Regulations on general authorization for the use of frequencies (Regulations)


Date FOR-2012-01-19-77


Affairs Ministry


Published in 2012 Booklet 3


Commencement 19/01/2012

Edited
FOR-2015-11-24-1359

Changes
FOR 2009-06-02-580

For
Norway

Legal

LOV-2003-07-04-83-§6-2, TO-2013-06-14-619

Promulgated
31.01.2012 kl. 14.50


Corrected 01.01.2016 (§ 25)

Short Title
Fribruksforskriften

Chapter Overview:

Chap. I. Introductory provisions (§§ 1-4)
Chap. II. Frequency which require registration (Simplified Licensing) (§5)
Chap. III. Equipment for short-range communication (§§ 6-10)
Chap. IV. Data Transfer (§§ 11-13)
Chap. V. Wireless audiovisual equipment (§§ 14-17)
Chap. WE. Inductive systems (§18)
Chap. VII. Medical application (§§ 19-20)
Chap. VIII. Alarm systems (§§ 21-22)
Chap. IX. Equipment for measuring position, speed and other characteristics (§§ 23-30)
Chap. X. Ultra-Wideband (§§ 31 - 35a)
Chap. XI. Remote control (§36)
Chap. XII. Satellite terminals and satellite earth stations for stationary and mobile use (§§ 37-39)
Chap. XIII. Mobile Radio, baby monitors and pagers (§§ 40-42)
Chap. XIV. Use of equipment for mobile communications on vessels and aircraft (§§ 43-45)
Chap. XV. Railway Signalling and vehicle identification (L-46)
Chap. XVI. Final provisions (Section 47)

Adopted by the NPT (now Norwegian Post and Telecommunications Authority) January 19, 2012 pursuant to the Act of 4 July 2003. 83 of the Electronic Communications (Act) § 6-2, ref. Of functions resolutions of 4 July 2003 . 881.
Added authority: Delegation decision 14 June 2013 no. 619.
EEA information: EEA agreement Annex XI. 5Cr (decision 2005/50 / EC as amended by decision 2011/485 / EU) no. 5Cs (decision 2005/513 / EC, as amended by decision 2007/90 / EC) no. 5ct (decision 2005/928 / EC, as amended by decision 2008/673 / EC) no. 5cv (decision 2007 / 98 / EC) no. 5cw (decision 2007/131 / EC, as amended by decision 2009/343 / EC) no. 5cz (decision 2006/771 / EC, as amended by decision 2008/432 / EC, decision 2009/381 / EC, decision 2010/368 / EC and decision 2011/829 / EU) no. 5cza (decision 2006/804 / EC) no. 5czc (decision 2008/294 / EC) no. 5czf (decision 2008/671 / EC) no. 5czg (decision 2010/166 / EU) no. 26m (Recommendation 2010/167 / EU) and no. 5czj (decision 2014/641 / EU).
Changes: Amended by regulations 28 April 2014 No.. 591, June 17, 2014 no. 811, November 24, 2015 No.. 1359.
Changes in regulations 24 November 2015 No.. 1359 when Norwegian Post and Telecommunications Authority determines.
Corrections: 06/05/2014 (§ 35 third paragraph), 01/12/2015 (§ 5), 1.1.2016 (§ 25).

Chap. I. Introductory provisions

§ 1. Geographical scope These regulations do not apply to frequencies in the 2 GHz-32 GHz in the geographical area within a radius of 20 km from Ny-Ålesund.

§ 2. Definitions
(1) Transmission time: the time a radio transmitter is active, expressed as a percentage of one hour.

(2) Maximum occupied bandwidth: the bandwidth containing 99 percent of the signal's average power.

(3) Channel separation: distance between the center frequencies of two adjacent channels.

(4) Equivalent isotropic radiated power (EIRP), the product of the power transmitted to the antenna and the antenna gain in a given direction relative to an isotropic antenna (absolute or isotropic reinforcement).

(5) Maximum permitted mean eirp spectral power density: set as eirp per unit bandwidth; maximum average radiated power per unit bandwidth in the direction of the radio equipment rays with the highest effect under the circumstances in which the measurement is carried out below.

(6) Peak power: set as eirp within a given bandwidth at the frequency which has the highest average radiated power, radiated in the direction of the maximum level under the conditions that the measurement is performed under.

§ 3. Interference frequencies pursuant to regulations is not protected against interference from other lawful frequency use, unless required by these regulations. Frequency use pursuant to Regulations shall be arranged so that it does not reduce the quality of services operated pursuant to individual frequency licenses.

§ 4. Use of frequencies below 8.3 kHz and above 3,000 GHz frequencies in the electromagnetic spectrum below 8.3 kHz and above 3,000 GHz is authorized on condition that one does not disturb other lawful frequency use.

Chap. II. Frequency which require registration (simplified licensing)

§ 5. (Repealed)

Chap. III. Equipment for short-range communication


§ 6. Cordless telephones frequency band 1880-1900 MHz is authorized for Digital Enhanced Cordless Telecommunications (DECT) (Digital Enhanced Cordless Telecommunications) frequency use described in the standard EN 301 406. Nominal transmission power is a maximum of 250 mW (24 dBm) and antenna gain up to 2 dBi for omnidirectional antennas and up to 6 dBi directional antennas.

§ 7. Metering
(1) frequency bands 169.400 to 169.475 MHz is authorized for meter reading as described in the standard EN 300 220. Maximum permitted radiated power is 500 mW erp The maximum permitted occupied bandwidth is 50 kHz. Duty cycle is less than 10 percent.

(2) center frequencies 444.675 MHz, 444.700 MHz and 444.725 MHz is authorized for meter reading. Maximum permitted radiated power is 500 mW erp The maximum permitted occupied bandwidth is 75 kHz. Duty cycle is less than 20 percent.

§ 7a. Measuring
(1) the frequency band from 870 to 875.6 MHz is authorized for measuring equipment as described in the standard EN 303 204. Maximum permitted radiated power is 500 mW erp with a maximum transmission time of 2.5 per cent and the use of APC (Adaptive Power control) (automatic control of signal strength). Maximum occupied bandwidth is 200 kHz. Measuring include various types of sensors for measuring water, gas, electricity, meteorology, pollution, allergens in the environment, electromagnetic pollution, and control equipment for traffic control and more. For nettverkskonsentrator (Network Relay Points) in urban and rural networks concerning permitted airtime up to 10 percent assuming the use of APC and "Listen Before Talk mechanism". In addition, the requirements of either the use of other interference mitigation measures described in harmonized standards or coordination in geographic areas with a high concentration of such networks.

(2) frequency band from 2483.5 to 2500 MHz is authorized indoors in health care to medical body- systems (mBan) (Medical Body Area Network Systems) as described in the standard EN 303 203. Maximum permitted radiated power is 1 mW eirp with a maximum airtime of 10 percent. It will be used spectrum access techniques and interference mitigation measures that provide at least the same effect as techniques described in harmonized standards. Maximum occupied bandwidth is 3 MHz.

(3) frequency band from 2483.5 to 2500 MHz is authorized indoors in the patient's home for medical body- systems (mBan) (Medical Body Area Network Systems) as described in the standard EN 303 203. Maximum permitted radiated power is 10 mW eirp with a maximum transmission time of 2 per cent. It will be used spectrum access techniques and interference mitigation measures that provide at least the same effect as techniques described in harmonized standards. Maximum occupied bandwidth is 3 MHz.

§ 8. Miscellaneous equipment for short-range communication
(1) The frequency band 6765-6795 kHz is authorized as described in the standard EN 300 330. Maximum permitted field strength is 42 dBμA / m at a distance of 10 meters.

(2) frequency band 13553-13567 MHz is authorized as described in the standard EN 300 330. Maximum permitted field strength is 42 dBμA / m at a distance of 10 meters.

(3) frequency band 26957-27283 MHz is authorized as described in the standard EN 300 220. Maximum permitted radiated power is 10 mW erp

(4) frequency bands 26990-27000, 27040-27050, 27090-27100, 27140-27150 and 27190-27200 MHz is authorized with a maximum radiated power of 100 mW erp Maximum airtime is less than 0.1 percent. There are no restrictions on broadcasting time for controllers to models.

(5) frequency band 40,660-40,700 MHz is authorized as described in the standard EN 300 220. Maximum permitted radiated power is 10 mW erp

(6) frequency band from 138.20 to 138.45 MHz is authorized as described in the standard EN 300 220. Maximum permitted radiated power is 10 mW erp Maximum airtime is less than 1 percent, unless "Listen Before Talk mechanism" (LBT) (Listen before talk) as described in EN 300 220 is used.

(7) frequency band from 169.4000 to 169.4750 MHz is authorized as described in the standard EN 300 220. Maximum permitted radiated power is 500 mW erp The maximum permitted occupied bandwidth is 50 kHz. Maximum airtime is 1.0 percent.

(8) frequency band from 169.4000 to 169.4875 MHz is authorized as described in the standard EN 300 220. Maximum permitted radiated power is 10 mW erp Maximum airtime is less than 0.1 percent, unless "Listen Before voice mechanism "as described in EN 300 220 is used.


(9) frequency band from 169.4875 to 169.5875 MHz is authorized as described in the standard EN 300 220. Maximum permitted radiated power is 10 mW erp Maximum airtime is less than 0.001 percent, except at 00:00 pm to 06:00 local time then the maximum transmission time is less than 0.1 percent. This applies unless "Listen Before Talk mechanism" as described in EN 300 220 is used.

