŮZKUMU ZEMĚ (vzestupný směr) [1] DRUŽICOVÁ METEOROLOGICKÁ (vzestupný směr) [1] Pohyblivá kromě letecké pohyblivé [1] CZ9 | [1] C [2] nc |
| 403–405 | POMOCNÁ METEOROLOGICKÁ Pevná Pohyblivá kromě letecké pohyblivé | POMOCNÁ METEOROLOGICKÁ [1] [2] | [1] C [2] nc |
| 405–406 | 5.265 | POMOCNÁ METEOROLOGICKÁ [1] [2] POHYBLIVÁ kromě letecké pohyblivé [2] 5.265 | [1] C [2] nc |
| 406–406,1 | DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) 5.265 5.266 5.267 | DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) [1] 5.265 5.266 5.267 | [1] C |
| 406,1–410 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé RADIOASTRONOMICKÁ 5.149 5.265 | POZEMNÍ POHYBLIVÁ [1] [2] RADIOASTRONOMICKÁ [1] 5.149 5.265 | [1] C [2] nc |
| 410–415 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé KOSMICKÉHO VÝZKUMU (družice-družice) 5.268 | POHYBLIVÁ kromě letecké pohyblivé [1] [2] Kosmického výzkumu (družice-družice) 5.268 [1] | [1] C [2] nc |
| 415–420 | POHYBLIVÁ kromě letecké pohyblivé [1] [2] Kosmického výzkumu (družice-družice) 5.268 [1] | [1] C [2] nc | |
| 420–430 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé Radiolokační | POHYBLIVÁ kromě letecké pohyblivé [1] [2] Radiolokační [1] | [1] C [2] nc |
| 430–432 | AMATÉRSKÁ RADIOLOKAČNÍ | AMATÉRSKÁ [1] RADIOLOKAČNÍ [1] [2] Pozemní pohyblivá [1] [2] | [1] C [2] nc |
| 432–438 | AMATÉRSKÁ DRUŽICOVÁ AMATÉRSKÁ 5.282 RADIOLOKAČNÍ Družicového průzkumu Země (aktivní) 5.279A 5.138 5.280 | AMATÉRSKÁ [1] DRUŽICOVÁ AMATÉRSKÁ 5.282 [1] RADIOLOKAČNÍ [1] [2] Družicového průzkumu Země (aktivní) 5.279A [1] Pozemní pohyblivá [1] [2] 5.138 | [1] C [2] nc |
| 438–440 | AMATÉRSKÁ RADIOLOKAČNÍ | AMATÉRSKÁ [1] RADIOLOKAČNÍ [1] [2] Pozemní pohyblivá [1] | [1] C [2] NC |
| 440–448 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé Radiolokační | POHYBLIVÁ kromě letecké pohyblivé [1] [2] Radiolokační [1] [2] CZ9 | [1] C [2] nc |
| 448–450 | 5.286 | POHYBLIVÁ kromě letecké pohyblivé [1] Radiolokační [1] [2] 5.286 | [1] C [2] nc |
| 450–455 | PEVNÁ POHYBLIVÁ 5.286AA 5.209 5.286 5.286A | POHYBLIVÁ 5.286AA [1] 5.209 5.286 5.286A | [1] C |
| 455–456 | PEVNÁ POHYBLIVÁ 5.286AA 5.209 5.286A | POHYBLIVÁ 5.286AA [1] 5.209 5.286A | [1] C |
| 456–459 | PEVNÁ POHYBLIVÁ 5.286AA 5.287 | POHYBLIVÁ 5.286AA [1] 5.287 | [1] C |
| 459–460 | PEVNÁ POHYBLIVÁ 5.286AA 5.209 5.286A | POHYBLIVÁ 5.286AA [1] 5.209 5.286A | [1] C |
| 460–470 | PEVNÁ POHYBLIVÁ 5.286AA Družicová meteorologická (sestupný směr) 5.287 5.289 | POHYBLIVÁ 5.286AA [1] 5.287 5.289 | [1] C |
| 470–694 | ROZHLASOVÁ Radioastronomická 5.306 5.149 \5.291A\ \5.296\ 5.311A | ROZHLASOVÁ [1] Radioastronomická [1] Pozemní pohyblivá [1] Radiolokační \5.291A\ [1] 5.149 5.291A 5.296 5.311A | [1] C |
| 694–790 | POHYBLIVÁ kromě letecké pohyblivé 5.312A 5.317A ROZHLASOVÁ 5.311A 5.312 | POHYBLIVÁ kromě letecké pohyblivé 5.312A 5.317A [1] ROZHLASOVÁ [1] 5.311A | [1] C |
| 790-862 | PEVNÁ ROZHLASOVÁ POHYBLIVÁ kromě letecké pohyblivé 5.316B 5.317A | POHYBLIVÁ kromě letecké pohyblivé 5.316B 5.317A [1] | [1] C |
| 862–890 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé 5.317A 5.323 | POHYBLIVÁ kromě letecké pohyblivé 5.317A [1] [2] | [1] C [2]nc |
| 890–942 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé 5.317A Radiolokační | POHYBLIVÁ kromě letecké pohyblivé 5.317A [1] [2] | [1] C [2] nc |
| 942–960 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé 5.317A | POHYBLIVÁ kromě letecké pohyblivé 5.317A [1] | [1] C |
| 960–1145 | LETECKÁ RADIONAVIGAČNÍ 5.328 LETECKÁ POHYBLIVÁ (R) 5.327A | LETECKÁ RADIONAVIGAČNÍ 5.328 [1] [2] LETECKÁ POHYBLIVÁ 5.327A [1] [2] 5.328AA | [1] C [2] NC |
| 1145–1164 | 5.328AA | LETECKÁ RADIONAVIGAČNÍ 5.328 [1] [2] LETECKÁ POHYBLIVÁ 5.327A [1] [2] Pevná [1] | [1] C [2] NC |
| 1164–1215 | LETECKÁ RADIONAVIGAČNÍ 5.328 DRUŽICOVÁ RADIONAVIGAČNÍ (sestupný směr) (družice-družice) 5.328B 5.328A | LETECKÁ RADIONAVIGAČNÍ 5.328 [1] [2] DRUŽICOVÁ RADIONAVIGAČNÍ (sestupný směr) (družice-družice) 5.328B [1] [2] Pevná [1] 5.328A | [1] C [2] NC |
| 1215–1240 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) RADIOLOKAČNÍ DRUŽICOVÁ RADIONAVIGAČNÍ (sestupný směr) (družice-družice) 5.328B 5.329 5.329A KOSMICKÉHO VÝZKUMU (aktivní) 5.331 5.332 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) [1] RADIOLOKAČNÍ [1] [2] DRUŽICOVÁ RADIONAVIGAČNÍ (sestupný směr) (družice-družice) 5.328B 5.329 5.329A [1] [2] KOSMICKÉHO VÝZKUMU (aktivní) [1] 5.332 | [1] C [2] NC |
| 1240–1300 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) RADIOLOKAČNÍ DRUŽICOVÁ RADIONAVIGAČNÍ (sestupný směr) (družice-družice) 5.328B 5.329 5.329A KOSMICKÉHO VÝZKUMU (aktivní) Amatérská 5.282 5.330 5.331 5.332 5.335A | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) [1] RADIOLOKAČNÍ [1] [2]] DRUŽICOVÁ RADIONAVIGAČNÍ (sestupný směr) (družice-družice) 5.328B 5.329 5.329A [1] [2] KOSMICKÉHO VÝZKUMU (aktivní) [1] Amatérská [1] 5.282 5.331 5.332 5.335A | [1] C [2] NC |
| 1300–1350 | RADIOLOKAČNÍ LETECKÁ RADIONAVIGAČNÍ 5.337 DRUŽICOVÁ RADIONAVIGAČNÍ (vzestupný směr) 5.149 5.337A | RADIOLOKAČNÍ [1] [2] LETECKÁ RADIONAVIGAČNÍ 5.337 [1] [2] DRUŽICOVÁ RADIONAVIGAČNÍ (vzestupný směr) [1] [2] 5.149 5.337A | [1] C [2] NC |
| 1350–1400 | PEVNÁ POHYBLIVÁ RADIOLOKAČNÍ Družicového průzkumu Země (pasivní) Kosmického výzkumu (pasivní) 5.149 5.338 5.338A 5.339 | PEVNÁ [1] POHYBLIVÁ [1] [2] RADIOLOKAČNÍ [1] [2] Družicového průzkumu Země (pasivní) [1] Kosmického výzkumu (pasivní) [1] 5.149 5.338A 5.339 | [1] C [2] NC |
| 1400–1427 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) RADIOASTRONOMICKÁ KOSMICKÉHO VÝZKUMU (pasivní) 5.340 5.341 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] RADIOASTRONOMICKÁ [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] 5.340 5.341 | [1] C |
| 1427–1429 | KOSMICKÉHO PROVOZU (vzestupný směr) PEVNÁ POHYBLIVÁ kromě letecké pohyblivé 5.341A 5.338A 5.341 | KOSMICKÉHO PROVOZU (vzestupný směr) [1] PEVNÁ [1] POHYBLIVÁ kromě letecké pohyblivé [2] 5.341A 5.338A 5.341 | [2] NC [1] c |
| 1429–1452 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé 5.341A 5.338A 5.341 | PEVNÁ [1] POHYBLIVÁ kromě letecké pohyblivé [1] [2] 5.341A 5.338A 5.341 | [1] C [2] NC |
| 1452–1492 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé ROZHLASOVÁ 5.345 DRUŽICOVÁ ROZHLASOVÁ 5.208B 5.345 5.341 | POHYBLIVÁ kromě letecké pohyblivé [1] ROZHLASOVÁ 5.345 [1] Družicová rozhlasová 5.208B 5.345 [1] Pevná [1] 5.341 | [1] C |
| 1492–1518 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé 5.341A 5.341 | PEVNÁ [1] POHYBLIVÁ kromě letecké pohyblivé 5.341A [1] [2] 5.341 | [2] NC [1] c |
| 1518–1525 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé DRUŽICOVÁ POHYBLIVÁ (sestupný směr) 5.348 5.351A 5.341 | PEVNÁ [1] POHYBLIVÁ kromě letecké pohyblivé [1] [2] DRUŽICOVÁ POHYBLIVÁ (sestupný směr) 5.348 5.351A [1] 5.341 | [1] C [2] NC |
| 1525–1530 | KOSMICKÉHO PROVOZU (sestupný směr) PEVNÁ DRUŽICOVÁ POHYBLIVÁ (sestupný směr) 5.208B 5.351A Družicového průzkumu Země Pohyblivá kromě letecké pohyblivé 5.341 5.351 5.354 | KOSMICKÉHO PROVOZU (sestupný směr) [1] PEVNÁ [1] DRUŽICOVÁ POHYBLIVÁ (sestupný směr) 5.208B 5.351A [1] [2] Družicového průzkumu Země [1] Pohyblivá kromě letecké pohyblivé [1] [2] 5.341 5.351 5.354 | [1] C [2] nc |
| 1530–1535 | KOSMICKÉHO PROVOZU (sestupný směr) DRUŽICOVÁ POHYBLIVÁ (sestupný směr) 5.208B 5.351A 5.353A Družicového průzkumu Země Pevná Pohyblivá kromě letecké pohyblivé 5.341 5.351 5.354 | KOSMICKÉHO PROVOZU (sestupný směr) [1] DRUŽICOVÁ POHYBLIVÁ (sestupný směr) 5.208B 5.351A 5.353A [1] [2] Družicového průzkumu Země [1] Pevná [1] [2] Pohyblivá kromě letecké pohyblivé [1] [2] 5.341 5.351 5.354 | [1] C [2] nc |
| 1535–1544 | DRUŽICOVÁ POHYBLIVÁ (sestupný směr) 5.208B 5.351A | DRUŽICOVÁ POHYBLIVÁ (sestupný směr) 5.208B 5.351A [1] [2] 5.341 5.351 5.353A 5.354 | [1] C [2] nc |
| 1544–1545 | DRUŽICOVÁ POHYBLIVÁ (sestupný směr) 5.208B [1] [2] 5.341 5.354 5.356 | [1] C [2] nc | |
| 1545–1555 | DRUŽICOVÁ POHYBLIVÁ (sestupný směr) 5.208B 5.351A [1] [2] 5.341 5.351 5.354 5.357 5.357A | [1] C [2] nc | |
| 1555–1559 | 5.341 5.351 5.353A 5.354 5.356 5.357 5.357A | DRUŽICOVÁ POHYBLIVÁ (sestupný směr) 5.208B 5.351A [1] [2] 5.341 5.351 5.354 | [1] C [2] nc |
| 1559–1610 | LETECKÁ RADIONAVIGAČNÍ DRUŽICOVÁ RADIONAVIGAČNÍ (sestupný směr) (družice-družice) 5.208B 5.328B 5.329A 5.341 | LETECKÁ RADIONAVIGAČNÍ [1] [2] DRUŽICOVÁ RADIONAVIGAČNÍ (sestupný směr) (družice–družice) 5.208B 5.328B 5.329A [1] [2] 5.341 | [1] C [2] NC |
| 1610–1610,6 | DRUŽICOVÁ LETECKÁ POHYBLIVÁ (R) 5.367 DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) 5.351A 5.364 LETECKÁ RADIONAVIGAČNÍ Družicového rádiového určování (vzestupný směr) 5.364 5.371 5.341 5.366 5.368 5.372 | DRUŽICOVÁ LETECKÁ POHYBLIVÁ (R) 5.367 [1] [2]DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) 5.351A 5.364 [1] LETECKÁ RADIONAVIGAČNÍ [1] [2] Družicového rádiového určování (vzestupný směr) 5.364 [1] [2] 5.341 5.366 5.368 5.371 5.372 | [1] C [2] nc [1] C [2] NC |
