Radio communication equipment, with the exception of radars, requires confirmation of compliance with the technical regulation of the Republic of Belarus

"Telecommunications. Safety" TP024BY

The following radio frequencies have been allocated for the operation of      the radio electronic means of wireless broadband access (Wi-Fi) in the      territory of the Republic of Belarus

For the operation of radio electronic means of wireless broadband access (Wi-Fi) on the territory of the Republic of Belarus, the following radio frequency bands are allocated:

2400-2483.5 MHz for the operation of radio electronic means of wireless broadband access with a value of equivalent isotropically radiated power (hereinafter referred to as EIRP) of not more than 100 mW (Decision of the State Commission on Radio Frequencies under the Security Council of the Republic of Belarus (hereinafter referred to as the Decision of the Commission) dated 24.12. 2008 No. 35К/08);

2400-2483.5 MHz for the operation of radio electronic means of wireless broadband access of technological telecommunication networks* with an EIRP value of not more than 500 mW (Decision of the commission dated 04.20.2012 No. 09K / 12);

5150-5350 MHz and 5470-5725 MHz for the operation of radio-electronic means of wireless local networks inside buildings, structures and vehicles (Decision of the Commission dated 12/20/2011 No. 24K / 11);

5650-5710 MHz for the operation of radio electronic means of wireless broadband access outside buildings and structures with an EIRP value of not more than 500 mW (Decision of the commission dated December 20, 2018 No. 43K / 18);

5650-5725 MHz and 5785-5875 MHz for the operation of radio electronic means of wireless broadband access of technological telecommunication networks with an EIRP value for the radio frequency band 5650-5725 MHz of not more than 1 W (Decision of the commission dated 06/14/2018 No. 15К/18).

Operation of radio electronic means of wireless broadband access in the radio frequency bands 2400-2483.5 MHz (EIRP not more than 100 mW), 5150-5350 MHz and 5650-5725 MHz (EIRP not more than 200 mW) inside buildings and structures, as well as in a car , railway, inland waterway, urban electric transport (hereinafter referred to as vehicles) and not using antennas installed outside buildings, structures and vehicles is carried out without the appropriate permits for the right to use the radio frequency spectrum on the basis of paragraphs. 7 and 8 of the list established by the Decree of the Ministry of Communications and Informatization of the Republic of Belarus dated 01.07.2013 No. 9. Preferred radio frequency channels in the radio frequency bands 5150-5350 MHz and 5650-5725 MHz for the assignment of radio electronic means of wireless broadband access are presented in the in the Appendix.

If it is necessary to operate by legal entities or individual entrepreneurs radio electronic means of wireless broadband access outside buildings, structures and vehicles in the radio frequency bands:

2400-2483.5 MHz with an EIRP value of not more than 100 mW (for technological telecommunication networks with an EIRP value of not more than 500 mW);

5650-5710 MHz with an EIRP value of not more than 500 mW;

5650-5725 MHz (with an EIRP value of not more than 1 W) and 5785-5875 MHz for technological telecommunication networks - registration and obtaining permits from the state enterprise "BelGIE" for the right to use the radio frequency spectrum are required.

If it is necessary for legal entities or individual entrepreneurs to operate radio electronic means of wireless broadband access with EIRP exceeding the values indicated above, or outside the specified radio frequency bands, it is additionally required to obtain a Commission Decision on the allocation of radio frequency bands, radio frequency channels or radio frequencies.

The order of consideration of materials and allocation of radio frequency channels is determined by the Decree of the President of the Republic of Belarus dated April 15, 2013 No. 192

Summary table of frequencies

8. Model Management

Radio frequency and regulatory and information parameters for model control systems and devices that are designed solely for the purpose of controlling the movement of models in the air, on land, above or below the surface of the water. These bands are not exclusive to this type of application.

9. Inductive applications

Radio frequency identifications, as well as regulatory and information parameters recommended for inductive applications, including automotive blockers (immobilizers), radio frequency identifiers (RFID) for automatic identification of goods, asset tracking, alarm systems, waste management, identification, access control, proximity sensors, anti-theft systems, location systems, data transmission to portable devices (e.g., NFC), and systems for wireless control, animal identification, cable detection, wireless communication, voice communication, automatic toll payment, and anti-theft systems, including rf anti-theft systems (e.g., EAS). It should be noted that other types of anti-theft systems may operate under other available applications.

standard frequency and time signals to be protected in the 9-90 kHz and 119-135 kHz bands

1.The size of the antenna is described by the distance between the two points on the antenna that have the greatest distance between them (for example, for a rectangular antenna with the largest - diagonal; for a round antenna - diameter).

2.In the case of using an integral or remote frame antenna in the bands of 9-90 kHz and 119-135 kHz with an area between 0.05 sq. m and 0.16 sq. m., the field strength is reduced to 10 *Log (area / 0.16 sq. m.); for an antenna with an area of less than 0.05 sq. m. the field strength is reduced to 10 dB.