(10) frequency band from 169.5875 to 169.8125 MHz is authorized as described in the standard EN 300 220. Maximum permitted radiated power is 10 mW erp Maximum airtime is less than 0.1 percent, unless "Listen Before voice mechanism "as described in EN 300 220 is used.

(11) of the frequency band 433.050 to 434.790 MHz is authorized with a maximum radiated power of 10 mW erp Maximum airtime is less than 10 percent.

(12) of the frequency band 433.050 to 434.790 MHz may be used as described in EN 300 220 with maximum radiated power of 1 mW erp For signals with bandwidths greater than 250 kHz will power spectral density will be less than -13 dBm / 10 kHz. Voice applications allowed if interference mitigation measures employed.

(13) frequency band 434,040-434,790 MHz can be used as described in the EN 300 220 with maximum radiated power 10 mW erp Maximum occupied bandwidth per channel is 25 kHz. For occupied bandwidths of more than 25 kHz applies a limitation in time on 10 percent. The transmission time can be continuous if the channel spacing does not exceed 25 kHz. Voice applications allowed if interference mitigation measures employed.

(14) of the frequency band 863-865 MHz is authorized. Maximum permitted radiated power is 25 mW erp Maximum airtime is less than 0.1 percent. Transmission time can exceed 0.1 percent if used interference mitigation measures that provide at least the same effect as techniques described in harmonized standards. For use for wireless audio and multimedia equipment is allowed a continuous airtime with a maximum radiated power of 10 mW erp

(15) of the frequency band 865-868 MHz is authorized. Maximum permitted radiated power is 25 mW erp Maximum airtime is less than 1 percent. Transmission time can exceed 1 percent if used interference mitigation measures that provide at least the same effect as techniques described in harmonized standards.

(16) of the frequency band 868.000 to 868.600 MHz is authorized. Maximum permitted radiated power is 25 mW erp Maximum airtime is less than 1 percent. Transmission time can exceed 1 percent if used interference mitigation measures that provide at least the same effect as techniques described in harmonized standards.

(17) of the frequency band 868.700 to 869.200 MHz is authorized. Maximum permitted radiated power is 25 mW erp Maximum airtime is less than 0.1 percent. Transmission time can exceed 0.1 percent if used interference mitigation measures that provide at least the same effect as techniques described in harmonized standards.

(18) of the frequency band 869.400 to 869.650 MHz is authorized. Maximum permitted radiated power is 500 mW erp The maximum transmission time is less than 10 percent. Transmission time can exceed 10 percent if used interference mitigation measures that provide at least the same effect as techniques described in harmonized standards. Frequency band may also be used as one channel for data transmission.

(19) of the frequency band 869.700 to 870.000 MHz is authorized as described in the standard EN 300 220. Maximum permitted radiated power is 5 mW erp Maximum permitted radiated power is 25 mW erp if airtime is less than 1 percent. The transmission time can still exceed 1 percent if used interference mitigation measures that provide at least the same effect as techniques described in harmonized standards.

(20) of the frequency band 870-876 MHz and 915-921 MHz is authorized. Maximum permitted radiated power is 25 mW erp with a maximum transmission time of 0.1 percent. Maximum occupied bandwidth is 200 kHz.

(21) frequency band from 870 to 875.8 MHz is authorized. Maximum permitted radiated power is 25 mW erp with a maximum transmission time of 1 percent. Maximum occupied bandwidth is 600 kHz.

(22) of the frequency band 915.2 to 920.8 MHz is authorized. Maximum permitted radiated power is 25 mW erp, and 100 mW erp for center frequencies 916.3 MHz, 917.5 MHz, 918.7 MHz and 919.9 MHz. Sending Time limit is 1 percent, except for sending time limit for radio frequency identification tags (RFID tags) that communicate with RFID reader and operating at center frequencies 916.3 MHz, 917.5 MHz, 918.7 MHz and 919.9 MHz. Maximum occupied bandwidth is 600 kHz, and 400 kHz for center frequencies 916.3 MHz, 917.5 MHz, 918.7 MHz and 919.9 MHz.


(23) frequency band from 2400.0 to 2483.5 MHz is authorized. Maximum permitted radiated power is 10 mW eirp

(24) The frequency band 5725-5875 MHz is authorized. Maximum permitted radiated power is 25 mW eirp

(25) frequency bands from 24.00 to 24.25 GHz, 61.0 to 61.5 GHz, 122-123 GHz and 244-246 GHz is authorized. Maximum permitted radiated power is 100 mW eirp The frequency band from 122.00 to 122.25 GHz is authorized with a maximum mean spectral power density of 10 dBm / 250 MHz eirp and a maximum of -48 dBm / MHz at elevation angle of 30 degrees.

(26) of the frequency band 57-64 GHz is authorized with a maximum radiated power of 100 mW eirp and a maximum permitted transmission power of 10 dBm. Maximum permitted mean spectral power density is 13 dBm / MHz.

§ 9. Radio frequency identification equipment
(1) frequency band 13553-13567 MHz is authorized for radio frequency identification devices (RFID) (Radio-frequency identification) and Electronic Article Surveillance (EAS) (Electronic article surveillance) as described in the EN 300 330. Maximum permitted field strength is 60 dBμA / m at a distance of 10 meters. In connection with the use of the frequency band 13553-13567 MHz is also allowed the use of RFID in these frequency bands with a spectrum mask as described in the EN 300 330:

A)
from 13,460 to 13.553 MHz and 13.567 to 13.660 MHz. Maximum permitted field strength is 27 dBμA / m at a distance of 10 meters.

B)
13.360 to 13.460 MHz and 13,660 to 13,760 MHz. Maximum permitted field strength is linearly decreasing from 27 dBμA / m to -3.5 dBμA / m at a distance of 10 meters.

C)
13.110 to 13.360 MHz and 13760 to 14010 MHz. Maximum permitted field strength is -3.5 dBμA / m at a distance of 10 meters.

D)
12660-13110 MHz and 14,010 to 14,460 MHz. Maximum permitted field strength is -5 dBμA / m at a distance of 10 meters.

(2) the frequency band 865-868 MHz is authorized for radio frequency identification devices (RFID) as described in the standard EN 302 208.

(3) center frequencies 916.3 MHz, 917.5 MHz, 918.7 MHz and 919.9 MHz is authorized for radio frequency identification devices (RFID) as described in EN 302 208 when it is expected that RFID chips are near the RFID reader. Maximum permitted radiated power is 4 W erp Maximum occupied bandwidth is 400 kHz for each of the center frequencies 916.3 MHz, 917.5 MHz, 918.7 MHz and 919.9 MHz. RFID reader is sending time 1 second maximum and minimum quiet time 100 milliseconds provided the use time division frequency use. By frequency division user applies no restrictions on airtime.

(4) The frequency band 2446-2454 MHz is authorized for radio frequency identification devices (RFID) as described in the EN 300 440 and EN 300 761. Maximum permitted radiated power is 500 mW eirp At indoor use is maximum radiated power 4 W if frequency hopping is used and the time the transmitter is active does not exceed 15 percent for a period of 200 milliseconds.

§ 10. FM transmitters with low power frequency band 87.5-108.0 MHz is authorized for wireless audio frequency use described in the standard EN 301 357. Maximum permitted radiated power is 50 nW erp

Chap. IV. Data transfer

§ 11. Wireless networks
(1) frequency band from 2400.0 to 2483.5 MHz is authorized for data transmission with frequency hopping (FHSS) (frequency-hopping spread spectrum) that interference mitigation measures as described in EN 300 328. maximum permitted radiated power is 100 mW eirp and 100 mW per 100 kHz eirp spectral power density. For other spread spectrum techniques than FHSS, the maximum permitted spectral power density 10 mW / MHz eirp

(2) The frequency band 5150-5350 MHz is authorized for indoor data transmission with maximum radiated power of 200 mW eirp frequency use described in the standard EN 301 893. In other use than indoor use the average power spectral density in the frequency band 5150- 5350 MHz is limited to 10 mW / MHz eirp in any 1 MHz area. Wireless axis systems (WAS) (Wireless Access Systems) and radio-based local area networks (RLAN) (Radio Local Area Networks) operating in the frequency band 5250-5350 MHz shall implement transmit power control (TPC) (Transmit Power Control) which gives an average attenuation of at least 3 dB relative to the maximum radiated power. If TPC is not in use, the maximum permitted radiated power 3 dB lower than that in the first and second sentence. The radio equipment shall use Dynamic Frequency Selection (DFS) (Dynamic Frequency Selection) as described in the standard EN 301 893.


(3) The frequency band 5470-5725 MHz is authorized for data transmission with maximum radiated power of 1 W eirp Maximum mean spectral power density shall not exceed 50 mW / MHz eirp in any 1 MHz band. Wireless axis systems (WAS) and radio-based local area networks (RLAN) operating in the frequency band 5470-5725 MHz shall implement transmit power control (TPC), which gives an average attenuation of at least 3 dB relative to the maximum radiated power. If TPC is not in use, the maximum permitted radiated power and spectral power density -3 dB lower than that in the first and second sentence. The radio equipment shall use Dynamic Frequency Selection (DFS) as described in the standard EN 301 893.