| 1610,6–1613,8 | DRUŽICOVÁ LETECKÁ POHYBLIVÁ (R) 5.367 DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) 5.351A RADIOASTRONOMICKÁ LETECKÁ RADIONAVIGAČNÍ Družicového rádiového určování (vzestupný směr) 5.371 5.149 5.341 5.364 5.366 5.368 5.372 | DRUŽICOVÁ LETECKÁ POHYBLIVÁ (R) 5.367 [1] [2]DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) 5.351A [1] RADIOASTRONOMICKÁ RADIONAVIGAČNÍ [1] [2] Družicového rádiového určování (vzestupný směr) 5.371 [2] 5.149 5.341 5.364 5.366 5.368 5.372 | [1] C [2] NC |
| 1613,8–1626,5 | DRUŽICOVÁ LETECKÁ POHYBLIVÁ (R) 5.367 DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) 5.351A 5.364 LETECKÁ RADIONAVIGAČNÍ Družicová pohyblivá (sestupný směr) 5.208B 5.365 Družicového rádiového určování (vzestupný směr) 5.364 5.371 5.341 5.366 5.368 5.372 | DRUŽICOVÁ LETECKÁ POHYBLIVÁ (R) 5.367 [1] [2] DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) 5.351A 5.364 [1] LETECKÁ RADIONAVIGAČNÍ [1] [2] Družicová pohyblivá (sestupný směr) 5.208B 5.365 [1] Družicového rádiového určování (vzestupný směr) 5.364 5.371 [2] 5.341 5.366 5.368 5.372 | [1] C [2] NC |
| 1626,5–1645,5 | DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) 5.351A 5.341 5.351 5.353A 5.354 5.357A 5.374 5.375 5.376 | DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) 5.351A [1] [2] 5.341 5.351 5.353A 5.354 5.374 | [1] C [2] nc |
| 1645,5–1646,5 | DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) 5.351A [1] [2] 5.341 5.354 5.375 | [1] C [2] nc | |
| 1646,5–1656,5 | DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) 5.351A [1] [2] 5.341 5.351 5.354 5.357A 5.376 | [1] C [2] nc | |
| 1656,5–1660 | DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) 5.351A [1] [2] 5.341 5.351 5.354 5.374 | [1] C [2] nc | |
| 1660–1660,5 | DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) 5.351A RADIOASTRONOMICKÁ 5.149 5.341 5.351 5.354 5.376A | DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) 5.351A [1] [2] RADIOASTRONOMICKÁ [1] 5.149 5.341 5.351 5.354 5.376A | [1] C [2] nc |
| 1660,5–1668 | RADIOASTRONOMICKÁ KOSMICKÉHO VÝZKUMU (pasivní) Pevná Pohyblivá kromě letecké pohyblivé 5.149 5.341 5.379A | RADIOASTRONOMICKÁ [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] Pevná [2] Pohyblivá kromě letecké pohyblivé [2] 5.149 5.341 5.379A | [1] C [2] nc |
| 1668–1668,4 | DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) 5.351A 5.379B 5.379C RADIOASTRONOMICKÁ KOSMICKÉHO VÝZKUMU (pasivní) Pevná Pohyblivá kromě letecké pohyblivé 5.149 5.341 5.379A | DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) 5.351A 5.379B 5.379C [1] RADIOASTRONOMICKÁ [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] Pevná [2] Pohyblivá kromě letecké pohyblivé [2] 5.149 5.341 5.379A | [1] C [2] nc |
| 1668,4–1670 | POMOCNÁ METEOROLOGICKÁ PEVNÁ POHYBLIVÁ kromě letecké pohyblivé DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) 5.351A 5.379B 5.379C RADIOASTRONOMICKÁ 5.149 5.341 5.379D | POMOCNÁ METEOROLOGICKÁ [1] PEVNÁ [1] [2] POHYBLIVÁ kromě letecké pohyblivé [2] DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) 5.351A 5.379B 5.379C [1] RADIOASTRONOMICKÁ [1] 5.149 5.341 5.379D | [1] C [2] NC |
| 1670–1675 | POMOCNÁ METEOROLOGICKÁ PEVNÁ DRUŽICOVÁ METEOROLOGICKÁ (sestupný směr) POHYBLIVÁ DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) 5.351A 5.379B 5.341 5.379D 5.380A | POMOCNÁ METEOROLOGICKÁ [1] DRUŽICOVÁ METEOROLOGICKÁ (sestupný směr) [1] POHYBLIVÁ [1] [2] DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) 5.351A 5.379B [1] Pevná [2] 5.341 5.379D 5.380A | [1] C [2] nc |
| 1675–1690 | POMOCNÁ METEOROLOGICKÁ PEVNÁ DRUŽICOVÁ METEOROLOGICKÁ (sestupný směr) POHYBLIVÁ kromě letecké pohyblivé 5.341 | POMOCNÁ METEOROLOGICKÁ [1] PEVNÁ [1] [2] DRUŽICOVÁ METEOROLOGICKÁ (sestupný směr) [1] POHYBLIVÁ kromě letecké pohyblivé [2] 5.341 | [1] C [2] NC |
| 1690–1700 | POMOCNÁ METEOROLOGICKÁ DRUŽICOVÁ METEOROLOGICKÁ (sestupný směr) Pevná Pohyblivá kromě letecké pohyblivé 5.289 5.341 | POMOCNÁ METEOROLOGICKÁ [1] DRUŽICOVÁ METEOROLOGICKÁ (sestupný směr) [1] Pevná [1] [2] Pohyblivá kromě letecké pohyblivé [2] 5.289 5.341 | [1] C [2] nc |
| 1700–1710 | PEVNÁ DRUŽICOVÁ METEOROLOGICKÁ (sestupný směr) POHYBLIVÁ kromě letecké pohyblivé 5.289 5.341 | PEVNÁ [1] [2] DRUŽICOVÁ METEOROLOGICKÁ (sestupný směr) [1] POHYBLIVÁ kromě letecké pohyblivé [2] 5.289 5.341 | [1] C [2] NC |
| 1710–1770 | PEVNÁ POHYBLIVÁ 5.384A Radioastronomická 5.385 5.149 5.341 | PEVNÁ [1] POHYBLIVÁ 5.384A [1] Radioastronomická 5.385 [1] 5.149 5.341 | [1] C |
| 1770–1790 | PEVNÁ POHYBLIVÁ 5.384A | PEVNÁ [1] POHYBLIVÁ 5.384A [1] [2] | [1] C [2] nc |
| 1790–1900 | PEVNÁ POHYBLIVÁ 5.384A 5.388A 5.388 | PEVNÁ [1] POHYBLIVÁ 5.384A 5.388A [1] [2] 5.388 | [1] C [2] nc |
| 1900–1930 | PEVNÁ [1] POHYBLIVÁ 5.388A [1] [2] 5.388 | [1] C [2] nc | |
| 1930–1970 | PEVNÁ POHYBLIVÁ 5.388A 5.388 | PEVNÁ [1] POHYBLIVÁ 5.388A [1] 5.388 | [1] C |
| 1970–1980 | PEVNÁ POHYBLIVÁ 5.388A 5.388 | PEVNÁ [1] POHYBLIVÁ 5.388A [1] 5.388 | [1] C |
| 1980–2010 | PEVNÁ POHYBLIVÁ DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) 5.351A 5.389A 5.388 | DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) 5.351A 5.389A [1] Pevná [1] Pohyblivá [1] 5.388 | [1] C |
| 2010–2025 | PEVNÁ POHYBLIVÁ 5.388A 5.388 | PEVNÁ [1] POHYBLIVÁ 5.388A [1] 5.388 | [1] C |
| 2025–2110 | KOSMICKÉHO PROVOZU (vzestupný směr) (družice-družice) DRUŽICOVÉHO PRŮZKUMU ZEMĚ (vzestupný směr) (družice-družice) PEVNÁ POHYBLIVÁ 5.391 KOSMICKÉHO VÝZKUMU (vzestupný směr) (družice-družice) 5.392 | KOSMICKÉHO PROVOZU (vzestupný směr) (družice-družice) [1] DRUŽICOVÉHO PRŮZKUMU ZEMĚ (vzestupný směr) (družice-družice) [1] PEVNÁ [1] [2] POHYBLIVÁ 5.391 CZ6 [1] [2] KOSMICKÉHO VÝZKUMU (vzestupný směr) (družice-družice) [1] 5.392 | [1] C [2] NC |
| 2110–2120 | PEVNÁ POHYBLIVÁ 5.388A KOSMICKÉHO VÝZKUMU (daleký kosmos) (vzestupný směr) 5.388 | PEVNÁ [1] POHYBLIVÁ 5.388A [1] KOSMICKÉHO VÝZKUMU (daleký kosmos) (vzestupný směr) [1] 5.388 | [1] C |
| 2120–2170 | PEVNÁ POHYBLIVÁ 5.388A 5.388 | PEVNÁ [1] POHYBLIVÁ 5.388A [1] 5.388 | [1] C |
| 2170–2200 | PEVNÁ POHYBLIVÁ DRUŽICOVÁ POHYBLIVÁ (sestupný směr) 5.351A 5.389A 5.388 | DRUŽICOVÁ POHYBLIVÁ (sestupný směr) 5.351A 5.389A [1] Pevná [1] Pohyblivá [1] 5.388 | [1] C |
| 2200–2290 | KOSMICKÉHO PROVOZU (sestupný směr) (družice-družice) DRUŽICOVÉHO PRŮZKUMU ZEMĚ (sestupný směr) (družice-družice) PEVNÁ POHYBLIVÁ 5.391 KOSMICKÉHO VÝZKUMU (sestupný směr) (družice-družice) 5.392 | KOSMICKÉHO PROVOZU (sestupný směr) (družice-družice) [1] DRUŽICOVÉHO PRŮZKUMU ZEMĚ (sestupný směr) (družice-družice) [1] PEVNÁ [1] [2] POHYBLIVÁ 5.391 CZ6 [1] [2] KOSMICKÉHO VÝZKUMU (sestupný směr) (družice-družice) [1] 5.392 | [1] C [2] NC |
| 2290–2300 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé KOSMICKÉHO VÝZKUMU (daleký kosmos) (sestupný směr) | PEVNÁ [1] POHYBLIVÁ kromě letecké pohyblivé [1] KOSMICKÉHO VÝZKUMU (daleký kosmos) (sestupný směr) [1] | [1] C |
| 2300–2450 | PEVNÁ POHYBLIVÁ 5.384A Amatérská Družicová amatérská 5.282 Radiolokační 5.150 5.395 | PEVNÁ [1] [2] POHYBLIVÁ 5.384A [1] [2] Amatérská [1] Družicová amatérská 5.282 [1] 5.150 | [2] nc |
| 2450–2483,5 | PEVNÁ POHYBLIVÁ Radiolokační 5.150 | PEVNÁ [1] POHYBLIVÁ [1] 5.150 | [1] C |
| 2483,5–2500 | PEVNÁ POHYBLIVÁ DRUŽICOVÁ POHYBLIVÁ (sestupný směr) 5.351A Radiolokační DRUŽICOVÉHO RÁDIOVÉHO URČOVÁNÍ (sestupný směr) 5.398 5.150 5.402 | PEVNÁ [1] POHYBLIVÁ [1] DRUŽICOVÁ POHYBLIVÁ (sestupný směr) 5.351A [1] DRUŽICOVÉHO RÁDIOVÉHO URČOVÁNÍ (sestupný směr) 5.398 [1] 5.150 5.402 | [1] C |
| 2500–2520 | PEVNÁ 5.410 POHYBLIVÁ kromě letecké pohyblivé 5.384A | Pevná 5.410 [1]POHYBLIVÁ kromě letecké pohyblivé 5.384A [1] | [1] C |
| 2520–2655 | PEVNÁ 5.410 POHYBLIVÁ kromě letecké pohyblivé 5.384A DRUŽICOVÁ ROZHLASOVÁ 5.413 5.416 Družicového průzkumu Země (pasivní) 5.339 Kosmického výzkumu (pasivní) 5.339 5.418B 5.418C | PEVNÁ 5.410 [1] POHYBLIVÁ kromě letecké pohyblivé 5.384A [1] Družicového průzkumu Země (pasivní) [1] Kosmického výzkumu (pasivní) [1] 5.418B 5.418C | [1] C |
| 2655–2670 | PEVNÁ 5.410 POHYBLIVÁ kromě letecké pohyblivé 5.384A DRUŽICOVÁ ROZHLASOVÁ 5.208B 5.413 5.416 Družicového průzkumu Země (pasivní) Radioastronomická Kosmického výzkumu (pasivní) 5.149 | PEVNÁ 5.410 [1] POHYBLIVÁ kromě letecké pohyblivé 5.384A [1] Družicového průzkumu Země (pasivní) [1] Radioastronomická [1] Kosmického výzkumu (pasivní) [1] 5.149 | [1] C |
| 2670–2690 | PEVNÁ 5.410 POHYBLIVÁ kromě letecké pohyblivé 5.384A Družicového průzkumu Země (pasivní) Radioastronomická Kosmického výzkumu (pasivní) 5.149 | Pevná 5.410 [1] POHYBLIVÁ kromě letecké pohyblivé 5.384A [1] Radioastronomická [1] 5.149 | [1] C |
| 2690–2700 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) RADIOASTRONOMICKÁ KOSMICKÉHO VÝZKUMU (pasivní) 5.340 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] RADIOASTRONOMICKÁ [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] 5.340 | [1] C |
| 2700–2900 | LETECKÁ RADIONAVIGAČNÍ 5.337 Radiolokační 5.423 | LETECKÁ RADIONAVIGAČNÍ 5.337 [1] [2] Radiolokační [1] [2] 5.423 | [1] C [2] NC |
| 2900–3100 | RADIOLOKAČNÍ 5.424A RADIONAVIGAČNÍ 5.426 5.425 5.427 | RADIOLOKAČNÍ 5.424A [2] RADIONAVIGAČNÍ 5.426 [1] [2] 5.425 5.427 | [1] C [2] NC |
| 3100–3300 | RADIOLOKAČNÍ Družicového průzkumu Země (aktivní) Kosmického výzkumu (aktivní) 5.149 | RADIOLOKAČNÍ [2] Družicového průzkumu Země (aktivní) [1] Kosmického výzkumu (aktivní) [1] 5.149 | [2] NC [1] c |