3.RFID operating in the 119-135 kHz band must conform to the spectrum mask given in EN 300 330. This will allow simultaneous use of different subranges in the range of 90-148.5 kHz.

4.Ki ll) operating in the 13.56 MHz band shall meet the transmission mask and antenna requirements for all combined frequency segments as described in EN 300 330.

Additional Information

Users should be aware that emissions from inductive applications may cause interference to nearby receivers of other radio services .

Particular attention should be paid to the more stringent protection requirements defined by the ITU for radio frequencies used for emergency communications in the same or adjacent radio frequency bands.

10. Radio microphones, assistive devices for the hearing impaired, wireless audio and multimedia systems

the radio frequency bands and the regulatory and informational parameters recommended for radio microphone systems (wireless microphones), including assistive hearing aids ( ALDs ). Radio microphones are small, low power (typically 50 mW or less) sound transmitters designed to be worn on body, hands. Receivers are tailored to a specific use and can range in size from small and portable to mounted as part of a multi-channel system. This Annex covers professional and consumer radio microphones, both hand-worn and body-worn, in-ear monitors for use in concerts or other stage productions, and assistive hearing aids ( ALDs ). ALD these are specific radio microphone systems that capture the acoustic signal transmitted over the radio for listening on an auxiliary receiver.

The provisions of this Annex also apply to wireless audio and video streaming systems for transmitting audio/video information and synchronizing audio/video signals, including such as wireless speakers, wireless headphones, low-power short-range FM transmitters operating in the FM band 87, 5-108 MHz, which are used by a single user of the radio frequency spectrum to provide radio communications between a specified individual's personal audio devices, including mobile phones, and car or home entertainment systems.

The RF band limits should be considered as the tuning range within which a device can be designed to operate.

11. Radio frequency identifiers

Radio frequency identification and regulatory and information parameters recommended for radio frequency identifiers (RFID), including applications for automatic identification of goods, asset tracking, alarm systems, waste management, personal identification, access control, proximity sensors, anti-theft systems, location systems, data transmission to handheld devices and wireless systems Management. It should be noted that other types of RFIDsystems can be used according to other available applications.

Notes:

1.Request transmission in the 865-868 MHz band at ERP 2 W is allowed only in four channels with central frequencies of 865.7 MHz, 866.3 MHz, 866.9 MHz and 867.5 MHz with a maximum bandwidth of 200 kHz. RFID tags respond with a very low power level (ERP -20 dBm) in the frequency range around the channels of the RF queryer.

2.Request transmission in the 915-921 MHz band at ERP 4 W is allowed only in four channels with central frequencies of 916.3 MHz, 917.5 MHz, 918.7 MHz and 919.9 MHz with a maximum bandwidth of 400 kHz. RFID tags respond with a very low power level (ERP -10 dBm) in the frequency range around the channels of the RF queryer.

4.The maximum period of continuous transmission of requests per channel should not exceed 4 seconds, and the period between consecutive polling transmissions on one channel should be at least 100 ms in order to ensure the most efficient use of the available channels for the common benefit of all users.

Further reading

In addition to the above requirements, RFID devices operating in the 2446-2454 MHz band, whose radiation power may exceed 500 mW, must be equipped with an automatic power control (APC) system to reduce the radiated power below 500 mW; This automatic power control shall guarantee a power reduction of up to 500 mW in cases where the device is moved and used outside the boundaries of the building or user's premises as described above.

Any radiation from RFID devices operating in the 2446-2454 MHz band when measured outside the building at a distance of 10 meters should not exceed the field strength of 500 mW generated by RFID devices mounted outside buildings when measured at the same distance. If the building consists of a number of spaces, such as shops within a sales floor or shopping center, then the measurements should refer to the boundary of the premises for users inside the building.

RfID radio frequency center frequencies in the 865-868 MHz band: 864.9 MHz + (0.2 MHz* channel number)

The following radio channel numbers are available for each sub-band:

865-865.6 MHz: 1-3

865.6-867.6 MHz: 4-13

867.6-868 MHz: 14-15

Note: for the same equipment, work in several subranges is allowed.

Frequency hopping methods or other methods of propagating radio waves should not be used.

The 918-921 MHz band can be used for GSM-R or ER-GSM systems, and access by UHF RFID applications to part of the 918-921 MHz band requires the application of interference mitigation techniques such as DAA, as set out in the ESA Report 200.

12. Low-power active medical implants

Radio frequency bands, as well as regulatory and information parameters recommended for active medical implant devices and their corresponding peripheral devices.

13. Medical Data Collection Devices

Radiofrequency data, as well as regulatory and information parameters recommended for medical data collection applications.