(4) frequency bands 5725-5795 MHz and 5815-5850 MHz is authorized for data transmission with maximum radiated power of 4 W eirp Maximum mean spectral power density shall not exceed 200 mW / MHz eirp in any 1 MHz band. The radio equipment shall implement dynamic frequency selection (DFS) as described in the standard EN 302 502. The radio equipment shall implement Transmitter Power Control (TPC), which gives an average attenuation of at least 3 dB. If TPC is not in use, the maximum permitted radiated power and spectral power density -3 dB lower than that in the first and second sentence. On the border between Norway and neighboring power density shall not exceed -122.5 dBW / m² measured with a reference bandwidth of 1 MHz unless otherwise determined in coordination appointment.

(5) of the frequency band 57-66 GHz is authorized for indoor wireless data transmission with maximum average power of 40 dBm eirp as described in the standard EN 302 567. Maximum permitted spectral power density is 13 dBm / MHz. Use the permanent outdoor installation not permitted. It will be used spectrum access techniques and interference mitigation measures that provide at least the same effect as techniques described in harmonized standards.

§ 12. Radio Line
(1) the frequency bands 5725-5795 MHz and 5815-5850 MHz is authorized for point-to-point operation with maximum radiated power 200 W eirp Maximum permitted power supplied antenna is 1 W. Maximum average spectral power density shall not exceed 10 W / MHz eirp term point-to-point operation excludes all kinds of point-to-multipoint, omnidirectional applications and transmitters with the same information on the same (sector). The radio equipment shall implement dynamic frequency selection (DFS) as described in the standard EN 302 502. On the border between Norway and neighboring power density shall not exceed -122.5 dBW / m² measured with a reference bandwidth of 1 MHz unless otherwise determined by the coordination agreement.

(2) The frequency band 57.1 to 65.9 GHz is authorized for point-to-point operation for fixed outdoor installation. Maximum permitted radiated power is 55 dBm eirp Minimum antenna gain is 30 dBi. Radio equipment that meets the requirements of standard EN 302 217-3 authorized with maximum power supplied to the antenna at 10dBm. On the border between Norway and neighboring power density shall not exceed -122.5 dBW / m² measured with a reference bandwidth of 1 MHz.

§ 13. telematics to transport and traffic purposes
(1) the frequency band from 870 to 875.8 MHz is authorized for vehicle-to-vehicle applications and vehicle interior applications as described in the standard EN 300 220. Maximum permitted radiated power is 500 mW erp with a maximum transmission time of 0.1 percent for vehicle-to-vehicle applications and 100 mW erp with a maximum transmission time of 0.1 percent for vehicle interior applications. There are requirements for the use of APC (Adaptive Power Control) (Automatic control of signal strength). Maximum occupied bandwidth is 500 kHz.

(2) The frequency band 5795-5813 MHz is authorized as described in EN 300 674 to chip systems. Maximum permitted radiated power from roadside equipment is 2 W eirp must be used interference mitigation measures that provide at least the same effect as techniques described in harmonized standards.

(3) The frequency band 5875-5905 MHz is authorized for safety-related applications of Intelligent Transport Systems (ITS). Maximum spectral power density is 23 dBm / MHz eirp and maximum radiated power is 33 dBm eirp Maximum occupied bandwidth per channel is 10 MHz. It will be used to send power control (TPC), which at least provides a control range of 30 dB. The frequency band 5875-5905 MHz is authorized as described in EN 302 571.

(4) of the frequency band 63-64 GHz is authorized for safety-related applications of Intelligent Transport Systems (ITS). Frequency band is authorized as described in the standard EN 302 686. Maximum permitted radiated power is 40 dBm eirp


(5) The following frequency bands is authorized as described in EN 302 858-2 to telematics for road transport and traffic purposes

A)
24050-24075 GHz with maximum radiated power 100 mW eirp

B)
24075-24150 GHz with maximum radiated power 0.1 mW eirp

C)
24150-24250 GHz with maximum radiated power 100 mW eirp

Chap. V. Wireless audiovisual equipment

§ 14. Wireless microphones
(1) The following frequency bands authorized for wireless microphones

A)
41.0 to 43.6 MHz. Maximum permitted radiated power is 10 mW erp Permitted to use the frequency use described in the standard EN 300 422. Amplitude modulation is not permitted.

B)
Available frequencies in 510-790 MHz according to specifications given in the internet service provided by the frequency authority. Maximum permitted radiated power is 50 mW erp

C)
823-826 MHz. Maximum permitted radiated power is 20 mW eirp For use is limited to body worn microphone is maximum radiated power 100 mW eirp

D)
826-832 MHz. Maximum permitted radiated power is 100 mW eirp

E)
1492-1518 MHz. Permitted to use indoors with a maximum radiated power of 50 mW eirp

(2) The frequency band 1785-1805 MHz is authorized for handheld microphone in accordance with the table.

Frequency
maximum permitted eirp spectral power density for handheld microphone

<1785 MHz
-17 dBm / 200kHz

1785 to 1785.2 MHz
4 dBm / 200kHz

1785.2 to 1803.6 MHz
13 dBm / channel

1803.6 to 1804.8 MHz
10 dBm / 200kHz, with a limit of 13 dBm / channel

1804.8 to 1805 MHz
-14 dBm / 200kHz

> 1805 MHz
-37 dBm / 200kHz

(3) The frequency band 1785-1805 MHz is authorized for wearable microphone in accordance with the table.

Frequency
maximum permitted eirp spectral power density for wearable microphone

<1785 MHz
-17 dBm / 200kHz

1785 to 1804.8 MHz
17 dBm / channel

1804.8 to 1805 MHz
0 dBm / 200kHz

> 1805 MHz
-23 dBm / 200kHz

§ 15. Ancillary captioning
(1) frequency band 169.4 to 174.0 MHz is authorized for aids for the hearing impaired. Maximum permitted radiated power is 10 mW erp For frequencies 169.4000 to 169.4750 MHz and 169.4875 to 169.5875 MHz, the maximum permitted radiated power is 500 mW erp Maximum occupied bandwidth per channel is 50 kHz. Frequencies authorized in accordance with the frequency use described in the standard EN 300 422.

(2) the frequencies 916.3 MHz, 917.5 MHz, 918.7 MHz and 919.9 MHz is authorized indoor digital listening assistance systems (ALD) (Assistive Listening Devices). Maximum permitted radiated power is 10 mW erp and airtime is 25 percent. Maximum occupied bandwidth per channel is 400 kHz. Frequencies authorized in accordance with the frequency use described in the standard EN 300 422.

§ 16. Wireless audio
(1) the frequency band 863-865 MHz is authorized for cordless audio equipment and audio equipment for multimedia streaming services. Maximum permitted radiated power is 10 mW erp frequency band is authorized as described in the standard EN 301 357.

(2) frequency band 864.8 to 865.0 MHz is authorized for analog voice equipment. Maximum permitted radiated power is 10 mW erp Channel separation is 50 kHz. Frequency band is authorized as described in the standard EN 300 220.

§ 17. Mobile video links the center frequencies 2327 MHz and 2390 MHz is authorized for mobile video links with maximum radiated power 2 W eirp Maximum occupied bandwidth per channel is 8 MHz.

Chap. WE. Inductive systems

§ 18. Inductive systems
(1) the frequency band 9-90 kHz is authorized for inductive systems. Maximum permitted field strength is 72 dBμA / m at a distance of 10 meters.

(2) the frequency band 119-135 kHz is authorized for inductive systems. Maximum permitted field strength is 66 dBμA / m at a distance of 10 meters.

(3) frequency bands 90-119 kHz, 135-140 kHz, 6765-6795 kHz, 13553-13567 MHz and 26957-27283 MHz is authorized for inductive systems. Maximum permitted field strength is 42 dBμA / m at a distance of 10 meters. In connection with the use of the frequency band 13553-13567 MHz is also allowed the use of RFID in these frequency bands with a spectrum mask as described in the EN 300 330:

A)
13410-13553 MHz and from 13,567 to 13,710 MHz. Maximum permitted field strength is 9 dBμA / m at a distance of 10 meters.

B)
13,110 to 13.410 MHz and 13,710 to 14,010 MHz. Maximum permitted field strength is -3.5 dBμA / m at a distance of 10 meters.

C)
12660-13110 MHz and 14,010 to 14,460 MHz. Maximum permitted field strength is -10 dBμA / m at a distance of 10 meters.

D)

11810 to 12660 MHz and 14.460 to 15.310 MHz. Maximum permitted field strength is -16 dBμA / m at a distance of 10 meters.

(4) of the frequency band 140.0 to 148.5 kHz is authorized for inductive systems. Maximum permitted field strength is 37.7 dBμA / m at a distance of 10 meters.

(5) of the frequency band 148.5 to 5000.0 kHz is authorized for inductive systems. Maximum permitted field strength is -15 dBμA / m at a distance of 10 meters for systems using bandwidths up to 10 kHz. Maximum field strength is -5 dBμA / m at a distance of 10 meters for systems using bandwidths of 10 kHz.

(6) of the frequency band 400-600 kHz is authorized for radio frequency identification devices (RFID). Maximum permitted field strength is -8 dBμA / m at a distance of 10 meters.

(7) The frequency band 3155-3400 kHz is authorized for inductive systems. Maximum permitted field strength is 13.5 dBμA / m at a distance of 10 meters.

(8) frequency band 5-30 MHz is authorized for inductive systems. Maximum permitted field strength is -20 dBμA / m at a distance of 10 meters for systems using bandwidths up to 10 kHz. Maximum field strength is -5 dBμA / m at a distance of 10 meters for systems using bandwidths of 10 kHz.

