| |
SCHEDULE 5Regulation 3(1)
LAND MOBILE-SATELLITE SERVICE STATIONS
PART I
INTERPRETATION
In this Schedule-
"Eutelsat" means the European Telecommunications Satellite Organization established by Article 11(a) of the Convention on the European Telecommunications Satellite Organization of 1982[14];
"Globalstar" means Globalstar LP whose registered office is situated at 3200 Zanker Road, GS-06, San Jose, CA 95134, United States of America;
"ICO" means ICO Global Communications (Holdings) Limited whose registered office is situated at Clarendon House, 2 Church Street, Hamilton, Bermuda;
"Inmarsat" means the International Maritime Telecommunications Satellite Organization established by Article 2(1) of the Convention on the International Maritime Telecommunications Satellite Organization of 1976[15];
"Iridium" means Iridium Communications Germany GmbH whose registered office is situated at Jagerhofstrasse 19-20, 40479 Dusseldorf, Germany;
"Italsat" means the satellite network operated by Telespazio s.p.a. whose registered office is situated at via Tiburting, 965-00156 Rome, Italy;
"Land Mobile-Satellite Service", "Land Earth Station" and "Land Mobile Earth Station" have the meanings given to them in the Radio Regulations;
"mean power" and "peak power" have the meanings given to them in the Radio Regulations; and
"prescribed apparatus" means a Land Mobile Earth Station in a Land Mobile-Satellite Service described in Part III of this Schedule.
PART II
ADDITIONAL TERMS, PROVISIONS AND LIMITATIONS
1.
The prescribed apparatus shall be subject to and comply with the Common Technical Regulations referred to in Part IV of this Schedule as appropriate, and in the absence of a Common Technical Regulation applying to such apparatus, the prescribed apparatus-
(a) is approved for the time being by the Secretary of State under section 84 of the 1984 Act for the purposes of these Regulations; or
(b) is approved to the ETSI standards referred to in Part IV of this Schedule as appropriate by a national administration following type testing at a test laboratory,
provided that paragraph (a) above shall not apply in relation to prescribed apparatus situated in the Bailiwick of Jersey.
2.
Prescribed apparatus in the Iridium and Globalstar Land Mobile-Satellite Services referred to in Part III shall cease operation at or within a distance determined by the Secretary of State for each relevant radioastronomy site for the duration of any radioastronomy observation.
PART III
DESCRIPTIONS OF THE PRESCRIBED APPARATUS
Inmarsat
Land Mobile Earth Stations in the Inmarsat Land Mobile-Satellite Service which are designed or adapted to-
(a) send and receive messages by wireless telegraphy via that Service to or from any Land Earth Station in that Service; and
(b) be capable of transmitting in the frequency bands 1626.5-1645.5 MHz and 1646.5-1660.5 MHz and receiving in the frequency bands 1525.0-1544.0 MHz or 1545.0-1559.0 MHz and operating at a power level not exceeding the maximum specified in the table set out in Part IV.
Eutelsat
Land Mobile Earth Stations in the Eutelsat Land Mobile-Satellite Service which are designed or adapted to-
(a) send and receive messages by wireless telegraphy via that Service to or from any Land Earth Station in that Service; and
(b) be capable of transmitting in the frequency band 14.00-14.25 GHz and receiving in the frequency bands 10.70-11.70 GHz or 12.50-12.75 GHz and operating at a power level not exceeding the maximum specified in the table set out in Part IV.
Italsat
Land Mobile Earth Stations in the Italsat Land Mobile-Satellite Service which are designed or adapted to-
(a) send and receive messages by wireless telegraphy via that Service to or from any Land Earth Station in that Service; and
(b) be capable of transmitting in the frequency bands 1626.5-1645.5 MHz and 1646.5-1660.5 MHz and receiving in the frequency bands 1525.0-1544.0 MHz or 1545.0-1559.0 MHz and operating at a power level not exceeding the maximum specified in the table set out in Part IV.
Iridium
Land Mobile Earth Stations in the Iridium Land Mobile-Satellite Service which are designed or adapted to-
(a) send and receive messages by wireless telegraphy via that Service to or from any Land Earth Station in that Service;
(b) be capable of transmitting and receiving in the frequency band 1621.35-1626.50 MHz and operating at a power level not exceeding -3 dBW/4 kHz mean power (eirp) density; and
(c) operate in accordance with the requirements of ECTRA/ERC Decision (97) 05 and ERC Decision ERC/DEC (97) 03 decided by the CEPT in June 1997 respectively.
ICO
Land Mobile Earth Stations in the ICO Land Mobile-Satellite Service which are designed or adapted to-
(a) send and receive messages by wireless telegraphy via that Service to or from any Land Earth Station in that Service;
(b) be capable of transmitting and receiving in the frequency bands 1997.5-2010.0 MHz and 2187.5-2200.0 MHz and operating at a power level not exceeding 9.8 dBW/25 kHz peak power (eirp) density; and
(c) operate in accordance with the requirements of ECTRA/ERC Decision (97) 05, ERC Decision ERC/DEC (97) 03 and ERC Decision ERC/DEC (97) 04 decided by the CEPT in June 1997.