| 3300–3400 | RADIOLOKAČNÍ 5.149 | RADIOLOKAČNÍ [2] 5.149 | [2] NC |
| 3400–3600 | PEVNÁ DRUŽICOVÁ PEVNÁ (sestupný směr) Pohyblivá \5.430A\ Radiolokační | PEVNÁ [1] Družicová pevná (sestupný směr) [1] POHYBLIVÁ 5.430A [1] Radiolokační [1] [2] CZ7 | [1] C [2] nc |
| 3600–3800 | PEVNÁ DRUŽICOVÁ PEVNÁ (sestupný směr) Pohyblivá | PEVNÁ [1] POHYBLIVÁ [1] Družicová pevná (sestupný směr) [1] | [1] C |
| 3800–4200 | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (sestupný směr) [1] | [1] C | |
| 4200–4400 | LETECKÁ POHYBLIVÁ (R) 5.436 LETECKÁ RADIONAVIGAČNÍ 5.438 5.437 5.440 | LETECKÁ POHYBLIVÁ (R) 5.436 [1] [2] LETECKÁ RADIONAVIGAČNÍ 5.438 [1] [2] 5.437 5.440 | [1] C [2] NC |
| 4400–4500 | PEVNÁ POHYBLIVÁ | PEVNÁ [1] [2] POHYBLIVÁ [1] [2] | [2] NC [1] c |
| 4500–4800 | PEVNÁ DRUŽICOVÁ PEVNÁ (sestupný směr) 5.441 POHYBLIVÁ | PEVNÁ [1] [2] DRUŽICOVÁ PEVNÁ (sestupný směr) 5.441 [1] POHYBLIVÁ [2] | [2] NC [1] c |
| 4800–4990 | PEVNÁ POHYBLIVÁ 5.442 Radioastronomická 5.149 5.339 | PEVNÁ [2] POHYBLIVÁ 5.442 [2] Radioastronomická [1] 5.149 5.339 | [2] NC [1] c |
| 4990–5000 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé RADIOASTRONOMICKÁ Kosmického výzkumu (pasivní) 5.149 | PEVNÁ [2] POHYBLIVÁ kromě letecké pohyblivé [2] RADIOASTRONOMICKÁ [1] 5.149 | [2] NC [1] C |
| 5000–5010 | LETECKÁ RADIONAVIGAČNÍ DRUŽICOVÁ RADIONAVIGAČNÍ (vzestupný směr) DRUŽICOVÁ LETECKÁ POHYBLIVÁ (R) 5.443AA | LETECKÁ RADIONAVIGAČNÍ [1] [2] DRUŽICOVÁ RADIONAVIGAČNÍ (vzestupný směr) [1] DRUŽICOVÁ LETECKÁ POHYBLIVÁ (R) 5.443AA [1] Kosmického výzkumu (pasivní) [1] | [1] C [2] NC |
| 5010–5030 | LETECKÁ RADIONAVIGAČNÍ DRUŽICOVÁ RADIONAVIGAČNÍ (vzestupný směr) (družice-družice) 5.328B 5.443B DRUŽICOVÁ LETECKÁ POHYBLIVÁ (R) 5.443AA | LETECKÁ RADIONAVIGAČNÍ [1] [2] DRUŽICOVÁ RADIONAVIGAČNÍ (vzestupný směr) (družice-družice) 5.328B 5.443B [1] DRUŽICOVÁ LETECKÁ POHYBLIVÁ (R) 5.443AA [1] Kosmického výzkumu (pasivní) [1] | [1] C [2] NC |
| 5030–5091 | LETECKÁ RADIONAVIGAČNÍ LETECKÁ POHYBLIVÁ (R) 5.443C DRUŽICOVÁ LETECKÁ POHYBLIVÁ (R) 5.443D 5.444 | LETECKÁ RADIONAVIGAČNÍ [1] [2] LETECKÁ POHYBLIVÁ (R) 5.443C [1] [2] DRUŽICOVÁ LETECKÁ POHYBLIVÁ (R) 5.443D [1] 5.444 | [1] C [2] NC |
| 5091–5150 | LETECKÁ RADIONAVIGAČNÍ LETECKÁ POHYBLIVÁ 5.444B DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.444A DRUŽICOVÁ LETECKÁ POHYBLIVÁ (R) 5.443AA 5.444 | LETECKÁ RADIONAVIGAČNÍ [1] [2] LETECKÁ POHYBLIVÁ 5.444B [1] [2] DRUŽICOVÁ LETECKÁ POHYBLIVÁ (R) 5.443AA [1] 5.444 5.444A | [1] C [2] NC |
| 5150–5250 | LETECKÁ RADIONAVIGAČNÍ DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.447A POHYBLIVÁ kromě letecké pohyblivé 5.446A 5.446B 5.446 5.446C 5.447B 5.447C | LETECKÁ RADIONAVIGAČNÍ [1] [2] DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.447A [1] POHYBLIVÁ kromě letecké pohyblivé 5.446A 5.446B [1] 5.446 5.446C 5.447B 5.447C | [1] C [2] NC |
| 5250–5255 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) POHYBLIVÁ kromě letecké pohyblivé 5.446A 5.447F RADIOLOKAČNÍ KOSMICKÉHO VÝZKUMU 5.447D 5.448A | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) [1] POHYBLIVÁ kromě letecké pohyblivé 5.446A 5.447F [1] RADIOLOKAČNÍ [2] KOSMICKÉHO VÝZKUMU 5.447D [1] 5.448A | [1] C [2] NC |
| 5255–5350 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) POHYBLIVÁ kromě letecké pohyblivé 5.446A 5.447F RADIOLOKAČNÍ KOSMICKÉHO VÝZKUMU (aktivní) 5.448A | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) [1] POHYBLIVÁ kromě letecké pohyblivé 5.446A 5.447F [1] RADIOLOKAČNÍ [2] KOSMICKÉHO VÝZKUMU (aktivní) [1] 5.448A | [2] NC |
| 5350–5460 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) 5.448B RADIOLOKAČNÍ 5.448D LETECKÁ RADIONAVIGAČNÍ 5.449 KOSMICKÉHO VÝZKUMU 5.448C | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) 5.448B [1] RADIOLOKAČNÍ 5.448D [1] [2] LETECKÁ RADIONAVIGAČNÍ 5.449 [1] [2] KOSMICKÉHO VÝZKUMU 5.448C [1] | [1] C [2] NC |
| 5460–5470 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) RADIOLOKAČNÍ 5.448D RADIONAVIGAČNÍ 5.449 KOSMICKÉHO VÝZKUMU (aktivní) 5.448B | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) [1] RADIOLOKAČNÍ 5.448D [2] RADIONAVIGAČNÍ 5.449 [2] KOSMICKÉHO VÝZKUMU (aktivní) [1] 5.448B | [1] C [2] NC |
| 5470–5570 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) POHYBLIVÁ kromě letecké pohyblivé 5.446A 5.450A RADIOLOKAČNÍ 5.450B NÁMOŘNÍ RADIONAVIGAČNÍ KOSMICKÉHO VÝZKUMU (aktivní) 5.448B | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) [1] POHYBLIVÁ kromě letecké pohyblivé 5.446A 5.450A [1] RADIOLOKAČNÍ 5.450B [2] NÁMOŘNÍ RADIONAVIGAČNÍ [1] KOSMICKÉHO VÝZKUMU (aktivní) [1] 5.448B | [1] C [2] NC |
| 5570–5650 | POHYBLIVÁ kromě letecké pohyblivé 5.446A 5.450A RADIOLOKAČNÍ 5.450B NÁMOŘNÍ RADIONAVIGAČNÍ 5.452 | POHYBLIVÁ kromě letecké pohyblivé 5.446A 5.450A [1] RADIOLOKAČNÍ 5.450B [1] [2] NÁMOŘNÍ RADIONAVIGAČNÍ [1] 5.452 | [1] C [2] NC |
| 5650–5725 | POHYBLIVÁ kromě letecké pohyblivé 5.446A 5.450A RADIOLOKAČNÍ Amatérská Družicová amatérská 5.282 Kosmického výzkumu (daleký kosmos) | POHYBLIVÁ kromě letecké pohyblivé 5.446A 5.450A [1] RADIOLOKAČNÍ [1] [2] Amatérská [1] Družicová amatérská 5.282 [1] | [1] C [2] NC |
| 5725–5830 | DRUŽICOVÁ PEVNÁ (vzestupný směr) RADIOLOKAČNÍ Amatérská 5.150 | DRUŽICOVÁ PEVNÁ (vzestupný směr) [1] RADIOLOKAČNÍ [2] Amatérská [1] Pohyblivá [1] 5.150 | [1] C [2] NC |
| 5830–5850 | DRUŽICOVÁ PEVNÁ (vzestupný směr) RADIOLOKAČNÍ Amatérská Družicová amatérská (sestupný směr) 5.150 | DRUŽICOVÁ PEVNÁ (vzestupný směr) [1] RADIOLOKAČNÍ [2] Amatérská [1] Družicová amatérská (sestupný směr) [1] Pohyblivá [1] 5.150 | [1] C [2] NC |
| 5850–5925 | PEVNÁ DRUŽICOVÁ PEVNÁ (vzestupný směr) POHYBLIVÁ 5.150 | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (vzestupný směr) [1] Pohyblivá [1] 5.150 | [1] C |
| 5925–6450 | PEVNÁ DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.457A POHYBLIVÁ 5.149 5.440 5.458 | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.457A [1] | [1] C |
| 6450–6700 | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.457A 5.457B [1] 5.149 5.458 | [1] C | |
| 6700–7075 | PEVNÁ DRUŽICOVÁ PEVNÁ (vzestupný směr) (sestupný směr) 5.441 POHYBLIVÁ 5.458 5.458A 5.458B | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (vzestupný směr) (sestupný směr) 5.441 [1] 5.458 5.458A 5.458B | [1] C |
| 7075–7145 | PEVNÁ POHYBLIVÁ 5.458 | PEVNÁ [1] POHYBLIVÁ [1] 5.458 | [1] C |
| 7145–7190 | PEVNÁ POHYBLIVÁ KOSMICKÉHO VÝZKUMU (daleký kosmos) (vzestupný směr) 5.458 | PEVNÁ [1] POHYBLIVÁ [1] KOSMICKÉHO VÝZKUMU (daleký kosmos) (vzestupný směr) [1] 5.458 | [1] C |
| 7190–7235 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (vzestupný směr) 5.460A 5.460B PEVNÁ POHYBLIVÁ KOSMICKÉHO VÝZKUMU (vzestupný směr) 5.460 5.458 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (vzestupný směr) 5.460A 5.460B [1] PEVNÁ [1] POHYBLIVÁ [1] KOSMICKÉHO VÝZKUMU (vzestupný směr) 5.460 [1] 5.458 | [1] C |
| 7235–7250 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (vzestupný směr) 5.460A PEVNÁ POHYBLIVÁ 5.458 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (vzestupný směr) 5.460A [1] PEVNÁ [1] POHYBLIVÁ [1] 5.458 | [1] C |
| 7250–7300 | PEVNÁ DRUŽICOVÁ PEVNÁ (sestupný směr) POHYBLIVÁ DRUŽICOVÁ POHYBLIVÁ 5.461 | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (sestupný směr) [2] DRUŽICOVÁ POHYBLIVÁ (sestupný směr) [2] POHYBLIVÁ kromě letecké pohyblivé [1] 5.461 CZ10 | [1] C [2] NC |
| 7300–7375 | PEVNÁ DRUŽICOVÁ PEVNÁ (sestupný směr) POHYBLIVÁ kromě letecké pohyblivé 5.461 | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (sestupný směr) [2] Pohyblivá kromě letecké pohyblivé [1] 5.461 CZ10 | [1] C [2] NC |
| 7375–7450 | PEVNÁ DRUŽICOVÁ PEVNÁ (sestupný směr) POHYBLIVÁ kromě letecké pohyblivé DRUŽICOVÁ NÁMOŘNÍ POHYBLIVÁ (sestupný směr) 5.461AA 5.461AB | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (sestupný směr) [2] POHYBLIVÁ kromě letecké pohyblivé [1] DRUŽICOVÁ NÁMOŘNÍ POHYBLIVÁ (sestupný směr) 5.461AA 5.461AB [1] | [1] C [2] NC |
| 7450–7550 | PEVNÁ DRUŽICOVÁ PEVNÁ (sestupný směr) DRUŽICOVÁ METEOROLOGICKÁ (sestupný směr) 5.461 A POHYBLIVÁ kromě letecké pohyblivé DRUŽICOVÁ NÁMOŘNÍ POHYBLIVÁ (sestupný směr) 5.461AA 5.461AB | PEVNÁ [1] [2] DRUŽICOVÁ PEVNÁ (sestupný směr) [2] DRUŽICOVÁ METEOROLOGICKÁ (sestupný směr) 5.461A [1] Pohyblivá kromě letecké pohyblivé [1] DRUŽICOVÁ NÁMOŘNÍ POHYBLIVÁ (sestupný směr) 5.461AA 5.461AB [1] CZ10 | [1] C [2] NC |
| 7550–7750 | PEVNÁ DRUŽICOVÁ PEVNÁ (sestupný směr) POHYBLIVÁ kromě letecké pohyblivé DRUŽICOVÁ NÁMOŘNÍ POHYBLIVÁ (sestupný směr) 5.461AA 5.461AB | PEVNÁ [1] [2] DRUŽICOVÁ PEVNÁ (sestupný směr) [2] POHYBLIVÁ kromě letecké pohyblivé [1] DRUŽICOVÁ NÁMOŘNÍ POHYBLIVÁ (sestupný směr)5.461AA 5.461AB [1] CZ10 | [1] C [2] NC |
| 7750–7850 | PEVNÁ DRUŽICOVÁ METEOROLOGICKÁ (sestupný směr) 5.461B POHYBLIVÁ kromě letecké pohyblivé | PEVNÁ [2] DRUŽICOVÁ METEOROLOGICKÁ (sestupný směr) 5.461B [1] POHYBLIVÁ kromě letecké pohyblivé [1] [2] CZ10 | [1] C [2] NC |
| 7850–7900 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé DRUŽICOVÁ METEOROLOGICKÁ (sestupný směr) 5.461B | PEVNÁ [2] POHYBLIVÁ kromě letecké pohyblivé [1] [2] DRUŽICOVÁ METEOROLOGICKÁ (sestupný směr) 5.461B [1] CZ10 | [1] C [2] NC |