(9) of the frequency band 7.4 to 8.8 MHz and 10.2 to 11.0 MHz is authorized for inductive systems. Maximum permitted field strength is 9 dBμA / m at a distance of 10 meters.

(10) frequency band 13553-13567 MHz is authorized for radio frequency identification devices (RFID) and electronic surveillance (EAS) (Electronic article surveillance) as described in the standard EN 300 330. Maximum permitted field strength is 60 dBμA / m at a distance of 10 meters. In connection with the use of the frequency band 13553-13567 MHz is also allowed the use of RFID in these frequency bands with a spectrum mask as described in the EN 300 330:

A)
from 13,460 to 13.553 MHz and 13.567 to 13.660 MHz. Maximum permitted field strength is 27 dBμA / m at a distance of 10 meters.

B)
13.360 to 13.460 MHz and 13,660 to 13,760 MHz. Maximum permitted field strength is linearly decreasing from 27 dBμA / m to -3.5 dBμA / m at a distance of 10 meters.

C)
13.110 to 13.360 MHz and 13760 to 14010 MHz. Maximum permitted field strength is -3.5 dBμA / m at a distance of 10 meters.

D)
12660-13110 MHz and 14,010 to 14,460 MHz. Maximum permitted field strength is -5 dBμA / m at a distance of 10 meters.

Chap. VII. Medical use

§ 19. Medical implants
(1) The frequency band 9-315 kHz is authorized for medical implants as described in the standard EN 302 195. Maximum permitted field strength is 30 dBμA / m at a distance of 10 meters. Maximum transmission time is less than 10 percent.

(2) the frequency band 315-600 kHz is authorized for medical implants in animals as described in the standard EN 302 536. Maximum permitted field strength is -5 dBμA / m at a distance of 10 meters. Maximum transmission time is less than 10 percent.

(3) the frequency band from 12.5 to 20.0 MHz is authorized for medical implants in animals. Maximum permitted field strength is -7dBμA / m measured at a distance of 10 meters with a bandwidth of 10 kHz. Maximum airtime is 10 percent. Equipment transmission mask is defined as follows: 3 dB bandwidth = 300 kHz, 10 dB bandwidth = 800 kHz and 20 dB bandwidth = 2 MHz. Frequencies is authorized as described in the standard EN 300 330.

(4) frequency band from 30.0 to 37.5 MHz is authorized for medical membrane implants for blood pressure measurements. Maximum permitted radiated power is 1 mW erp Maximum airtime is 10 percent. Frequencies is authorized as described in EN 302 510.

(5) the frequency band 401-402 MHz and 405-406 MHz is authorized for active medical implants. This provision applies only to systems used for digital communication (not voice) between active medical implants and / or devices worn on or in the body or near the body, which is used to transfer non-time-critical physiological data for the individual patient. The frequency use is entitled to protection from interference caused by the use of equipment for short-range communication that is permitted under these regulations. Channel separation is 25 kHz. A transmitter may combine adjacent 25 kHz channels to achieve maximum occupied bandwidth of 100 kHz. Maximum permitted radiated power is 25 μW erp frequencies is authorized as described in EN 302 537. As an alternative to the use of interference mitigation measures described in harmonized standards, permitted maximum airtime of 0.1 percent.


(6) of the frequency band 402-405 MHz is authorized for active medical implants. The frequency use has protection from interference caused by the use of equipment for short-range communication that is permitted under these regulations. Channel separation is 25 kHz. A transmitter may combine adjacent channels to achieve maximum occupied bandwidth of 300 kHz. Maximum permitted radiated power is 25 μW erp Permission taken any other interference mitigation measures than the techniques described in the EN 301 839, including the use of bandwidths greater than 300 kHz, to ensure interoperability with other users, including especially meteorological radio probes.

(7) frequency band from 2483.5 to 2500.0 MHz is authorized for active implantable medical devices as described in EN 301 559. External devices may only be used indoors. Maximum permitted radiated power is 10 mW eirp Channel separation is 1 MHz. Maximum airtime is 10 percent. The equipment must be implemented interference mitigation measures as described in the harmonized standards or other interference mitigation measures that provide equivalent protection. Frequency band may also be used as one channel for data transmission.

§ 20. Medical telemetry frequencies in the table is authorized for medical telemetry. Maximum permitted radiated power is 10 mW erp Maximum occupied bandwidth per channel is 25 kHz.

441.750 MHz
441.775 MHz
441.800 MHz
441.825 MHz
441.850 MHz

441.875 MHz
441.900 MHz
441.925 MHz
441.950 MHz
441.975 MHz

Chap. VIII. Systems

§ 21. Various alarm
(1) frequency band 868.6 to 868.7 MHz is authorized for alarm systems as described in the standard EN 300 220. Maximum occupied bandwidth per channel is 25 kHz. Maximum permitted radiated power is 10 mW erp Duty cycle is less than 1.0 percent. Frequency band may also be used as one channel for data transmission.

(2) frequency band 869.250 to 869.300 MHz is authorized for alarm systems as described in the standard EN 300 220. Maximum occupied bandwidth per channel is 25 kHz. Maximum permitted radiated power is 10 mW erp Duty cycle is less than 0.1 percent.

(3) of the frequency band 869.300 to 869.400 MHz is authorized for alarm systems as described in the standard EN 300 220. Maximum occupied bandwidth per channel is 25 kHz. Maximum permitted radiated power is 10 mW erp Duty cycle is less than 1.0 percent.

(4) of the frequency band 869.650 to 869.700 MHz is authorized for alarm systems as described in the standard EN 300 220. Maximum occupied bandwidth per channel is 25 kHz. Maximum permitted radiated power is 25 mW erp Duty cycle is less than 10 percent.

§ 22. Security alarm
(1) center frequencies 169.48125 MHz and 169.59375 MHz is authorized for security alarms. Maximum occupied bandwidth is 12.5 kHz. Maximum permitted radiated power is 10 mW erp Duty cycle is less than 0.1 percent.

(2) frequency band 869.200 to 869.250 MHz is authorized for security alarms. Maximum occupied bandwidth per channel is 25 kHz. Maximum permitted radiated power is 10 mW erp Duty cycle is less than 0.1 percent.

Chap. IX. Equipment for measuring position, speed and other characteristics

§ 23. The equipment for measurement of motion, level, position and speed
(1) of the frequency band 2400-2483.5 MHz is authorized for detecting movement of radio equipment as described in the standard EN 300 440. Maximum permitted radiated power is 25 mW eirp For radio equipment with a maximum channel 10 MHz the maximum permitted radiated power is 500 mW eirp

(2) frequency bands from 4.5 to 7.0 GHz, 8.5 to 10.6 GHz, 24.05 to 27.00 GHz, 57-64 GHz and 75-85 GHz is authorized for measuring the level in tank as described in the standard EN 302 372. Maximum permitted spectral power density is -41.3 dBm / MHz eirp measured outside the tank. In the protective tape from 10.6 to 10.7 GHz shall spectral power density on the outside of a closed tank not exceed -60 dBm / MHz eirp should be used interference mitigation measures which provide at least the same effect as the techniques described in harmonized standards.

(3) the frequency bands 9200-9500 MHz, 9500-9975 MHz and 13.4 to 14.0 GHz is authorized for detecting movement of radio equipment as described in the standard EN 300 440. Maximum permitted radiated power is 25 mW eirp

(4) frequency band 10.5 to 10.6 GHz is authorized for detecting movement of radio equipment as described in the standard EN 300 440. Maximum permitted radiated power is 500 mW eirp

(5) frequency band from 24.05 to 24.25 GHz is authorized for detecting movement of radio equipment as described in the standard EN 300 440. Maximum permitted radiated power is 100 mW eirp


(6) frequency band 17.1 to 17.3 GHz is authorized for ground-based systems with a maximum radiated power of 26 dBm eirp should be used interference mitigation measures that provide at least the same effect as techniques described in harmonized standards.

§ 24. Differential GPS
(1) center frequencies 419.4375 MHz, 419.4625 MHz, 419.5375 MHz and 419.5625 MHz for use for differential GPS. Maximum permitted radiated power is 25 W. The maximum occupied bandwidth per channel is 25 kHz. The field strength at the border between Norway and neighboring states shall not exceed 20 dBμV / m.

(2) center frequencies 440.550 MHz and 441.000 MHz may be used for differential GPS. Maximum permitted radiated power is 500 mW eirp Maximum occupied bandwidth per channel is 25 kHz. The field strength at the border between Norway and neighboring states shall not exceed 20 dBμV / m.

§ 25. Short-distance radar for vehicles
(1) frequency band 24075-24150 GHz authorized for terrestrial vehicle radar as described in the standard EN 302 858. Maximum permitted radiated power is 100 mW eirp For this band, restricting the airtime as described EN 302 858. It will be used interference mitigation measures that provide at least the same effect as techniques described in harmonized standards.

(2) frequency band 24150-24250 GHz authorized for radar systems in vehicles (SRR) (Short Range Radar). Maximum permitted radiated power is 100 mW eirp

(3) frequency band from 24.05 to 24.25 GHz is authorized for narrowband transmission. Maximum permitted radiated power is 20 dBm eirp If airtime is higher than 10 percent, the effect exceed -10 dBm eirp Short Haul equipment that provides emanations of 30 degrees and higher in relation to the horizontal plane shall be attenuated by at least 25 dB.