They cover the transfer of unocularized data to (from) non-implantable medical devices for the purpose of monitoring, diagnosing and treating patients in health facilities or homes as directed by authorized health professionals, including:

very low-power wireless medical capsules ULP-WMCE [Ultra-Low Power Wireless Medical CapsuleEndoscopy], designed for use in medicine to obtain optical internal images of a person with high resolution of the digestive tract and thus providing a tool for non-invasive diagnosis and treatment of gastrointestinal diseases;

Medical Body Network (MBANS) systems used to collect medical data intended for use in health care settings and patient homes. These are low-power LAN systems used to transmit non-verbal data to and from medical devices for the purpose of monitoring, diagnosing, and treating patients, as prescribed properly by health care providers, and are defined only in medical devices. Purposes.

Additional Information

MBANS equipment must implement a spectrum access mechanism as described in the European standard EN 303 203 or equivalent spectrum access mechanism. The modulation bandwidth for MBANS shall not exceed 3 MHz.

A.F.A. [ Adaptive Frequency Agility] - adaptive frequency tuning. Automatic tuning of the operating frequency (within the set operating frequencies) according to a given algorithm in case the channel is busy or interference is detected in it;

ALD [ Assistive listening Devices ] - assistive hearing aids.

AVI [ Automatic vehicle Identification for Railways ] - Automatic identification of vehicles for railways.

DAA [ Detect and Avoid ] - "recognize and avoid" mode;

EAS [ Electronic article Surveillance ] - a system of electronic control of goods (articles);

ERC / REC 70-03 European _Radio communications committee / recommendation 70-03] - the 70th Recommendation developed by the European Radiocommunication Committee.

FHSS [ Frequency Hopping Spread Spectrum ] - spreading the spectrum through radio frequency hopping. A method for generating a broadband radio signal based on dividing the allocated radio frequency band into several radio frequency channels. The transmitter emits a radio signal at one frequency for a fixed amount of time and then switches to another frequency channel, where it transmits using the same code sequence.

FMCW [ Frequency Modulated Continuous Wave ] - continuous frequency-modulated signal;

GBSAR [ Ground based Synthetic Aperture Radar ] - ground-based synthetic aperture radar;

GPR / WPR [ Ground - and wall Probing Radars ] - radars for measuring the thickness of the ground layer and walls;

ITS [Intelligent Transportation Systems] - intelligent transport systems ;

LAES [Location Application for Emergency Services] - systems definitions locations for services salvation ;

LBT [ listen before talk] - listen before talk mode how transmit ." A mode combination consisting of a listening mode followed by a transmitting mode;

LP - AMI [ Low power Active Medical Implant ] - low-power active medical implant;

LT 2 [ Location ] tracking type 2] - location tracking, type 2;

MBANS [Medical Body Area Network Systems] - systems medical bodily networks ;

NFC [Near Field Communications] - communication in close field . A short-range wireless data transmission technology that allows the exchange of data between devices located at a distance of about 10 centimeters.

PMSE [ Program Making Special Events] - creation programs special events. Equipment that is used to support broadcasting, news gathering, special events such as cultural events, concerts, sporting events, conferences.

RFID [Radio Frequency Identification] - radio frequency identification . A method for automatically identifying objects, in which data stored in so-called transponders, or RFID tags , are read or written using radio signals .

SRD [ Short Range Devices ] - short range radio communication devices. Transceiver systems or devices with very little ability to interfere with other radio equipment;

SRR [ Short Range Radar ] - short-range radar;

TLPR [ Tank Level Probing Radar ] - radar for measuring the level in the tank;

TTT [ Transport and Traffic Telematics ] - telematic devices in transport. Transport control systems and devices and integrated means for processing and transmitting traffic data;

ULP - AMI [ Ultra low power Active Medical Implants ] - very low power active medical implants ;

UWB [ Ultra WideBand ] - ultra-wide band. A low-power, short-range wireless communication technology that uses ultra-wideband signals with extremely low power spectral density as a carrier.

WMCE [Wireless Medical Capsule Endoscopy] - wireless medical capsule endoscopy;

EIIM [ e . i . r . p ] is the equivalent isotropically radiated power. The product of the power supplied to the antenna and the gain of this antenna in a given direction relative to an isotropic antenna (Article 1.161 of the regulation radio communications);

EIM [ egr ] - effective radiated power. The product of power, supplied to the antenna, on the gain of this antenna in a given direction relative to the half-wave dipole (Article 1.162 of the Radio Regulations).

IN CASE OF INSPECTION OF THE ACTIVITIES OF THE ENTERPRISE BY THE STATE CONTROL / SUPERVISION BODIES, IT WILL BE NECESSARY TO PRESENT DOCUMENTS ON THE CONFORMITY ASSESSMENT OF PRODUCTS, GOODS, SERVICES.

AN EXEMPTION LETTER WILL BE AN INDICATION THAT THERE IS NO NEED FOR SUCH DOCUMENTS.