| 7900–8025 | PEVNÁ DRUŽICOVÁ PEVNÁ (vzestupný směr) POHYBLIVÁ DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) 5.461 | PEVNÁ [2] DRUŽICOVÁ PEVNÁ (vzestupný směr) [2] POHYBLIVÁ [1] [2] DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) [2] 5.461 | [1] C [2] NC |
| 8025–8175 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (sestupný směr) PEVNÁ DRUŽICOVÁ PEVNÁ (vzestupný směr) POHYBLIVÁ 5.463 5.462A | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (sestupný směr) [2] PEVNÁ [2] DRUŽICOVÁ PEVNÁ (vzestupný směr) [2] POHYBLIVÁ 5.463 [1] [2] 5.462A CZ10 | [1] C [2] NC |
| 8175–8215 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (sestupný směr) PEVNÁ DRUŽICOVÁ PEVNÁ (vzestupný směr) DRUŽICOVÁ METEOROLOGICKÁ (vzestupný směr) POHYBLIVÁ 5.463 5.462A | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (sestupný směr) [2] PEVNÁ [2] DRUŽICOVÁ PEVNÁ (vzestupný směr) [2] DRUŽICOVÁ METEOROLOGICKÁ (vzestupný směr) [1] POHYBLIVÁ 5.463 [1] [2] 5.462A CZ10 | [1] C [2] NC |
| 8215–8400 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (sestupný směr) PEVNÁ DRUŽICOVÁ PEVNÁ (vzestupný směr) POHYBLIVÁ 5.463 5.462A | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (sestupný směr) [2] PEVNÁ [2] DRUŽICOVÁ PEVNÁ (vzestupný směr) [2] POHYBLIVÁ 5.463 [1] [2] 5.462A CZ10 | [1] C [2] NC |
| 8400–8500 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé KOSMICKÉHO VÝZKUMU (sestupný směr) 5.465 | PEVNÁ [2] POHYBLIVÁ kromě letecké pohyblivé [2] KOSMICKÉHO VÝZKUMU (sestupný směr) 5.465 [1] | [1] C [2] NC |
| 8500–8550 | RADIOLOKAČNÍ POZEMNÍ POHYBLIVÁ \5.469\ RADIONAVIGAČNÍ \5.469\ | PEVNÁ [2] POZEMNÍ POHYBLIVÁ 5.469 [1] [2] RADIOLOKAČNÍ [2] RADIONAVIGAČNÍ 5.469 [1] [2] CZ10 | [2] NC [1] C |
| 8550–8650 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) RADIOLOKAČNÍ KOSMICKÉHO VÝZKUMU (aktivní) POZEMNÍ POHYBLIVÁ \5.469\ RADIONAVIGAČNÍ \5.469\ 5.469A | PEVNÁ [2] DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) [1] POZEMNÍ POHYBLIVÁ 5.469 [1] RADIOLOKAČNÍ [2] RADIONAVIGAČNÍ 5.469 [1] [2] KOSMICKÉHO VÝZKUMU (aktivní) [1] 5.469A | [1] C [2] NC |
| 8650–8750 | RADIOLOKAČNÍ POZEMNÍ POHYBLIVÁ \5.469\ RADIONAVIGAČNÍ \5.469\ | PEVNÁ [2] POZEMNÍ POHYBLIVÁ 5.469 [1] RADIOLOKAČNÍ [2] RADIONAVIGAČNÍ 5.469 [1] [2] | [1] C [2] NC |
| 8750–8850 | RADIOLOKAČNÍ LETECKÁ RADIONAVIGAČNÍ 5.470 | RADIOLOKAČNÍ [1] [2] LETECKÁ RADIONAVIGAČNÍ 5.470 [1] [2] | [1] C [2] NC |
| 8850–9000 | RADIOLOKAČNÍ NÁMOŘNÍ RADIONAVIGAČNÍ 5.472 | RADIOLOKAČNÍ [1] [2] NÁMOŘNÍ RADIONAVIGAČNÍ 5.472 [1] | [1] C [2] NC |
| 9000–9200 | LETECKÁ RADIONAVIGAČNÍ 5.337 RADIOLOKAČNÍ 5.473A | LETECKÁ RADIONAVIGAČNÍ 5.337 [1] [2] RADIOLOKAČNÍ [1] [2] 5.473A | [1] C [2] NC |
| 9200–9300 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) 5.474A 5.474B 5.474C RADIOLOKAČNÍ NÁMOŘNÍ RADIONAVIGAČNÍ 5.472 5.474 5.474D | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) 5.474A 5.474B 5.474C [1] RADIOLOKAČNÍ [1] [2] NÁMOŘNÍ RADIONAVIGAČNÍ 5.472 [1] 5.474 5.474D | [1] C [2] NC |
| 9300–9500 | RADIONAVIGAČNÍ DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) KOSMICKÉHO VÝZKUMU (aktivní) RADIOLOKAČNÍ 5.427 5.474 5.475 5.475A 5.475B 5.476A | RADIONAVIGAČNÍ [1] [2] DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) [1] KOSMICKÉHO VÝZKUMU (aktivní) [1] RADIOLOKAČNÍ [2] 5.427 5.474 5.475 5.475A 5.475B 5.476A | [1] C [2] NC |
| 9500–9800 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) RADIOLOKAČNÍ RADIONAVIGAČNÍ KOSMICKÉHO VÝZKUMU (aktivní) 5.476A | RADIOLOKAČNÍ [1] [2] RADIONAVIGAČNÍ [1] [2] Družicového průzkumu Země (aktivní) [1] Kosmického výzkumu (aktivní) [1] 5.476A | [1] C [2] NC |
| 9800–9900 | RADIOLOKAČNÍ Družicového průzkumu Země (aktivní) Kosmického výzkumu (aktivní) Pevná 5.478A 5.478B | RADIOLOKAČNÍ [1] [2] Družicového průzkumu Země (aktivní) [1] Kosmického výzkumu (aktivní) [1] 5.478A 5.478B | [1] C [2] NC |
| 9900–10000 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) 5.474A 5.474B 5.474C RADIOLOKAČNÍ Pevná 5.474D 5.479 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) 5.474A 5.474B 5.474C [1] RADIOLOKAČNÍ [1] [2] 5.474D 5.479 | [1] C [2] NC |
GHz
| Kmitočtové pásmo | ČR podle Řádu | Přidělení v ČR | Využití přidělení |
|---|---|---|---|
| 10–10,4 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) 5.474A 5.474B 5.474C PEVNÁ POHYBLIVÁ RADIOLOKAČNÍ Amatérská Družicová meteorologická 5.474D 5.479 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) 5.474A 5.474B 5.474C [1] PEVNÁ [1] POHYBLIVÁ [1] RADIOLOKAČNÍ [2] Amatérská [1] Družicová meteorologická [1] 5.474D 5.479 | [1] C [2] NC |
| 10,4–10,45 | PEVNÁ POHYBLIVÁ RADIOLOKAČNÍ Amatérská | PEVNÁ [1] RADIOLOKAČNÍ [2] Pohyblivá [1] Amatérská [1] | [1] C [2] NC |
| 10,45–10,5 | RADIOLOKAČNÍ Amatérská Družicová amatérská 5.481 | PEVNÁ [1] POZEMNÍ POHYBLIVÁ [1] RADIOLOKAČNÍ [2] Amatérská [1] Družicová amatérská [1] 5.481 | [1] C [2] NC |
| 10,5–10,55 | PEVNÁ POHYBLIVÁ Radiolokační | PEVNÁ [1] POHYBLIVÁ [1] Radiolokační [2] | [1] C [2] nc |
| 10,55–10,6 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé Radiolokační | PEVNÁ [1] POHYBLIVÁ kromě letecké pohyblivé [1] Radiolokační [2] | [1] C [2] nc |
| 10,6–10,68 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) PEVNÁ POHYBLIVÁ kromě letecké pohyblivé RADIOASTRONOMICKÁ KOSMICKÉHO VÝZKUMU (pasivní) Radiolokační 5.149 5.482 5.482A | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] PEVNÁ [1] POHYBLIVÁ kromě letecké pohyblivé [1] RADIOASTRONOMICKÁ [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] Radiolokační [2] 5.149 5.482 5.482A | [1] C [2] nc |
| 10,68–10,7 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) RADIOASTRONOMICKÁ KOSMICKÉHO VÝZKUMU (pasivní) 5.340 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] RADIOASTRONOMICKÁ [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] 5.340 | [1] C |
| 10,7–10,95 | PEVNÁ DRUŽICOVÁ PEVNÁ (sestupný směr) 5.441 (vzestupný směr) 5.484 POHYBLIVÁ kromě letecké pohyblivé | PEVNÁ [1] [2] DRUŽICOVÁ PEVNÁ (sestupný směr) 5.441 (vzestupný směr) 5.484 [1] POHYBLIVÁ kromě letecké pohyblivé [1] [2] | [1] C [2] NC |
| 10,95–11,2 | PEVNÁ DRUŽICOVÁ PEVNÁ (sestupný směr) 5.484A 5.484B (vzestupný směr) 5.484 POHYBLIVÁ kromě letecké pohyblivé | PEVNÁ [1] [2] DRUŽICOVÁ PEVNÁ (sestupný směr) 5.484A 5.484B (vzestupný směr) 5.484 [1] POHYBLIVÁ kromě letecké pohyblivé [1] [2] | [1] C [2] nc |
| 11,2–11,45 | PEVNÁ DRUŽICOVÁ PEVNÁ (sestupný směr) 5.441 (vzestupný směr) 5.484 POHYBLIVÁ kromě letecké pohyblivé | PEVNÁ [1] [2] DRUŽICOVÁ PEVNÁ (sestupný směr) 5.441 (vzestupný směr) 5.484 [1] POHYBLIVÁ kromě letecké pohyblivé [1] [2] | [1] C [2] nc |
| 11,45–11,7 | PEVNÁ DRUŽICOVÁ PEVNÁ (sestupný směr) 5.484A 5.484B (vzestupný směr) 5.484 POHYBLIVÁ kromě letecké pohyblivé | PEVNÁ [1] [2] DRUŽICOVÁ PEVNÁ (sestupný směr) 5.484A 5.484B (vzestupný směr) 5.484 [1] POHYBLIVÁ kromě letecké pohyblivé [1] [2] | [1] C [2] nc |
| 11,7–12,5 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé ROZHLASOVÁ DRUŽICOVÁ ROZHLASOVÁ 5.492 5.487 5.487A | Pevná [1] DRUŽICOVÁ ROZHLASOVÁ [1] Pohyblivá kromě letecké pohyblivé [1] 5.487 5.487A 5.492 | [1] C |
| 12,5–12,75 | DRUŽICOVÁ PEVNÁ (sestupný směr) 5.484A 5.484B (vzestupný směr) | DRUŽICOVÁ PEVNÁ (sestupný směr) 5.484A 5.484B [1] | [1] C |
| 12,75–13,25 | PEVNÁ DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.441 POHYBLIVÁ Kosmického výzkumu (daleký kosmos) (sestupný směr) | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.441 [1] Kosmického výzkumu (daleký kosmos) (sestupný směr) [1] | [1] C |
| 13,25–13,4 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) LETECKÁ RADIONAVIGAČNÍ 5.497 KOSMICKÉHO VÝZKUMU (aktivní) 5.498A | LETECKÁ RADIONAVIGAČNÍ 5.497 [1] [2] DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) [1] KOSMICKÉHO VÝZKUMU (aktivní) [1] 5.498A | [1] C [2] NC |
| 13,4–13,65 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) DRUŽICOVÁ PEVNÁ (sestupný směr) 5.499A 5.499B RADIOLOKAČNÍ KOSMICKÉHO VÝZKUMU 5.499C 5.499D Družicová služba kmitočtových normálů a časových signálů (vzestupný směr) 5.499E 5.501B | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) [1] DRUŽICOVÁ PEVNÁ (sestupný směr) 5.499A 5.499B [1] RADIOLOKAČNÍ [2] KOSMICKÉHO VÝZKUMU 5.499C 5.499D [1] 5.499E 5.501B | [1] C [2] NC |
| 13,65–13,75 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) RADIOLOKAČNÍ KOSMICKÉHO VÝZKUMU 5.501A Družicová služba kmitočtových normálů a časových signálů (vzestupný směr) 5.501B | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) [1] RADIOLOKAČNÍ [2] KOSMICKÉHO VÝZKUMU 5.501A [1] 5.501B | [1] C [2] NC |
| 13,75–14 | DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.484A RADIOLOKAČNÍ Družicového průzkumu Země Družicová služba kmitočtových normálů a časových signálů (vzestupný směr) Kosmického výzkumu 5.502 5.503 | DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.484A [1] RADIOLOKAČNÍ [2] Družicového průzkumu Země [1] Kosmického výzkumu [1] 5.502 5.503 | [1] C [2] NC |