(4) frequency band 24250-24495 GHz is authorized as described in EN 302 858 to radar systems in vehicles (SRR). Maximum permitted radiated power is -11 dBm eirp and maximum airtime is 0.25 percent per second per 25 MHz.

(5) frequency band 24495-24500 GHz is authorized as described in EN 302 858 to radar systems in vehicles (SRR). Maximum permitted radiated power is -8 dBm eirp and maximum transmission time is 1.5 percent per second per 5 MHz.

(6) frequency band 24250-24500 GHz is authorized as described in EN 302 858 to radar systems in vehicles (SRR). The use of frequencies for forwardly radar is maximum radiated power 20 dBm eirp and maximum transmission time is 5.6 percent per second per 25 MHz. The use of frequencies for backward radar is maximum radiated power 16 dBm eirp and maximum transmission time is 2.3 percent per second per 25 MHz.

(7) Until 1 January 2018 permitted frequency band from 24.25 to 26.65 GHz used for radar systems in vehicles (SRR) as described in the standard EN 302 288. Maximum spectral power density is 0 dBm / 50MHz eirp || |
(8) of the frequency band 76-77 GHz is authorized for terrestrial vehicle and infrastructure systems with the frequency use described in the standard EN 301 091. Maximum permitted peak power is 55 dBm eirp The maximum authorized mean value is 50 dBm eirp The maximum authorized mean value is 23.5 dBm eirp for pulsed radar.

(9) of the frequency band 77-81 GHz is authorized for radar systems in vehicles (SRR). Maximum permitted peak power is 55 dBm eirp Maximum permitted mean spectral power density is -3 dBm / MHz eirp spectral power density outside the vehicle shall not exceed -9 dBm / MHz eirp

§ 26. Active radar reflectors frequency bands 2900-3100 MHz and 9300-9500 MHz is authorized frequency use with technical parameters are described in ITU-R Recommendation M.1176. Maximum permitted radiated power is 10 W eirp

§ 27. Navigation Radar for use on vessels of the frequency bands 2900-3100 MHz and 9300-9500 MHz is authorized for navigation radar on vessels.

§ 28. Radar SART for use on vessels in distress frequency band 9200-9500 MHz is authorized for Radar SART vessels in distress, as described in ITU-R Recommendation M.628-4.

§ 29. AIS SART for use on vessels in distress frequencies 161.975 MHz and 162.025 MHz is authorized for AIS SART vessels in distress, as described in IEC 61097-14.

§ 30. Bearing Equipment
(1) frequency band 456.9 to 457.1 kHz is authorized for finding equipment for locating avalanche victims, victims in collapsed buildings and valuable items. Maximum permitted field strength is 7 dBμA / m at 10 meters distance.

(2) center frequencies 142.050 MHz, 142.275 MHz and 142.325 MHz is authorized for finding equipment. Maximum permitted radiated power is 500 mW erp Maximum occupied bandwidth per channel is 25 kHz.


(3) The frequencies 155.450 MHz and 155.475 MHz is authorized for finding equipment. Maximum permitted radiated power is 2 W erp Maximum occupied bandwidth per channel is 25 kHz

Chap. X. Ultra Broadband

§ 31. Miscellaneous equipment for ultra broadband
(1) Frequencies of equipment for ultra broadband (UWB) (Ultra Wide Band) is permitted indoors as described in the table. Outdoor use is allowed only if it is not affiliated with fixed installations, fixed infrastructure, fixed outdoor antenna, or equipment mounted in aircraft or model. Use is also permitted as described in the table for the use of ultra broadband equipment installed in vehicles and rail vehicles.

Frequency
Maximum permitted mean eirp spectral power density
maximum allowable peak eirp (measured in 50 MHz)

Under 1.6GHz
-90 dBm / MHz
-50 dBm

1.6 to 2.7 GHz
-85 dBm / MHz
-45 dBm

2.7-3.1 GHz
-70 dBm / MHz
-36 dBm

3.1-3.4 GHz
-70 dBm / MHz
-36 dBm

3.4-3.8 GHz
-80 dBm / MHz
-40 dBm

3.8 to 4.8 GHz
-70 dBm / MHz
-30 dBm

4.8 to 6 GHz
-70 dBm / MHz
-30 dBm

6-8.5 GHz
-41.3 dBm / MHz
0 dBm

8.5-9.0 GHz
-65 dBm / MHz
-25 dBm

9.0 to 10.6 GHz
-65 dBm / MHz
-25 dBm

Over 10.6 GHz
-85 dBm / MHz
-45 dBm

(2) When using the interference mitigation measures "Low Duty Cycle" or "Detect and Avoid» the following technical conditions instead of the conditions in the table in paragraph:

A)
Low Duty Cycle: In the frequency band 3.1 to 4.8 GHz is authorized a maximum average spectral power density -41.3 dBm / MHz and a maximum peak power value of 0 dBm measured in 50 MHz. The total airtime for all broadcasts shall not exceed 5 per cent for each second, or 0.5 percent for every hour. The individual sendings duration shall not exceed 5 milliseconds.

B)
Detect and Avoid: In frequency bands from 3.1 to 4.8 GHz and 8.5-9.0 GHz is authorized a maximum average spectral power density -41.3 dBm / MHz and a maximum peak power value 0 dBm measured over 50MHz.

§ 31a. Ultra-Wideband Equipment installed in vehicles and rail vehicles
(1) This section applies frequency use for ultra broadband equipment installed in vehicles and rail vehicles. Frequencies authorized as described in the table.

Frequency
Maximum permitted mean eirp spectral power density
Maximum peak eirp (measured in 50 MHz)

Under 1.6GHz
-90 dBm / MHz
-50 dBm

1.6 to 2.7 GHz
-85 dBm / MHz
-45 dBm

2.7-3.1 GHz
-70 dBm / MHz
-36 dBm

3.1-3.4 GHz
-70 dBm / MHz
-36 dBm

3.4-3.8 GHz
-80 dBm / MHz
-40 dBm

3.8 to 4.8 GHz
-70 dBm / MHz
-30 dBm

4.8 to 6.0 GHz
-70 dBm / MHz
-30 dBm

6.0 to 8.5 GHz
-53.3 dBm / MHz
-13.3 dBm

8.5-9.0 GHz
-65 dBm / MHz
-25 dBm

9.0 to 10.6 GHz
-65 dBm / MHz
-25 dBm

Over 10.6 GHz
-85 dBm / MHz
-45 dBm

(2) When using frequencies in the frequency bands 3.1-3.4 GHz, 3.4-3.8 GHz, 3.8 to 4.8 GHz, 6.0 to 8.5 GHz and 8, 9.5 GHz with "Low Duty Cycle" ultra broadband equipment (LDC UWB), the maximum permitted average spectral power density -41.3 dBm / MHz and a maximum peak power value 0 dBm measured in 50 MHz. Maximum permitted spectral power density measured on the outside is -53.3 dBm / MHz and a maximum peak power value is 0 dBm / MHz.

(3) When using frequencies in the frequency bands 3.1-3.4 GHz, 3.4-3.8 GHz, 3.8 to 4.8 GHz and 8.5-9.0 GHz with TPC ( TPC) and "Detect and Avoid Ultra Wideband" (DAA UWB), the maximum permitted average spectral power density -41.3 dBm / MHz and a maximum peak power value 0 dBm measured in 50 MHz. Maximum permitted spectral power density measured on the outside is -53.3 dBm / MHz and a maximum peak power value is 0 dBm / MHz.

(4) The use of frequencies in the frequency band 6.0 to 8.5 GHz with TPC (TPC), the maximum permitted average spectral power density -41.3 dBm / MHz and a maximum peak power value 0 dBm measured in 50 MHz. Maximum permitted spectral power density measured on the outside is -53.3 dBm / MHz and a maximum peak power value is 0 dBm / MHz.

(5) When using frequencies for ultra broadband equipment in the frequency band 3.4 to 4.8 GHz, the maximum transmission time 180 seconds per hour at a maximum speed of 40 km / h. At speeds below 20 km / h, the maximum transmission time 18 seconds per hour. At speeds between 20 and 40 km / h increases transmission time linear in the range of 18 to 180 seconds per hour.

§ 31b. Position Tracking Systems LT 1

(1) Frequencies as indicated in the table is authorized to position tracking systems type LT 1 LT 1 are systems for general position tracking of people and objects. Outdoor use is allowed only if it is not affiliated with fixed installations, fixed infrastructure, fixed outdoor antenna, or equipment mounted in aircraft or model. Use is also permitted as described in the table for the use of ultra broadband equipment installed in vehicles and rail vehicles.

Frequency
Maximum permitted mean eirp spectral power density
maximum allowable peak eirp (measured in 50 MHz)

Under 1.6GHz
-90 dBm / MHz
-50 dBm

1.6 to 2.7 GHz
-85 dBm / MHz
-45 dBm

2.7 to 3.4 GHz
-70 dBm / MHz
-36 dBm

3.4-3.8 GHz
-80 dBm / MHz
-40 dBm

3.8 to 6.0 GHz
-70 dBm / MHz
-30 dBm

6.0 to 8.5 GHz
-41.3 dBm / MHz
0 dBm

8.5-9.0 GHz
-65 dBm / MHz
-25 dBm

9.0 to 10.6 GHz
-65 dBm / MHz
-25 dBm

Over 10.6 GHz
-85 dBm / MHz
-45 dBm

(2) For the frequency band 8.5-9.0 GHz using the interference-reducing measure "Detect and Avoid" as described in EN 302 065-2 permitted a maximum average spectral power density -41.3 dBm / MHz and a maximum peak power value of 0 dBm measured in 50 MHz.

§ 32. Radar Applications for exploration of base and walls frequencies as indicated in the table is authorized for radar survey of land and walls (GPR / WPR) (Ground- and Wall-Probing Radar) as described in EN 302 066. maximum permissible signal levels specified in the table. In addition to the requirements in the table is the maximum allowed spectral power density -75 dBm / MHz eirp for equipment operating in frequency bands for satellite-based navigation systems (RNSS bands) (Radio Navigation Satellite services) 1164-1215 MHz and 1599-1610 MHz.

Frequency
Maximum permitted mean eirp spectral power density for Spurious

30-230 MHz
-65 dBm / MHz

230-1000 MHz
-60 dBm / MHz

1000-1600 MHz
-65 dBm / MHz

1600-3400 MHz
-51.3 dBm / MHz

3400-5000 MHz
-41.3 dBm / MHz

5000-6000 MHz
-51.3 dBm / MHz

6000-12400 MHz
-65 dBm / MHz

§ 33. Equipment for building material analysis
(1) Radio frequencies for devices for building material analysis (BMA) (Building Material Analysis) is permitted as described in the table. The equipment of the building material analysis means equipment which is used to detect objects inside a building or, for determining a building material physical properties. BMA equipment must meet the following requirements:

A)
transmission must be started by a manually operated non-locking switch, which must be in contact with or near the material to be examined, and where the signal must be directed towards the object,

B)
The transmitting unit will go to off mode after a maximum of ten seconds without moving,

C)
spectral density for total radiated power shall be 5 dB below the maximum mean power in the table below.

Outdoor use is allowed only if it is not affiliated with fixed installations, fixed infrastructure, fixed outdoor antenna, or equipment mounted in aircraft or model. Use is also permitted as described in the table for the use of ultra broadband equipment installed in vehicles and rail vehicles.

Frequency
Maximum permitted mean eirp spectral power density
maximum allowable peak eirp (measured in 50 MHz)

Under 1.73 GHz
-85 dBm / MHz
-45 dBm / MHz

1.73 to 2.20 GHz
-65 dBm / MHz
-25 dBm / MHz

2.20-2.50 GHz
-50 dBm / MHz
-10 dBm / MHz

2.50 to 2.69 GHz
-65 dBm / MHz
-25 dBm / MHz

2.69 to 2.70 GHz
-55 dBm / MHz
-15 dBm / MHz

2.70 to 3.40 GHz
-70 dBm / MHz
-30 dBm / MHz

3.40 to 4.80 GHz
-50 dBm / MHz
-10 dBm / MHz

4.8 to 5.0 GHz
-55 dBm / MHz
-15 dBm / MHz

5.0 to 8.5 GHz
-50 dBm / MHz
-10 dBm / MHz

Over 8.5 GHz
-85 dBm / MHz
-45 dBm / MHz

(2) Equipment with "Listen Before Talk mechanism", as described in EN 302 435, can be used in the frequency band 1215-1730 GHz with a maximum average spectral power density of -70 dBm / MHz.

(3) Equipment with "Listen Before Talk mechanism", as described in EN 302 435, can be used in the frequency bands 2.50 to 2.69 GHz and 2.70 to 3.40 GHz with a maximum mean spectral power density of -50 dBm / MHz.

(4) In order to protect radio astronomy bands 2.69 to 2.70 GHz and 4.8 to 5.0 GHz, the total radiated spectral power density shall be below -65 dBm / MHz if equipment for building material analysis (BMA) uses these frequencies.


(5) Equipment with "Listen Before Talk mechanism" as described in EN 302 435 is authorized as shown in the table.


Frequency Radio Service to be protected
Maximum peak power

1215-1350 GHz
Radio Positioning Services
+8 dBm / MHz

1.55 to 1.66 GHz
Mobile satellite services (MSS)
-43 dBm / MHz

2.50 to 2.69 GHz
Land Mobile Services
-44 dBm / MHz for receiver bandwidth ≤3,84 MHz and
-50 DBm / MHz for receiver bandwidth> 3.84 MHz

2.70 to 3.40 GHz
Radio Positioning Services
-7 dBm / MHz

For use in frequency bands for radio positioning services, it is an additional requirement that there should be continuous listening and automatic shut-off within 10 milliseconds if the limit specified in the table be exceeded. The radio equipment must listen, without sending, for at least 12 seconds before transmission can happen again. Quiet time of 12 seconds applies regardless of how the transmission is interrupted. For use in the frequency bands for MSS and land mobile services, it is an additional requirement that there should be continuous listening for at least 40 milliseconds before starting transmission.

§ 34 Equipment for material analysis
(1) Frequencies for equipment for material analysis utilizing UWB technology is authorized as described in the table. Equipment for material analysis is equipment used to locate objects within a structure, or to determine a material's physical properties. Equipment for material analysis used on fixed installations must meet the following requirements:

A)
The transmitting unit will go to off mode if the equipment is not in use (operating sensor)

B)
sending device must have transmission power control (TPC) with a dynamic range of 10 dB as described in the harmonized standard EN 302 498-2,

C)
The sending device must be attached to a fixed facility.

Equipment for material analysis used in mobile installations must meet the following requirements:

A)
transmission must be started by a manually operated non-locking switch, which must be in contact with or near the material to be examined, and where the signal must be directed towards the object,

B)
The transmitting unit will go to off mode if the equipment is not in use (operating sensor).

Striker effect (in dBm) measured in a bandwidth of 50 MHz should be less than the limit value obtained by adding a conversion factor (25 dB) to limit the maximum average spectral power density (in dBm / MHz). Outdoor use is allowed only if it is not affiliated with fixed installations, fixed infrastructure, fixed outdoor antenna, or equipment mounted in aircraft or model. Use is also permitted as described in the table for the use of ultra broadband equipment installed in vehicles and rail vehicles.

Frequency
Fixed installations
Mobile installations

Maximum permitted mean eirp spectral power density
Maximum permitted mean eirp spectral power density in the horizontal plane (-20 ° to 30 ° elevation)
Maximum permitted mean eirp spectral power density in the horizontal plane

Under 1.73 GHz
-85 dBm / MHz
-85 dBm / MHz

1.73 to 2.20 GHz
-65 dBm / MHz
-70 dBm / MHz
-70 dBm / MHz

2.20-2.50 GHz
-50 dBm / MHz
-50 dBm / MHz

2.50 to 2.69 GHz
-65 dBm / MHz
-70 dBm / MHz
-65 dBm / MHz

2.69 to 2.70 GHz
-55 dBm / MHz
-75 dBm / MHz
-70 dBm / MHz

2.70-2.90 GHz
-50 dBm / MHz
-70 dBm / MHz
-70 dBm / MHz

2.90 to 3.40 GHz
-50 dBm / MHz
-70 dBm / MHz
-70 dBm / MHz

3.40 to 3.80 GHz
-50 dBm / MHz
-70 dBm / MHz
-50 dBm / MHz

3.80 to 4.80 GHz
-50 dBm / MHz
-50 dBm / MHz

4.80 to 5.00 GHz
-55 dBm / MHz
-75 dBm / MHz
-55 dBm / MHz

5.00 to 5.25 GHz
-50 dBm / MHz
-50 dBm / MHz

5.25-5.35 GHz
-50 dBm / MHz
-60 dBm / MHz
-60 dBm / MHz

5.35 to 5.60 GHz
-50 dBm / MHz
-50 dBm / MHz

5.60 to 5.65 GHz
-50 dBm / MHz
-65 dBm / MHz
-65 dBm / MHz

5650-5725 GHz
-50 dBm / MHz
-60 dBm / MHz
-60 dBm / MHz

5725-8500 GHz
-50 dBm / MHz
-50 dBm / MHz

8.50 to 10.60 GHz
-65 dBm / MHz
-65 dBm / MHz

Over 10.60 GHz
-85 dBm / MHz
-85 dBm / MHz

(2) For the frequency bands 2.69 to 2.70 GHz, 3.80 to 4.80 GHz and 4.80 to 5.00 GHz comes that airtime should not exceed 10 percent of a second.

(3) For the frequency bands 2.50 to 2.69 GHz and 2.90 to 3.40 GHz is authorized a maximum average spectral power density of -50 dBm / MHz if equipment with "Listen Before Talk mechanism" as described in standard EN 302 498-2 used.


(4) For the frequency bands 2.50 to 2.69 GHz and 4.80 to 5.00 GHz, the maximum radiated spectral power density be 10 dB lower than the maximum permitted spectral power density. For the frequency band from 3.40 to 3.80 GHz, the maximum radiated spectral power density being 5 dB lower than the maximum permitted spectral power density.

(5) To ensure protection of the services in the table, it defined a maximum authorized peak value for the 'Listen Before Talk mechanism "in the table.


Frequency Radio Service to be protected
Maximum peak power

2.50 to 2.69 GHz
Land Mobile Services
-44 dBm / MHz for receiver bandwidth ≤3,84 MHz and
-50 DBm / MHz for receiver bandwidth> 3.84 MHz

2.90 to 3.40 GHz
Radio Positioning Services
-7 dBm / MHz

For use in the frequency band for land mobile services there is an additional requirement that there should be continuous listening for at least 40 milliseconds before starting transmission. For use in the frequency band of radio positioning services, it is an additional requirement that there should be continuous listening and automatic shut-off within 10 milliseconds if the limit specified in the table be exceeded. The radio equipment must listen, without sending, for at least 12 seconds before transmission can happen again. Quiet time of 12 seconds applies regardless of how the transmission is interrupted.