| 14–14,25 | DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.457A 5.484A 5.484B RADIONAVIGAČNÍ 5.504 Družicová pohyblivá (vzestupný směr) 5.506A Kosmického výzkumu 5.504A | DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.457A 5.484A 5.484B [1] Družicová pohyblivá (vzestupný směr) 5.506A [1] Kosmického výzkumu [1] 5.504A | [1] C |
| 14,25–14,3 | DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.457A 5.484A 5.484B RADIONAVIGAČNÍ 5.504 Družicová pohyblivá (vzestupný směr) 5.506A Kosmického výzkumu 5.504A | DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.457A 5.484A 5.484B [1] Družicová pohyblivá (vzestupný směr) 5.506A[1] Kosmického výzkumu [1] 5.504A | [1] C |
| 14,3–14,4 | PEVNÁ DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.457A 5.484A 5.484B POHYBLIVÁ kromě letecké pohyblivé Družicová pohyblivá (vzestupný směr) 5.506A Družicová radionavigační 5.504A | DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.457A 5.484A 5.484B [1] Družicová pohyblivá (vzestupný směr) 5.506A [1] Družicová radionavigační [1] 5.504A | [1] C |
| 14,4–14,47 | PEVNÁ DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.457A 5.484A 5.484B POHYBLIVÁ kromě letecké pohyblivé Družicová pohyblivá (vzestupný směr) 5.506A Kosmického výzkumu (sestupný směr) 5.504A | DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.457A 5.484A 5.484B [1] Družicová pohyblivá (vzestupný směr) 5.506A [1] Kosmického výzkumu (sestupný směr) [1] 5.504A | [1] C |
| 14,47–14,5 | PEVNÁ DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.457A 5.484A POHYBLIVÁ kromě letecké pohyblivé Družicová pohyblivá (vzestupný směr) 5.506A Radioastronomická 5.149 5.504A | DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.457A 5.484A [1] Družicová pohyblivá (vzestupný směr) 5.506A [1] Radioastronomická [1] 5.149 5.504A | [1] C |
| 14,5–14,62 | PEVNÁ POHYBLIVÁ Kosmického výzkumu 5.509G | PEVNÁ [1] Pohyblivá [1] Kosmického výzkumu 5.509G [1] Radioastronomická [1] | [1] C |
| 14,62–14,8 | PEVNÁ [2] POHYBLIVÁ [2] | [2] NC | |
| 14,8–15,23 | PEVNÁ POHYBLIVÁ Družicového průzkumu Země (pasivní) Kosmického výzkumu (pasivní) 5.339 | PEVNÁ [2] POHYBLIVÁ [2] Radioastronomická [1] 5.339 | [2] NC [1] c |
| 15,23–15,35 | PEVNÁ [1] Pohyblivá [1] Radioastronomická [1] 5.339 | [1] C | |
| 15,35–15,4 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) RADIOASTRONOMICKÁ KOSMICKÉHO VÝZKUMU (pasivní) 5.340 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] RADIOASTRONOMICKÁ [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] 5.340 | [1] C |
| 15,4–15,43 | LETECKÁ RADIONAVIGAČNÍ RADIOLOKAČNÍ 5.511E 5.511F | LETECKÁ RADIONAVIGAČNÍ [1] [2] RADIOLOKAČNÍ 5.511E 5.511F [1] [2] | [1] C [2] NC |
| 15,43–15,63 | DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.511A LETECKÁ RADIONAVIGAČNÍ RADIOLOKAČNÍ 5.511E 5.511F 5.511C | DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.511A [1] LETECKÁ RADIONAVIGAČNÍ [1] [2] RADIOLOKAČNÍ 5.511E 5.511F [1] [2] 5.511C | [1] C [2] NC |
| 15,63–15,7 | LETECKÁ RADIONAVIGAČNÍ RADIOLOKAČNÍ 5.511E 5.511F | LETECKÁ RADIONAVIGAČNÍ [1] [2] RADIOLOKAČNÍ 5.511E 5.511F [1] [2] | [1] C [2] NC |
| 15,7–16,6 | RADIOLOKAČNÍ | RADIOLOKAČNÍ [2] | [2] NC |
| 16,6–17,1 | RADIOLOKAČNÍ Kosmického výzkumu (daleký kosmos) (vzestupný směr) | RADIOLOKAČNÍ [2] Kosmického výzkumu (daleký kosmos) (vzestupný směr) [1] | [2] NC [1] c |
| 17,1–17,2 | RADIOLOKAČNÍ | RADIOLOKAČNÍ [2] POHYBLIVÁ [1] | [2] NC [1] C |
| 17,2–17,3 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) RADIOLOKAČNÍ KOSMICKÉHO VÝZKUMU (aktivní) 5.513A | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) [1] POHYBLIVÁ [1] RADIOLOKAČNÍ [2] KOSMICKÉHO VÝZKUMU (aktivní) [1] 5.513A | [1] C [2] NC |
| 17,3-17,7 | DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.516 (sestupný směr) 5.516A 5.516B Radiolokační | Pevná [1] DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.516 (sestupný směr) 5.516A 5.516B [1] Radiolokační [2] | [1] C [2] nc |
| 17,7-18,1 | PEVNÁ DRUŽICOVÁ PEVNÁ (sestupný směr) 5.484A (vzestupný směr) 5.516 POHYBLIVÁ | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (sestupný směr) 5.484A (vzestupný směr) 5.516 [1] | [1] C |
| 18,1-18,4 | PEVNÁ DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.520 (sestupný směr) 5.484A DRUŽICOVÁ METEOROLOGICKÁ (sestupný směr) POHYBLIVÁ 5.519 | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.520 (sestupný směr) 5.484A [1] DRUŽICOVÁ METEOROLOGICKÁ (sestupný směr) [1] 5.519 | [1] C |
| 18,4-18,6 | PEVNÁ DRUŽICOVÁ PEVNÁ (sestupný směr) 5.484A POHYBLIVÁ | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (sestupný směr) 5.484A [1] | [1] C |
| 18,6-18,8 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) PEVNÁ DRUŽICOVÁ PEVNÁ (sestupný směr) 5.522B POHYBLIVÁ kromě letecké pohyblivé Kosmického výzkumu (pasivní) 5.522A | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) PEVNÁ [1] DRUŽICOVÁ PEVNÁ (sestupný směr) 5.522B [1] Kosmického výzkumu (pasivní) [1] 5.522A | [1] C |
| 18,8-19,3 | PEVNÁ DRUŽICOVÁ PEVNÁ (sestupný směr) 5.523A POHYBLIVÁ | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (sestupný směr) 5.523A [1] | [1] C |
| 19,3-19,7 | PEVNÁ DRUŽICOVÁ PEVNÁ (sestupný směr) (vzestupný směr) 5.523B 5.523C 5.523D 5.523E POHYBLIVÁ | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (sestupný směr) (vzestupný směr) 5.523B 5.523C 5.523D 5.523E [1] | [1] C |
| 19,7-20,1 | DRUŽICOVÁ PEVNÁ (sestupný směr) 5.484A 5.484B 5.516B 5.527A Družicová pohyblivá (sestupný směr) | DRUŽICOVÁ PEVNÁ (sestupný směr) 5.484A 5.484B 5.516B 5.527A [1] Družicová pohyblivá (sestupný směr) [1] | [1] C |
| 20,1-20,2 | DRUŽICOVÁ PEVNÁ (sestupný směr) 5.484A 5.484B 5.516B 5.527A DRUŽICOVÁ POHYBLIVÁ (sestupný směr) 5.525 5.526 5.527 5.528 | DRUŽICOVÁ PEVNÁ (sestupný směr) 5.484A 5.484B 5.516B 5.527A [1] DRUŽICOVÁ POHYBLIVÁ (sestupný směr) [1] 5.525 5.526 5.527 5.528 | [1] C |
| 20,2-21,2 | DRUŽICOVÁ PEVNÁ (sest. směr) DRUŽICOVÁ POHYBLIVÁ (sestupný směr) Družicová služba kmitočtových normálů a časových signálů (sestupný směr) | DRUŽICOVÁ PEVNÁ (sestupný směr) [1] [2] DRUŽICOVÁ POHYBLIVÁ (sestupný směr) [1] [2] CZ10 | [2] NC [1] c |
| 21,2-21,4 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) PEVNÁ POHYBLIVÁ KOSMICKÉHO VÝZKUMU (pasivní) | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] PEVNÁ [1] POHYBLIVÁ [1] [2] KOSMICKÉHO VÝZKUMU (pasivní) [1] | [1] C [2] nc |
| 21,4-22 | PEVNÁ POHYBLIVÁ DRUŽICOVÁ ROZHLASOVÁ 5.208B 5.530A 5.530B 5.530D | POHYBLIVÁ [1] DRUŽICOVÁ ROZHLASOVÁ 5.208B [1] 5.530A 5.530B 5.530D | [1] C |
| 22-22,21 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé 5.149 | PEVNÁ [1] POHYBLIVÁ kromě letecké pohyblivé [1] RADIOASTRONOMICKÁ [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] 5.149 | [1] C |
| 22,21-22,5 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) PEVNÁ POHYBLIVÁ kromě letecké pohyblivé RADIOASTRONOMICKÁ KOSMICKÉHO VÝZKUMU (pasivní) 5.149 5.532 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] PEVNÁ [1] POHYBLIVÁ kromě letecké pohyblivé [1] RADIOASTRONOMICKÁ [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] 5.149 5.532 | [1] C |
| 22,5-22,55 | PEVNÁ POHYBLIVÁ | PEVNÁ [1] POHYBLIVÁ [1] RADIOASTRONOMICKÁ [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] | [1] C |
| 22,55–23,15 | PEVNÁ MEZIDRUŽICOVÁ 5.338A POHYBLIVÁ KOSMICKÉHO VÝZKUMU (sestupný směr) 5.532A 5.149 | PEVNÁ [1] MEZIDRUŽICOVÁ 5.338A [1] POHYBLIVÁ [1] KOSMICKÉHO VÝZKUMU (sestupný směr) 5.532A [1] 5.149 | [1] C |
| 23,15–23,55 | PEVNÁ MEZIDRUŽICOVÁ 5.338A POHYBLIVÁ | PEVNÁ [1] MEZIDRUŽICOVÁ 5.338A [1] POHYBLIVÁ [1] | [1] C |
| 23,55- 23,6 | PEVNÁ POHYBLIVÁ | PEVNÁ [1] POHYBLIVÁ [1] | [1] C |
| 23,6-24 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) RADIOASTRONOMICKÁ KOSMICKÉHO VÝZKUMU (pasivní) 5.340 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] RADIOASTRONOMICKÁ [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] 5.340 | [1] C |
| 24-24,05 | AMATÉRSKÁ DRUŽICOVÁ AMATÉRSKÁ 5.150 | AMATÉRSKÁ [1] DRUŽICOVÁ AMATÉRSKÁ [1] 5.150 | [1] C |
| 24,05- 24,25 | RADIOLOKAČNÍ Amatérská Družicového průzkumu Země (aktivní) 5.150 | RADIOLOKAČNÍ [1] [2] Amatérská [1] Družicového průzkumu Země (aktivní) [1] Pevná [1] Pohyblivá [1] 5.150 | [2] NC [1] C |
| 24,25- 24,45 | PEVNÁ | PEVNÁ [1] POHYBLIVÁ [1] | [1] C |
| 24,45- 24,65 | PEVNÁ MEZIDRUŽICOVÁ | PEVNÁ [1] MEZIDRUŽICOVÁ [1] | [1] C |
| 24,65- 24,75 | PEVNÁ MEZIDRUŽICOVÁ DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.532B | PEVNÁ [1] MEZIDRUŽICOVÁ [1] DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.532B [1] | [1] C |
| 24,75- 25,25 | PEVNÁ DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.532B | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.532B [1] | [1] C |
| 25,25- 25,5 | PEVNÁ MEZIDRUŽICOVÁ 5.536 POHYBLIVÁ Družicová služba kmitočtových normálů a časových signálů (vzestupný směr) | PEVNÁ [1] [2] MEZIDRUŽICOVÁ 5.536 [1] POHYBLIVÁ [1] [2] | [1] C [2] NC |
| 25,5-26,5 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (sestupný směr) 5.536A \5.536B\ PEVNÁ MEZIDRUŽICOVÁ 5.536 POHYBLIVÁ KOSMICKÉHO VÝZKUMU (sestupný směr) 5.536A Družicová služba kmitočtových normálů a časových signálů (vzestupný směr) | PEVNÁ [1] [2] MEZIDRUŽICOVÁ 5.536 [1] POHYBLIVÁ [1] [2] KOSMICKÉHO VÝZKUMU (sestupný směr) 5.536A [1] Družicového průzkumu Země (sestupný směr) 5.536A 5.536B [1] | [1] C [2] NC |