§ 35. Level Measurement Radar which uses ultra broadband technology
(1) The frequency bands from 6.0 to 8.5 GHz, from 24.05 to 26.50 GHz, 57-64 GHz and 75-85 GHz is authorized for level measurement radar that utilizes ultra-Wideband technology. Use shall be in accordance with the technical requirements specified in the table. The equipment's antenna must always be directed downwards.

Frequency
Maximum permitted mean eirp spectral density (dBm / MHz)
maximum allowable peak eirp (dBm measured in 50 MHz)
Ignite maximum beam width (degrees)
Maximum permitted mean eirp spectral power density for a hemisphere (dBm / MHz)

A
B
C
D

6.0 to 8.5 GHz
-33
7
12
-55

24.05 to 26.50 GHz
-14
26
12
-41.3

57-64 GHz
-2
35
8
-41.3

75-85 GHz
-3
34
8
-41.3

(2) Average eirp spectral power density in the main beam to level measurement radar is average power per unit bandwidth in the direction where the radiation is maximum.

(3) Peak power eirp in the main beam, the effect over a bandwidth of 50 MHz as measured by the frequency with the highest average radiated power. If we measure bandwidth ix MHz, should the level specified in the table in paragraph scaled down by a factor of 20LOG mode, optional (50 / x) dB.

(4) Antenna maximum beamwidth defined by -3 dB relative to the maximum gain. The table in subsection specifies the total included angle. Antenna gain at elevation angle of 60 degrees relative to the main beam direction can be a maximum of -10 dBi.

(5) The maximum average eirp spectral power density limit for a hemisphere around level measurement radar includes both the antenna side lobes and reflections from the material are measured on. If the measured values ​​for the installation complies with the limits for maximum average eirp spectral power density and maximum peak eirp of the table in the first paragraph, the requirement for maximum mean eirp spectral power density limit for a hemisphere deemed to be fulfilled.

(6) To be able to use the equipment in accordance with the table in the first paragraph must be conducted interference mitigation measures to limit emissions in any direction, regardless of the installation height and reflective material below level measurement radar. A practical method is to implement automatic power control with a dynamic range of 20 dB. Alternative solutions that provide similar interference reducing effect can also be used. Interference mitigation measures such as automatic power control and other equivalent technical solutions described in the harmonized standard EN 302 729.

(7) Level Measurement Radar which uses frequencies 6.6 GHz, 24 GHz and 75 GHz are not allowed in a radius of 4 km around antenna systems for radio astronomy without an individual permit. Installation height for a level measurement radar can not exceed 15 m in a radius of 4 to 40 km.

(8) The following table shows the limits of unwanted emissions from radar level measurement which uses ultra broadband technology that operates in the frequency range from 6.0 to 8.5 GHz. For level measurement radar that uses ultra broadband technology operating in the other frequency ranges are the limits for unwanted emissions at least 20 dB less than the values ​​specified in the table in the first paragraph. For level measurement radar that uses ultra broadband technology that operates in the frequency band from 24.05 to 26.50 GHz is the limit value for spurious emissions passive band 23.6 to 24.0 GHz at least 30 dB less than the limits shown in the table in this section, first paragraph.

Frequency
Maximum permitted mean eirp spectral density (dBm / MHz)
Maximum permitted mean eirp spectral power density for a hemisphere (dBm / MHz)

Under 1.73 GHz
-63 -85


1.73 to 2.70 GHz
-58 -80


2.70 to 5.00 GHz
-48 -70


5.00 to 6.00 GHz
-43 -65


8.50 to 10.60 GHz
-43 -65


Over 10.60 GHz
-63 -85


§ 35a. Use of ultra broadband equipment in aircraft
(1) Frequencies of equipment for ultra broadband in aircraft authorized in Norwegian air territory as described in the table.

Frequency
Maximum permitted mean eirp spectral power density
maximum allowable peak eirp (measured in 50 MHz)

Under 1.6GHz
-90 dBm / MHz
-50 dBm

1.6 to 2.7 GHz
-85 dBm / MHz
-45 dBm

2.7 to 3.4 GHz
-70 dBm / MHz
-36 dBm

3.4-3.8 GHz
-80 dBm / MHz
-40 dBm

3.8-4.2 GHz
-70 dBm / MHz
-30 dBm

4.2 to 4.8 GHz
-70 dBm / MHz
-30 dBm

4.8 to 6.0 GHz
-70 dBm / MHz
-30 dBm

8.5 to 10.6 GHz
-65 dBm / MHz
-25 dBm

Over 10.6 GHz
-85 dBm / MHz
-45 dBm

(2) Norwegian Registered Aircraft flying outside Norwegian air territory is allowed to use frequencies for equipment for ultra broadband as described in the table in § 35a subsection if permission has been received from the administration of the other State if the airspace concerned. Frequency use shall be such that it complies with Norway's obligations towards other states.

Chap. XI. Remote

§ 36. Remote
(1) of the center frequencies in the table is authorized as described in the EN 300 220 to all types of remote control. Maximum permitted radiated power is 100 mW erp Maximum occupied bandwidth per channel is 10 kHz.

26.995 MHz
27.045 MHz
27.095 MHz
27.145 MHz
27.195 MHz

27.255 MHz
40.665 MHz
40,675 MHz
40.685 MHz
40.695 MHz

(2) of the center frequencies in the table is authorized as described in EN 300 220 for remote control of model airplanes. Maximum permitted radiated power is 100 mW erp Maximum occupied bandwidth per channel is 10 kHz.

35.000 MHz
35.010 MHz
35.020 MHz
35.030 MHz
35.040 MHz
35.050 MHz

35.060 MHz
35.070 MHz
35.080 MHz
35.090 MHz
35.100 MHz
35.110 MHz

35.120 MHz
35.130 MHz
35.140 MHz
35.150 MHz
35.160 MHz
35.170 MHz

35.180 MHz
35.190 MHz
35.200 MHz
35.210 MHz
35.220 MHz
35.230 MHz

35.240 MHz
35.250 MHz
35.260 MHz
35.270 MHz
35.280 MHz
35.290 MHz

35.300 MHz

(3) of the center frequencies in the table is authorized as described in EN 300 220 for remote control of model cars and model boats. Maximum permitted radiated power is 100 mW erp Maximum occupied bandwidth per channel is 10 kHz.

35.310 MHz
35.320 MHz
35.330 MHz
35.340 MHz
35.350 MHz
35.360 MHz

35.370 MHz
35.380 MHz
35.390 MHz
40.705 MHz
40.715 MHz
40.725 MHz

40.735 MHz
40.745 MHz
40.755 MHz
40.765 MHz
40.775 MHz
40.785 MHz

40.795 MHz

(4) center frequencies 142.400 MHz and 440.700 MHz is authorized as described in EN 300 220 for remote control of traffic lights. Maximum permitted radiated power is 500 mW erp Maximum occupied bandwidth per channel is 25 kHz.

(5) of the center frequencies in the table is authorized as described in EN 300 220 for remote control of cranes. Maximum permitted radiated power is 100 mW erp Maximum occupied bandwidth per channel is 25 kHz.

440.725 MHz
440.750 MHz
441.325 MHz
441.550 MHz

441.575 MHz
441.600 MHz
441.625 MHz
441.725 MHz

Chap. XII. Satellite terminals and satellite earth stations for stationary and mobile use

§ 37. Terminals for monitoring and tracking terminals connected satellite systems for monitoring and tracking are authorized to use the frequency bands from 148.125 to 149.900 MHz and 401.580 to 401.690 MHz.


§ 38. Terminals for mobile satellite terminals for mobile satellite services (MSS) (Mobile Satellite Service) are authorized to use the frequency bands 1610 to 1645.5 MHz, 1646.5 to 1660.5 MHz, 1670-1675 MHz and 1980-2010 MHz. The frequency band from 1645.5 to 1646.5 MHz is authorized for emergency services.

§ 39. Satellite earth stations
(1) This provision applies to satellite earth station operating in a geostationary satellite network. This provision does not apply to Svalbard. It is a requirement that the satellite earth station is controlled by a network controller. This provision applies to both stationary use and mobile use.

(2) Satellite earth stations are authorized to use the frequency band from 14.00 to 14.50 GHz and 29.50 to 30.00 GHz for fixed satellite services (FSS) (Fixed Service Satellite). Maximum permitted radiated power is 80 dBW eirp

(3) Satellite earth stations are authorized to use the frequency bands from 27.5000 to 27.8285 GHz, 28.4445 to 28.8365 GHz and 29.4525 to 29.5000 GHz as described in the standard EN 303 978. Maximum permitted radiated power is 60 dBW eirp The spacing between frequency bands used for satellite earth station and frequency band used for fixed services must be at least 10 MHz. To protect the fixed service in frequency bands from 27.8285 to 28.4445 GHz, 28.8365 to 28.9485 GHz and 28.9485 to 29.4525 GHz shall not maximum radiated power into these bands exceed -35 dBW / MHz in a direction of more than 7 degrees from straw marred the principal axis. For satellite earth stations for mobile devices on land, in the territorial sea or internal waters apply this limit if the beam direction is less than 3 degrees above the earth station's horizontal plane.

(4) Satellite earth stations may use the frequency band from 29.5000 to 30.0000 GHz as described in the standard EN 303 978. Maximum permitted radiated power is 60 dBW eirp

Chap. XIII. Mobile Radio, baby monitors and pagers

§ 40. Mobile Radio
(1) frequency band 26960-27410 MHz with the exception of the center frequencies in the band specified in § 36 first paragraph, is authorized with channel separation 10 kHz, and as described in the EN 300 135 and EN 300 433. for mobile radio (PR 27) with angle modulation is maximum radiated power 4 W erp, for double sideband modulation is maximum radiated power 4 W eRP (measured as RMS value) and for single sideband modulation is maximum radiated power 12 W eRP ( measured as the maximum envelope power).

(2) center frequencies 444.600 MHz, 444.650 MHz, 444.800 MHz, 444.825 MHz, 444.850 MHz and 444.975 MHz is authorized for handheld mobile radio (KDR 444) the frequency use described in the standard EN 300 296. Maximum permitted radiated power is 500 mW erp The radio equipment shall have an integrated antenna. Maximum occupied bandwidth per channel is 25 kHz.

(3) of the frequency band 446.000 to 446.200 MHz is authorized for handheld mobile radio (PMR 446). Maximum permitted radiated power is 500 mW erp Channel separation is 12.5 kHz. It applies to the following technical requirements for PMR 446 equipment:

A)
radio equipment shall have an integrated antenna.

B)
In the frequency band 446.000 to 446.200 MHz radio equipment have receiver characteristics as described in the standard ETSI TS 103 236. In the frequency band 446.000 to 446.100 MHz handheld analog radio equipment placed on the market after 1 January 2017, have receiver characteristics as described in the ETSI TS 103 236.

C)
Radio equipment has "tap Talk mechanism" (PTT) (Push to Talk) that can be locked in speech position shall employ 180 seconds airtime interruption.

D)
Radio equipment having "press Talk mechanism" shall employ 180 seconds airtime interruption and "voice activation mechanism" (VOX) (Voice activation exchange).

(4) of the frequency band 446.100 to 446.200 MHz is authorized for handheld digital mobile radio. Maximum permitted radiated power is 500 mW ERP and channel separation shall be 6.25 kHz or 12.5 kHz. The radio equipment shall have an integrated antenna and satisfy requirements for equipment in third paragraph.

§ 41. Babycall
(1) center frequencies 40.710 MHz, 40.720 MHz, 40.730 MHz and 40.740 MHz is authorized for baby monitors. Maximum permitted radiated power is 25 mW erp

(2) frequency band 83.2125 to 83.3125 MHz is authorized for baby monitors. Maximum permitted radiated power is 10 mW erp Maximum occupied bandwidth per channel is 25 kHz.

§ 42. Sending point pager center frequency 449.750 MHz is authorized for pager systems. Maximum permitted radiated power is 5 W erp Maximum occupied bandwidth is 25 kHz.

Chap. XIV. Use of equipment for mobile communications on vessels and aircraft

§ 43. Use of equipment for GSM vessels in Norwegian waters

(1) Base on board vessels may use the frequency bands 880-915 MHz, 925-960 MHz, 1710-1785 MHz and 1805-1880 MHz for GSM in Norwegian territorial waters as of 2 nautical mil beyond the baseline. The operator of the system should have the permission of the flag state to operate the equipment. It should only be used indoor antenna.

(2) For the base station on board the vessel applies a maximum permitted spectral power density measured outdoors with reference to 0 dBi antenna gain of -80 dBm / 200 kHz. For mobile terminal is controlled by the vessel's base station applies a maximum radiated power of 5 dBm at 900 MHz and 0 dBm in 1800 MHz band.

(3) shall be used interference mitigation measures that provide at least the same effect as techniques described in harmonized standards. Use must be in accordance with the relevant parts of standard EN 301 087. The use of GSM systems thus applies to the following:

A)
Between two and three nautical mil from the baseline, the receiving sensitivity and threshold level for interruption (value ACCMIN and min. RXLEV) for mobile terminals to be equal or higher than -70 dBm / 200 kHz.

B)
Between three and twelve nautical mil from the baseline this value should be equal to or higher than -75 dBm / 200 kHz.

C)
DTX (discontinuous transmission) will be activated in the mobile communication system upstream direction.

D)
Base Station value for time shift (timing advance) shall be set at the lowest.

§ 43a. Use of equipment for GSM in Norwegian-registered vessel outside Norwegian territorial waters
(1) Norwegian Registered vessel sailing outside Norwegian territorial waters can while sailing adopt frequency bands from 1782.1 to 1783.7 MHz and 1877.1 to 1878.7 MHz for GSM . Maximum transmitter power is -85 dBm. It will be used interference mitigation measures that provide at least the same effect as techniques described in harmonized standards. The use shall also be in accordance with the relevant parts of standard EN 301 087.

(2) frequency use shall be such that it complies with Norway's obligations towards other states. The operator of the system shall, if necessary obtain permission from the administration in another state.

§ 44. Use of equipment for mobile communications in aircraft in Norwegian air territory
(1) Aircraft in Norwegian air territory can make use of frequencies in the frequency bands 1710-1785 MHz / 1805-1880 MHz and 1920-1980 MHz / 2110- 2170 MHz to the user equipment for mobile communication. Channels being used by transmitters located on Norwegian land territory can not be of transmitters in the aircraft when the signal level from transmitters in the aircraft exceeds the values ​​specified in the table below, as measured from outside the aircraft. The requirement to transmit power applies to all phases of communication, GSM mobile terminals also during handshaking. Minimum altitude before the systems can be turned on is 3000 meters above the ground.

Meter above ground
maximum permitted eirp outside the aircraft from the GSM mobile terminal measured in dBm / 200 kHz
maximum permitted eirp outside the aircraft from LTE mobile terminal measured in dBm / 5 MHz
maximum permitted eirp outside the aircraft from UMTS mobile terminal measured in dBm / 3,84MHz

3000
-3.3
1.7
3.1

4000
-1.1
3.9
5.6

5000
0.5
5
7

6000
1.8
5
7

7000
2.9
5
7

8000
3.8
5
7

(2) the aircraft shall be equipped with a network control unit that ensures that the mobile communication terminal communicates only with the aircraft base station (picocell) and not terrestrial. Such use shall be in accordance with standard EN 302 480. The signal level from the network control unit should not exceed the values ​​specified in the table. Use of parameters for the 2.6 GHz band can be postponed until 1 January 2017, pending certification of airworthiness.

Meter above ground
maximum permitted eirp outside the aircraft created by the network control unit and the aircraft base station

460-470 MHz
791-821 MHz
921-960 MHz
1 805-1880 MHz
2 110-2 170 MHz
2 570-2 690 MHz

DBm / 1.25 MHz
dBm / 10 MHz
dBm / 200 kHz
dBm / 200 kHz
dBm / 3.84 MHz
dBm / 4.75 MHz || |
3000
-17.0
-0.87
-19.0 -13.0


1.0 1.9

4000
-14.5
1.63
-16.5 -10.5


3.5 4.4

5000
-12.6
3.57
-14.5 -8.5


5.4 6.3

6000
-11.0
5.15
-12.9 -6.9


7.0 7.9

7000
-9.6
6.49
-11.6 -5.6


8.3 9.3

8000
-8.5
7.65
-10.5 -4.4


9.5 10.4


§ 45. Use of mobile communications in Norwegian registered aircraft outside Norwegian air territory of Norwegian-registered aircraft flying outside Norwegian air territory may use frequencies for mobile communications in the conditions specified in § 44 frequency use shall be such that it complies with Norway's obligations towards other states. The operator of the system shall, if necessary obtain permission from the administration in another state.

Chap. XV. Railway Signalling and vehicle identification

§ 46. Railway Signalling and vehicle identification
(1) The frequency band 984-7484 kHz is authorized for railway purposes, and as described in the standard EN 302 608. Maximum permitted field strength is 9 dBμA / m at a distance of 10 meters. Transmission time is less than 1 percent.

(2) The frequency 4234 kHz is authorized for Balise / Eurobalise uplink. Maximum permitted field strength is 9 dBμA / m at a distance of 10 meters. Transmission time is less than 1 percent. Transmission can only take place when receiving trigger signal from the train. The frequency is permitted as described in the standards EN 300 330 and EN 302 608.

(3) the frequency band 7.3 to 23.0 MHz is authorized for railway purposes, and as described in the standard EN 302 609. The center frequency is 13.547 MHz. Maximum permitted field strength is -7 dBμA / m at a distance of 10 meters. The maximum field strength is specified in a bandwidth of 10 kHz, the average spread in every length of 200 meters of wire.

(4) frequency band 27090-27100 MHz is authorized for Balise and Loop / Euroloop frequency use described in the standards EN 300 330 and EN 302 608. Maximum permitted field strength is 42 dBμA / m at a distance of 10 meters.

(5) of the frequency band 76-77 GHz is authorized for detection of obstacle by radar sensor at the level crossing frequency use described in the standard EN 301 091. Maximum permitted radiated peak power is 55 dBm eirp The mean maximal effect shall be 50 dBm or 23 , 5 dBm for pulsed radar.

Chap. XVI. Final provisions

§ 47. Entry into force This regulation enters into force on 19 January 2012. On the same date, the Regulations on 2 June 2009 No.. 580 about general authorization for the use of frequencies.