| 26,5-27 | PEVNÁ [1] [2] MEZIDRUŽICOVÁ 5.536 [1] POHYBLIVÁ [1] [2] KOSMICKÉHO VÝZKUMU (sestupný směr) 5.536A [1] Družicového průzkumu Země (sestupný směr) 5.536A 5.536B [1] CZ10 | [2] NC [1] C | |
| 27-27,5 | PEVNÁ MEZIDRUŽICOVÁ 5.536 POHYBLIVÁ | PEVNÁ [1] [2] MEZIDRUŽICOVÁ 5.536 [1] POHYBLIVÁ [1] [2] CZ10 | [2] NC [1] C |
| 27,5-28,5 | PEVNÁ DRUŽICOVÁ PEVNÁ (vzestupný směr)5.484A 5.516B 5.539 POHYBLIVÁ 5.538 5.540 | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (vzestupný směr)5.484A 5.516B 5.539 [1] Družicová pevná (sestupný směr) [1] Pohyblivá [1] 5.538 5.540 | [1] C |
| 28,5-29,1 | PEVNÁ DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.484A 5.516B 5.523A 5.539 POHYBLIVÁ Družicového průzkumu Země (vzestupný směr) 5.541 5.540 | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.484A 5.516B 5.523A 5.539 [1] Družicového průzkumu Země (vzestupný směr) 5.541 [1] 5.540 | [1] C |
| 29,1-29,5 | PEVNÁ DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.516B 5.523C 5.523E 5.535A 5.539 5.541A POHYBLIVÁ Družicového průzkumu Země (vzestupný směr) 5.541 5.540 | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.516B 5.523C 5.523E 5.535A 5.539 5.541A [1] Družicového průzkumu Země (vzestupný směr) 5.541 [1] 5.540 | [1] C |
| 29,5-29,9 | DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.484A 5.484B 5.516B 5.527A 5.539 Družicového průzkumu Země (vzestupný směr) 5.541 Družicová pohyblivá (vzestupný směr) 5.540 | DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.516B 5.484B 5.484A 5.527A 5.539 [1] Družicového průzkumu Země (vzestupný směr) 5.541 [1] Družicová pohyblivá (vzestupný směr) [1] 5.540 | [1] C |
| 29,9-30 | DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.484A 5.584B 5.516B 5.527A 5.539 DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) Družicového průzkumu Země (vzestupný směr) 5.541 5.543 5.525 5.526 5.527 5.538 5.540 | DRUŽICOVÁ PEVNÁ (vzestupný směr)5.484A 5.584B 5.516B 5.527A 5.539 [1] DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) [1] Družicového průzkumu Země (vzestupný směr) 5.541 [1] 5.525 5.526 5.527 5.538 5.540 5.543 | [1] C |
| 30-31 | DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.338A DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) Družicová služba kmitočtových normálů a časových signálů (sestupný směr) | DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.338A [1] [2] DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) [2] CZ10 | [1] C [2] NC |
| 31-31,3 | PEVNÁ 5.338A POHYBLIVÁ Družicová služba kmitočtových normálů a časových signálů (sestupný směr) Kosmického výzkumu 5.544 5.149 | PEVNÁ 5.338A [1] POHYBLIVÁ [1] Kosmického výzkumu 5.544 [1] 5.149 | [1] C |
| 31,3-31,5 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) RADIOASTRONOMICKÁ KOSMICKÉHO VÝZKUMU (pasivní) 5.340 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] RADIOASTRONOMICKÁ [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] 5.340 | [1] C |
| 31,5-31,8 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) RADIOASTRONOMICKÁ KOSMICKÉHO VÝZKUMU (pasivní) Pevná Pohyblivá kromě letecké pohyblivé 5.149 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] RADIOASTRONOMICKÁ [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] Pevná [1] Pohyblivá kromě letecké pohyblivé [1] 5.149 | [1] C 1 |
| 31,8-32 | PEVNÁ 5.547A RADIONAVIGAČNÍ KOSMICKÉHO VÝZKUMU (daleký kosmos) (sestupný směr) 5.547 5.548 | PEVNÁ 5.547A [1] RADIONAVIGAČNÍ [1] [2] KOSMICKÉHO VÝZKUMU (daleký kosmos) (sestupný směr) [1] 5.547 5.548 | [1] C [2] NC |
| 32-32,3 | PEVNÁ 5.547A RADIONAVIGAČNÍ KOSMICKÉHO VÝZKUMU (daleký kosmos) (sestupný směr) 5.547 5.548 | PEVNÁ 5.547A [1] RADIONAVIGAČNÍ [1] [2] KOSMICKÉHO VÝZKUMU (daleký kosmos) (sestupný směr) [1] 5.547 5.548 | [1] C [2] NC |
| 32,3-33 | PEVNÁ 5.547A MEZIDRUŽICOVÁ RADIONAVIGAČNÍ 5.547 5.548 | PEVNÁ 5.547A [1] MEZIDRUŽICOVÁ [1] RADIONAVIGAČNÍ [1] [2] 5.547 5.548 | [1] C [2] NC |
| 33-33,4 | PEVNÁ 5.547A RADIONAVIGAČNÍ 5.547 | PEVNÁ 5.547A [1] RADIONAVIGAČNÍ [1] [2] 5.547 | [1] C [2] NC |
| 33,4-34,2 | RADIOLOKAČNÍ | RADIOLOKAČNÍ [1] [2] CZ10 | [2] NC [1] c |
| 34,2-34,7 | RADIOLOKAČNÍ KOSMICKÉHO VÝZKUMU (daleký kosmos) (vzestupný směr) | RADIOLOKAČNÍ [1] [2] KOSMICKÉHO VÝZKUMU (daleký kosmos) (vzestupný směr) [1] CZ10 | [2] NC [1] c |
| 34,7-35,2 | RADIOLOKAČNÍ Kosmického výzkumu | RADIOLOKAČNÍ [1] [2] Kosmického výzkumu [1] CZ10 | [2] NC [1] c |
| 35,2-35,5 | POMOCNÁ METEOROLOGICKÁ RADIOLOKAČNÍ | POMOCNÁ METEOROLOGICKÁ [1] RADIOLOKAČNÍ [2] CZ10 | [2] NC [1] c |
| 35,5-36 | POMOCNÁ METEOROLOGICKÁ DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) RADIOLOKAČNÍ KOSMICKÉHO VÝZKUMU (aktivní) 5.549A | POMOCNÁ METEOROLOGICKÁ [1] DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) [1] RADIOLOKAČNÍ [2] KOSMICKÉHO VÝZKUMU (aktivní) [1] 5.549A CZ10 | [2] NC [1] c |
| 36-37 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) PEVNÁ POHYBLIVÁ KOSMICKÉHO VÝZKUMU (pasivní) 5.149 5.550A | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] PEVNÁ [1] POHYBLIVÁ KOSMICKÉHO VÝZKUMU (pasivní) [1] 5.149 5.550A CZ10 | [1] c |
| 37-37,5 | PEVNÁ POHYBLIVÁ kromě letecké pohyblivé KOSMICKÉHO VÝZKUMU (sestupný směr) 5.547 | PEVNÁ [1] KOSMICKÉHO VÝZKUMU (sestupný směr) [1] Pohyblivá kromě letecké pohyblivé [1] 5.547 | [1] C |
| 37,5-38 | PEVNÁ DRUŽICOVÁ PEVNÁ (sestupný směr) POHYBLIVÁ kromě letecké pohyblivé KOSMICKÉHO VÝZKUMU (sestupný směr) Družicového průzkumu Země (sestupný směr) 5.547 | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (sestupný směr) [1] KOSMICKÉHO VÝZKUMU (sestupný směr) [1] Družicového průzkumu Země (sestupný směr) [1] Pohyblivá kromě letecké pohyblivé [1] 5.547 | [1] C |
| 38-39,5 | PEVNÁ DRUŽICOVÁ PEVNÁ (sestupný směr) POHYBLIVÁ Družicového průzkumu Země (sestupný směr) 5.547 | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (sestupný směr) [1] Družicového průzkumu Země (sestupný směr) [1] Pohyblivá kromě letecké pohyblivé [1] 5.547 | [1] C |
| 39,5-40 | PEVNÁ DRUŽICOVÁ PEVNÁ (sestupný směr) 5.516B POHYBLIVÁ DRUŽICOVÁ POHYBLIVÁ (sestupný směr) Družicového průzkumu Země (sestupný směr) 5.547 | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (sestupný směr) 5.516B [1] POHYBLIVÁ [1] DRUŽICOVÁ POHYBLIVÁ (sestupný směr) [1] Družicového průzkumu Země (sestupný směr) [1] 5.547 | [1] C |
| 40-40,5 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (vzestupný směr) PEVNÁ DRUŽICOVÁ PEVNÁ (sestupný směr) 5.516B POHYBLIVÁ DRUŽICOVÁ POHYBLIVÁ (sestupný směr) KOSMICKÉHO VÝZKUMU (vzestupný směr) Družicového průzkumu Země (sestupný směr) | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (sestupný směr) 5.516B [1] POHYBLIVÁ [1] DRUŽICOVÁ POHYBLIVÁ (sestupný směr) [1] KOSMICKÉHO VÝZKUMU (vzestupný směr) [1] Družicového průzkumu Země (sestupný směr) [1] | [1] C |
| 40,5-41 | PEVNÁ DRUŽICOVÁ PEVNÁ (sestupný směr) ROZHLASOVÁ DRUŽICOVÁ ROZHLASOVÁ Pohyblivá 5.547 | PEVNÁ [1] ROZHLASOVÁ [1] DRUŽICOVÁ ROZHLASOVÁ [1] 5.547 | [1] C |
| 41-42,5 | PEVNÁ DRUŽICOVÁ PEVNÁ (sestupný směr) ROZHLASOVÁ DRUŽICOVÁ ROZHLASOVÁ Pohyblivá 5.547 5.551H 5.551I | PEVNÁ [1] ROZHLASOVÁ [1] DRUŽICOVÁ ROZHLASOVÁ [1] 5.547 5.551H 5.551I | [1] C |
| 42,5-43,5 | PEVNÁ DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.552 POHYBLIVÁ kromě letecké pohyblivé RADIOASTRONOMICKÁ 5.149 5.547 5.551H 5.5511 | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.552 [1] POHYBLIVÁ kromě letecké pohyblivé [1] RADIOASTRONOMICKÁ [1] 5.149 5.547 5.551H 5.5511 | [1] C |
| 43,5-45,5 | POHYBLIVÁ 5.553 DRUŽICOVÁ POHYBLIVÁ RADIONAVIGAČNÍ DRUŽICOVÁ RADIONAVIGAČNÍ 5.554 | POHYBLIVÁ 5.553 [2] DRUŽICOVÁ POHYBLIVÁ [2] 5.554 CZ10 | [2] NC |
| 45,5-47 | POHYBLIVÁ 5.553 [1] DRUŽICOVÁ POHYBLIVÁ [1] RADIONAVIGAČNÍ [1] DRUŽICOVÁ RADIONAVIGAČNÍ [1] 5.554 | [1] C | |
| 47-47,2 | AMATÉRSKÁ DRUŽICOVÁ AMATÉRSKÁ | AMATÉRSKÁ [1] DRUŽICOVÁ AMATÉRSKÁ [1] | [1] C |
| 47,2–47,5 | PEVNÁ DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.552 POHYBLIVÁ 5.552A | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.552 [1] POHYBLIVÁ [1] 5.552A | [1] C |
| 47,5–47,9 | PEVNÁ DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.552 (sestupný směr) 5.516B 5.554A POHYBLIVÁ | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.552 (sestupný směr) 5.516B 5.554A [1] POHYBLIVÁ [1] | [1] C |
| 47,9–48,2 | PEVNÁ DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.552 POHYBLIVÁ 5.552A | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.552 [1] POHYBLIVÁ [1] 5.552A | [1] C |
| 48,2–48,54 | PEVNÁ DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.552 (sestupný směr) 5.516B 5.554A 5.555B POHYBLIVÁ | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.552 (sestupný směr) 5.516B 5.554A 5.555B [1] POHYBLIVÁ [1] | [1] C |
| 48,54–49,44 | PEVNÁ DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.552 POHYBLIVÁ 5.149 5.340 5.555 | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.552 [1] POHYBLIVÁ [1] 5.149 5.340 5.555 | [1] C |
| 49,44–50,2 | PEVNÁ DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.338A 5.552 (sestupný směr) 5.516B 5.554A 5.555B POHYBLIVÁ | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.552 (sestupný směr) 5.516B 5.554A 5.555B [1] POHYBLIVÁ [1] | [1] C |
| 50,2-50,4 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) KOSMICKÉHO VÝZKUMU (pasivní) 5.340 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] 5.340 | [1] C |
| 50,4-51,4 | PEVNÁ DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.338A POHYBLIVÁ Družicová pohyblivá (vzestupný směr) | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (vzestupný směr) 5.338A [2] Družicová pohyblivá (vzestupný směr) [2] | [1] C [2] NC |
| 51,4-52,6 | PEVNÁ 5.338A POHYBLIVÁ 5.547 5.556 | PEVNÁ 5.338A [1] POHYBLIVÁ [1] 5.547 5.556 | [1] C |
| 52,6-54,25 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) KOSMICKÉHO VÝZKUMU (pasivní) 5.340 5.556 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] 5.340 5.556 | [1] C |
| 54,25-55,78 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) MEZIDRUŽICOVÁ 5.556A KOSMICKÉHO VÝZKUMU (pasivní) | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] | [1] C |
| 55,78-56,9 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) PEVNÁ 5.557A MEZIDRUŽICOVÁ 5.556A POHYBLIVÁ 5.558 KOSMICKÉHO VÝZKUMU (pasivní) 5.547 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] PEVNÁ 5.557A [1] MEZIDRUŽICOVÁ 5.556A [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] 5.547 5.558 | [1] C |
| 56,9-57 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) PEVNÁ MEZIDRUŽICOVÁ 5.558A POHYBLIVÁ 5.558 KOSMICKÉHO VÝZKUMU (pasivní) 5.547 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] PEVNÁ [1] POHYBLIVÁ 5.558 [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] 5.547 | [1] C |
| 57-58,2 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) PEVNÁ MEZIDRUŽICOVÁ 5.556A POHYBLIVÁ 5.558 KOSMICKÉHO VÝZKUMU (pasivní) 5.547 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] PEVNÁ [1] MEZIDRUŽICOVÁ 5.556A [1] POHYBLIVÁ 5.558 [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] 5.547 | [1] C |
| 58,2-59 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) PEVNÁ POHYBLIVÁ KOSMICKÉHO VÝZKUMU (pasivní) 5.547 5.556 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] PEVNÁ [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] 5.547 5.556 | [1] C |
| 59-59,3 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) PEVNÁ MEZIDRUŽICOVÁ 5.556A POHYBLIVÁ 5.558 RADIOLOKAČNÍ 5.559 KOSMICKÉHO VÝZKUMU (pasivní) | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] PEVNÁ [1] [2] MEZIDRUŽICOVÁ 5.556A [1] POHYBLIVÁ 5.558 [2] RADIOLOKAČNÍ 5.559 [1] [2] KOSMICKÉHO VÝZKUMU (pasivní) [1] CZ10 | [1] C [2] nc |
| 59,3-61 | PEVNÁ MEZIDRUŽICOVÁ POHYBLIVÁ 5.558 RADIOLOKAČNÍ 5.559 5.138 | PEVNÁ [1] [2] MEZIDRUŽICOVÁ [1] POHYBLIVÁ 5.558 [1] [2] RADIOLOKAČNÍ 5.559 [1] [2] CZ10 | [1] C [2] nc |
| 61-62 | PEVNÁ [1] MEZIDRUŽICOVÁ [1] POHYBLIVÁ 5.558 [1] RADIOLOKAČNÍ 5.559 [1] [2] 5.138 | [1] C [2] nc | |
| 62-64 | MEZIDRUŽICOVÁ [1] POHYBLIVÁ 5.558 [1] RADIOLOKAČNÍ 5.559 [1] [2] | [1] C [2] nc | |
| 64-65 | PEVNÁ MEZIDRUŽICOVÁ POHYBLIVÁ kromě letecké pohyblivé 5.547 5.556 | PEVNÁ [1] MEZIDRUŽICOVÁ [1] POHYBLIVÁ kromě letecké pohyblivé [1] 5.547 5.556 | [1] C |
| 65-66 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ PEVNÁ MEZIDRUŽICOVÁ POHYBLIVÁ kromě letecké pohyblivé KOSMICKÉHO VÝZKUMU 5.547 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ [1] PEVNÁ [1] MEZIDRUŽICOVÁ [1] POHYBLIVÁ kromě letecké pohyblivé [1] KOSMICKÉHO VÝZKUMU [1] 5.547 | [1] C |
| 66-71 | MEZIDRUŽICOVÁ POHYBLIVÁ 5.553 5.558 DRUŽICOVÁ POHYBLIVÁ RADIONAVIGAČNÍ DRUŽICOVÁ RADIONAVIGAČNÍ 5.554 | MEZIDRUŽICOVÁ [1] POHYBLIVÁ 5.553 5.558 [1] DRUŽICOVÁ POHYBLIVÁ [1] RADIONAVIGAČNÍ [1] [2] DRUŽICOVÁ RADIONAVIGAČNÍ [1] [2] 5.554 | [1] C [2] NC |
| 71-74 | PEVNÁ DRUŽICOVÁ PEVNÁ (sestupný směr) POHYBLIVÁ DRUŽICOVÁ POHYBLIVÁ (sestupný směr) | PEVNÁ [1] [2] DRUŽICOVÁ PEVNÁ (sestupný směr) [2] POHYBLIVÁ [1] [2] DRUŽICOVÁ POHYBLIVÁ (sestupný směr) [2] CZ10 | [1] C [2] nc |
| 74-76 | PEVNÁ DRUŽICOVÁ PEVNÁ (sestupný směr) POHYBLIVÁ ROZHLASOVÁ DRUŽICOVÁ ROZHLASOVÁ Kosmického výzkumu (sestupný směr) 5.561 | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (sestupný směr) [1] POHYBLIVÁ [1] ROZHLASOVÁ [1] DRUŽICOVÁ ROZHLASOVÁ [1] Kosmického výzkumu (sestupný směr) [1] 5.561 CZ8 | [1] C |
| 76-77,5 | RADIOASTRONOMICKÁ RADIOLOKAČNÍ Amatérská Družicová amatérská Kosmického výzkumu (sestupný směr) 5.149 | RADIOASTRONOMICKÁ [1] RADIOLOKAČNÍ [1] [2] Amatérská [1] Družicová amatérská [1] Kosmického výzkumu (sestupný směr) [1] 5.149 | [1] C [2] nc |
| 77,5-78 | AMATÉRSKÁ DRUŽICOVÁ AMATÉRSKÁ RADIOLOKAČNÍ 5.559B Radioastronomická Kosmického výzkumu (sestupný směr) 5.149 | AMATÉRSKÁ [1] DRUŽICOVÁ AMATÉRSKÁ [1] RADIOLOKAČNÍ 5.559B [1] [2] Radioastronomická [1] Kosmického výzkumu (sestupný směr) [1] 5.149 | [1] C [2] nc |
| 78-79 | RADIOLOKAČNÍ Amatérská Družicová amatérská Radioastronomická Kosmického výzkumu (sestupný směr) 5.149 5.560 | RADIOLOKAČNÍ [1] [2] Amatérská [1] Družicová amatérská [1] Radioastronomická [1] Kosmického výzkumu (sestupný směr) [1] 5.149 5.560 | [1] C [2] nc |
| 79-81 | RADIOASTRONOMICKÁ RADIOLOKAČNÍ Amatérská Družicová amatérská Kosmického výzkumu (sestupný směr) 5.149 | RADIOASTRONOMICKÁ [1] RADIOLOKAČNÍ [1] [2] Amatérská [1] Družicová amatérská [1] Kosmického výzkumu (sestupný směr) [1] 5.149 | [1] C [2] nc |
| 81-84 | PEVNÁ 5.338A DRUŽICOVÁ PEVNÁ (vzestupný směr) POHYBLIVÁ DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) RADIOASTRONOMICKÁ Kosmického výzkumu (sestupný směr) 5.149 5.561A | PEVNÁ 5.338A [1] [2] DRUŽICOVÁ PEVNÁ (vzestupný směr) [1] [2] POHYBLIVÁ [1] [2] DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) [1] [2] RADIOASTRONOMICKÁ [1] Kosmického výzkumu (sestupný směr) [1] 5.149 5.561A | [1] C [2] nc |
| 84-86 | PEVNÁ 5.338A DRUŽICOVÁ PEVNÁ (vzestupný směr) POHYBLIVÁ RADIOASTRONOMICKÁ 5.149 | PEVNÁ 5.338A [1] DRUŽICOVÁ PEVNÁ (vzestupný směr) [1] POHYBLIVÁ [1] RADIOASTRONOMICKÁ [1] 5.149 | [1] C |
| 86-92 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) RADIOASTRONOMICKÁ KOSMICKÉHO VÝZKUMU (pasivní) 5.340 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] RADIOASTRONOMICKÁ [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] 5.340 | [1] C |
| 92-94 | PEVNÁ 5.338A POHYBLIVÁ RADIOASTRONOMICKÁ RADIOLOKAČNÍ 5.149 | PEVNÁ 5.338A [1] [2] POHYBLIVÁ [1] [2] RADIOASTRONOMICKÁ [1] RADIOLOKAČNÍ [1] [2] 5.149 | [1] C [2] nc |
| 94-94,1 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) RADIOLOKAČNÍ KOSMICKÉHO VÝZKUMU (aktivní) Radioastronomická 5.562 5.562A | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) [1] [2] RADIOLOKAČNÍ [1] [2] KOSMICKÉHO VÝZKUMU (aktivní) [1] Radioastronomická [1] 5.562 5.562A | [1] C [2] nc |
| 94,1-95 | PEVNÁ POHYBLIVÁ RADIOASTRONOMICKÁ RADIOLOKAČNÍ 5.149 | PEVNÁ [1] [2] POHYBLIVÁ [1] [2] RADIOASTRONOMICKÁ [1] RADIOLOKAČNÍ [1] [2] 5.149 | [1] C [2] nc |
| 95-100 | PEVNÁ POHYBLIVÁ RADIOASTRONOMICKÁ RADIOLOKAČNÍ RADIONAVIGAČNÍ DRUŽICOVÁ RADIONAVIGAČNÍ 5.149 5.554 | PEVNÁ [1] [2] POHYBLIVÁ [1] [2] RADIOASTRONOMICKÁ [1] RADIOLOKAČNÍ [2] RADIONAVIGAČNÍ [1] [2] DRUŽICOVÁ RADIONAVIGAČNÍ [1] [2] 5.149 5.554 | [1] C [2] nc |
| 100-102 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) RADIOASTRONOMICKÁ KOSMICKÉHO VÝZKUMU (pasivní) 5.340 5.341 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] RADIOASTRONOMICKÁ [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] 5.340 5.341 | [1] C |
| 102-105 | PEVNÁ POHYBLIVÁ RADIOASTRONOMICKÁ 5.149 5.341 | PEVNÁ [1] POHYBLIVÁ [1] RADIOASTRONOMICKÁ [1] 5.149 5.341 | [1] C |
| 105–109,5 | PEVNÁ POHYBLIVÁ RADIOASTRONOMICKÁ KOSMICKÉHO VÝZKUMU (pasivní) 5.562B 5.149 5.341 | PEVNÁ [1] POHYBLIVÁ [1] RADIOASTRONOMICKÁ [1] KOSMICKÉHO VÝZKUMU (pasivní) 5.562B [1] 5.149 5.341 | [1] C |
| 109,5–111,8 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) RADIOASTRONOMICKÁ KOSMICKÉHO VÝZKUMU (pasivní) 5.340 5.341 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] RADIOASTRONOMICKÁ [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] 5.340 5.341 | [1] C |
| 111,8–114,25 | PEVNÁ POHYBLIVÁ RADIOASTRONOMICKÁ KOSMICKÉHO VÝZKUMU (pasivní) 5.562B 5.149 5.341 | PEVNÁ [1] POHYBLIVÁ [1] RADIOASTRONOMICKÁ [1] KOSMICKÉHO VÝZKUMU (pasivní) 5.562B [1] 5.149 5.341 | [1] C |
| 114,25–116 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) RADIOASTRONOMICKÁ KOSMICKÉHO VÝZKUMU (pasivní) 5.340 5.341 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] RADIOASTRONOMICKÁ [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] 5.340 5.341 | [1] C |
| 116–119,98 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) MEZIDRUŽICOVÁ 5.562C KOSMICKÉHO VÝZKUMU (pasivní) 5.341 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] MEZIDRUŽICOVÁ 5.562C [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] 5.341 | [1] C |
| 119,98–122,25 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) MEZIDRUŽICOVÁ 5.562C KOSMICKÉHO VÝZKUMU (pasivní) 5.138 5.341 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] MEZIDRUŽICOVÁ 5.562C [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] 5.138 5.341 | [1] C |
| 122,25–123 | PEVNÁ MEZIDRUŽICOVÁ POHYBLIVÁ 5.558 Amatérská 5.138 | PEVNÁ [1] MEZIDRUŽICOVÁ [1] POHYBLIVÁ 5.558 [1] Amatérská [1] 5.138 | [1] C |
| 123–130 | DRUŽICOVÁ PEVNÁ (sestupný směr) DRUŽICOVÁ POHYBLIVÁ (sestupný směr) RADIONAVIGAČNÍ DRUŽICOVÁ RADIONAVIGAČNÍ Radioastronomická 5.149 5.554 | DRUŽICOVÁ PEVNÁ (sestupný směr) [1] DRUŽICOVÁ POHYBLIVÁ (sestupný směr) [1] RADIONAVIGAČNÍ [1] DRUŽICOVÁ RADIONAVIG. [1] Radioastronomická [1] 5.149 5.554 | [1] C |
| 130–134 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) 5.562E PEVNÁ MEZIDRUŽICOVÁ POHYBLIVÁ 5.558 RADIOASTRONOMICKÁ 5.149 5.562A | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (aktivní) 5.562E [1] PEVNÁ [1] MEZIDRUŽICOVÁ [1] POHYBLIVÁ 5.558 [1] RADIOASTRONOMICKÁ [1] 5.149 5.562A | [1] C |
| 134–136 | AMATÉRSKÁ DRUŽICOVÁ AMATÉRSKÁ Radioastronomická | AMATÉRSKÁ [1] DRUŽICOVÁ AMATÉRSKÁ [1] Radioastronomická [1] | [1] C |
| 136–141 | RADIOASTRONOMICKÁ RADIOLOKAČNÍ Amatérská Družicová amatérská 5.149 | RADIOASTRONOMICKÁ [1] RADIOLOKAČNÍ [1] Amatérská [1] Družicová amatérská [1] 5.149 | [1] C |
| 141–148,5 | PEVNÁ POHYBLIVÁ RADIOASTRONOMICKÁ RADIOLOKAČNÍ 5.149 | PEVNÁ [1] POHYBLIVÁ [1] RADIOASTRONOMICKÁ [1] RADIOLOKAČNÍ [1] 5.149 | [1] C |
| 148,5–151,5 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) RADIOASTRONOMICKÁ KOSMICKÉHO VÝZKUMU (pasivní) 5.340 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] RADIOASTRONOMICKÁ [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] 5.340 | [1] C |
| 151,5–155,5 | PEVNÁ POHYBLIVÁ RADIOASTRONOMICKÁ RADIOLOKAČNÍ 5.149 | PEVNÁ [1] POHYBLIVÁ [1] RADIOASTRONOMICKÁ [1] RADIOLOKAČNÍ [1] 5.149 | [1] C |
| 155,5–158,5 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) PEVNÁ POHYBLIVÁ RADIOASTRONOMICKÁ KOSMICKÉHO VÝZKUMU (pasivní) 5.562B 5.149 5.562F 5.562G | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] PEVNÁ [1] POHYBLIVÁ [1] RADIOASTRONOMICKÁ [1] KOSMICKÉHO VÝZKUMU (pasivní) 5.562B [1] 5.149 5.562F 5.562G | [1] C |
| 158,5–164 | PEVNÁ DRUŽICOVÁ PEVNÁ (sestupný směr) POHYBLIVÁ DRUŽICOVÁ POHYBLIVÁ (sestupný směr) | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (sestupný směr) [1] POHYBLIVÁ [1] DRUŽICOVÁ POHYBLIVÁ (sestupný směr) [1] | [1] C |
| 164–167 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) RADIOASTRONOMICKÁ KOSMICKÉHO VÝZKUMU (pasivní) 5.340 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] RADIOASTRONOMICKÁ [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] 5.340 | [1] C |
| 167–174,5 | PEVNÁ DRUŽICOVÁ PEVNÁ (sestupný směr) MEZIDRUŽICOVÁ POHYBLIVÁ 5.558 5.149 | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (sestupný směr) [1] MEZIDRUŽICOVÁ [1] POHYBLIVÁ 5.558 [1] 5.149 | [1] C |
| 174,5–174,8 | PEVNÁ MEZIDRUŽICOVÁ POHYBLIVÁ 5.558 | PEVNÁ [1] MEZIDRUŽICOVÁ [1] POHYBLIVÁ 5.558 [1] | [1] C |
| 174,8–182 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) MEZIDRUŽICOVÁ 5.562H KOSMICKÉHO VÝZKUMU (pasivní) | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] MEZIDRUŽICOVÁ 5.562H [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] | [1] C |
| 182–185 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) RADIOASTRONOMICKÁ KOSMICKÉHO VÝZKUMU (pasivní) 5.340 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] RADIOASTRONOMICKÁ [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] 5.340 | [1] C |
| 185–190 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) MEZIDRUŽICOVÁ 5.562H KOSMICKÉHO VÝZKUMU (pasivní) | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] MEZIDRUŽICOVÁ 5.562H [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] | [1] C |
| 190–191,8 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) KOSMICKÉHO VÝZKUMU (pasivní) 5.340 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] 5.340 | [1] C |
| 191,8–200 | PEVNÁ MEZIDRUŽICOVÁ POHYBLIVÁ 5.558 DRUŽICOVÁ POHYBLIVÁ RADIONAVIGAČNÍ DRUŽICOVÁ RADIONAVIGAČNÍ 5.149 5.341 5.554 | PEVNÁ [1] MEZIDRUŽICOVÁ [1] POHYBLIVÁ 5.558 [1] DRUŽICOVÁ POHYBLIVÁ [1] RADIONAVIGAČNÍ [1] DRUŽICOVÁ RADIONAVIGAČNÍ [1] 5.149 5.341 5.554 | [1] C |
| 200–202 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) RADIOASTRONOMICKÁ KOSMICKÉHO VÝZKUMU (pasivní) 5.340 5.341 5.563A | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] RADIOASTRONOMICKÁ [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] 5.340 5.341 5.563A | [1] C |
| 202–209 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) RADIOASTRONOMICKÁ KOSMICKÉHO VÝZKUMU (pasivní) 5.340 5.341 5.563A | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] RADIOASTRONOMICKÁ [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] 5.340 5.341 5.563A | [1] C |
| 209–217 | PEVNÁ DRUŽICOVÁ PEVNÁ (vzestupný směr) POHYBLIVÁ RADIOASTRONOMICKÁ 5.149 5.341 | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (vzestupný směr) [1] POHYBLIVÁ [1] RADIOASTRONOMICKÁ [1] 5.149 5.341 | [1] C |
| 217–226 | PEVNÁ DRUŽICOVÁ PEVNÁ (vzestupný směr) POHYBLIVÁ RADIOASTRONOMICKÁ KOSMICKÉHO VÝZKUMU (pasivní) 5.562B 5.149 5.341 | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (vzestupný směr) [1] POHYBLIVÁ [1] RADIOASTRONOMICKÁ [1] KOSMICKÉHO VÝZKUMU (pasivní) 5.562B [1] 5.149 5.341 | [1] C |
| 226–231,5 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) RADIOASTRONOMICKÁ KOSMICKÉHO VÝZKUMU (pasivní) 5.340 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] RADIOASTRONOMICKÁ [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] 5.340 | [1] C |
| 231,5–232 | PEVNÁ POHYBLIVÁ Radiolokační | PEVNÁ [1] POHYBLIVÁ [1] Radiolokační [1] | [1] C |
| 232–235 | PEVNÁ DRUŽICOVÁ PEVNÁ (sestupný směr) POHYBLIVÁ Radiolokační | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (sestupný směr) [1] POHYBLIVÁ [1] Radiolokační [1] | [1] C |
| 235–238 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) DRUŽICOVÁ PEVNÁ (sestupný směr) KOSMICKÉHO VÝZKUMU (pasivní) 5.563A 5.563B | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] DRUŽICOVÁ PEVNÁ (sestupný směr) [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] 5.563A 5.563B | [1] C |
| 238–240 | PEVNÁ DRUŽICOVÁ PEVNÁ (sestupný směr) POHYBLIVÁ RADIOLOKAČNÍ RADIONAVIGAČNÍ DRUŽICOVÁ RADIONAVIGAČNÍ | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (sestupný směr) [1] POHYBLIVÁ [1] RADIOLOKAČNÍ [1] RADIONAVIGAČNÍ [1] DRUŽICOVÁ RADIONAVIGAČNÍ [1] | [1] C |
| 240–241 | PEVNÁ POHYBLIVÁ RADIOLOKAČNÍ | PEVNÁ [1] POHYBLIVÁ [1] RADIOLOKAČNÍ [1] | [1] C |
| 241–248 | RADIOASTRONOMICKÁ RADIOLOKAČNÍ Amatérská Družicová amatérská 5.138 5.149 | RADIOASTRONOMICKÁ [1] RADIOLOKAČNÍ [1] Amatérská [1] Družicová amatérská [1] 5.138 5.149 | [1] C |
| 248–250 | AMATÉRSKÁ DRUŽICOVÁ AMATÉRSKÁ Radioastronomická 5.149 | AMATÉRSKÁ [1] DRUŽICOVÁ AMATÉRSKÁ [1] Radioastronomická [1] 5.149 | [1] C |
| 250–252 | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) RADIOASTRONOMICKÁ KOSMICKÉHO VÝZKUMU (pasivní) 5.340 5.563A | DRUŽICOVÉHO PRŮZKUMU ZEMĚ (pasivní) [1] RADIOASTRONOMICKÁ [1] KOSMICKÉHO VÝZKUMU (pasivní) [1] 5.340 5.563A | [1] C |
| 252–265 | PEVNÁ POHYBLIVÁ DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) RADIOASTRONOMICKÁ RADIONAVIGAČNÍ DRUŽICOVÁ RADIONAVIGAČNÍ 5.149 5.554 | PEVNÁ [1] POHYBLIVÁ [1] DRUŽICOVÁ POHYBLIVÁ (vzestupný směr) [1] RADIOASTRONOMICKÁ [1] RADIONAVIGAČNÍ [1] DRUŽICOVÁ RADIONAVIGAČNÍ [1] 5.149 5.554 | [1] C |
| 265–275 | PEVNÁ DRUŽICOVÁ PEVNÁ (vzestupný směr) POHYBLIVÁ RADIOASTRONOMICKÁ 5.149 5.563A | PEVNÁ [1] DRUŽICOVÁ PEVNÁ (vzestupný směr) [1] POHYBLIVÁ [1] RADIOASTRONOMICKÁ [1] 5.149 5.563A | [1] C |
| 275–3000 | (nepřiděleno) 5.565 | ||
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Efficacy
This Decision shall enter into force on 1 January 2018.
Minister:
Ing. Havlicek, MBA, Rev.
1) Article 52 of Act No. 49 / 1997 Coll., on Civil Aviation and amending and supplementing Act No. 455 / 1991 Coll., on Business Business (Trade Act), as amended, as amended.
2) 1.117 The document shall record the information in a permanent form and allow preservation and consultation; may take the form of a manuscript or printing material or a still image.
3) 1.125, 1.126 and 1.127 In radio communications, duplex operation and semi-duplex operation generally require two frequencies; Simplex operation may use one or two frequencies.
4) 2.1 When working with the Order, the ITU-R Radiocommunication Office uses the following units: kHz for frequencies up to and including 28 000 kHz, MHz for frequencies up to and including 28 000 kHz up to and including 10 500 MHz, GHz for frequencies up to and including 10 500 MHz.
5) The provision (initially No 5.347A) was renumbered to maintain the continuous order of numbers.
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Regulation Information
| Citation | Decree No. 423 / 2017 Coll., amending Decree No. 105 / 2010 Coll., on the frequency band allocation plan (national frequency table) |
|---|---|
| Regulation Type | Order |
| Author | - |
| Collection | Code of Laws |
| Date of Promulgation | 11.12.2017 |
|---|---|
| Effective from | 01.01.2018 |
| Effective until | - |
| Status | Valid |
The regulation text is for informational purposes only.
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