Globalstar
Land Mobile Earth Stations in the Globalstar Land Mobile-Satellite Service which are designed or adapted to-
(a) send and receive messages by wireless telegraphy via that Service to or from any Land Earth Station in that Service;
(b) be capable of transmitting and receiving in the frequency bands 1610.0-1621.35 MHz and 2483.5-2500.0 MHz and operating at a power level not exceeding -3 dBW/4 kHz mean power (eirp) density; and
(c) operate in accordance with the requirements of ECTRA/ERC Decision (97) 05 and ERC Decision ERC/DEC (97) 03.
PART IV
COMMON TECHNICAL REGULATIONS AND STANDARDS
Inmarsat
|
Type of Inmarsat station
|
Maximum power (eirp)
|
ETSI standard (unless otherwise stated)
|
Date of publication
|
|
A |
+37 dBW |
Technical Requirements for Inmarsat Standard - A Ship Earth Stations, edition 3 |
May 1988 |
|
|
|
Ship Earth Station Technical Bulletin 26A |
September 1991 |
|
|
|
Ship Earth Station Technical Bulletin 27B |
October 1993 |
|
B |
+34 dBW (+1/-2 dB) |
TBR 44 |
May 1998 |
|
C |
+16 dBW |
TBR 26 edition 1 |
May 1998 |
|
D+ |
+9 dBW |
TBR 26 edition 1 |
|
|
M |
+28 dBW (+3/-3 dB) |
TBR 44 |
|
|
Mini M (phone) |
+2.7 dBW |
TBR 44 |
|
Eutelsat
|
Type of Eutelsat station
|
Maximum power (eirp)
|
ETSI standard
|
Date of publication
|
|
Euteltracs (Omnitracs) |
19 dBW |
TBR 27 |
January 1998 |
Italsat
|
Type of Italsat station
|
Maximum power (eirp)
|
ETSI standard
|
Date of publication
|
|
EMS-PRODAT |
12 dBW |
TBR 26 edition 1 |
May 1998 |
|
EMS-MSSAT |
11.5 dBW |
TBR 44 |
May 1998 |
Iridium
CTR 41 - Commission Decision of 3rd September 1998 on a common technical regulation for Satellite Personal Communications Networks (S-PCN) Mobile Earth Stations (MESs), including hand held earth stations, for S-PCN operating in the 1.6/2.4 GHz frequency bands under the Mobile Satellite Service (MSS)[16].
ICO
CTR 42 - Commission Decision of 3rd September 1998 on a common technical regulation for Satellite Personal Communications Networks (S-PCN) Mobile Earth Stations (MESs), including hand held earth stations, for S-PCN operating in the 2.0 GHz frequency bands under the Mobile Satellite Service (MSS)[17].
Globalstar
CTR 41.
SCHEDULE 6Regulation 3(1)
SHORT RANGE DEVICES
PART I
INTERPRETATION
1.
In this Schedule-
"direct sequence spread spectrum modulation" means a form of modulation where a combination of data to be transmitted and a known code sequence (or chip sequence) is used to directly modulate a carrier;
"EN 300 220-1" means the European Telecommunications Standard EN 300 220-1 published by ETSI in November 1997;
"EN 300 328" means the European Telecommunications Standard EN 300 328 published by ETSI in November 1994, revised and reprinted in November 1996 and amended in July 1997;
"EN 300 330" means the European Telecommunications Standard EN 300 330, version 1.2.2 (1999) published by ETSI in 1999;
"I-ETS 300 422" means the European Telecommunications Standard I-ETS 300 422 published by ETSI in December 1995;
"I-ETS 300 440" means the European Telecommunications Standard I-ETS 300 440 published by ETSI in December 1995 and Corrigendum issued in April 1996;
"EN 300 674" means the European Telecommunications Standard EN 300 674 published by ETSI in November 1998;
"EN 300 718" means the European Telecommunications Standard EN 300 718 published by ETSI in March 1997;
"EN 300 761" means the European Telecommunications Standard EN 300 761 published by ETSI in January 1998;
"EN 300 836-1" means the European Telecommunications Standard EN 300 836-1 published by ETSI in May 1998;
"EN 301 091" means the European Telecommunications Standard EN 301 091 published by ETSI in June 1998;
"EN 301 357" means the European Telecommunications Standard EN 301 357, version 1.2.1 (1999) published by ETSI in 1999;
"Fo" means centre frequency;
"frequency hopping spread spectrum modulation" means a technique in which the transmitted signal occupies a number of frequencies in time, each for some period of time;
"non-manufactured apparatus" means apparatus made up from components, but which is not for retail resale;
"prescribed apparatus" means any station or apparatus described in Part III of this Schedule.
"radiated level" means the maximum level permitted, referenced to the erp, eirp or field strength as specified in Part III of this Schedule; and
"Telemetry", "Telecommand", "Television" and "Telephony" have the meanings given to them in the Radio Regulations.
2.
Where the channel spacing or channel bandwidth is defined in this Schedule the centre frequency of the first channel is at a distance of channel spacing /2 from the lower frequency band edge.
PART II
ADDITIONAL TERMS, PROVISIONS AND LIMITATIONS
Unless there is a Common Technical Regulation in force in respect of the prescribed apparatus, such apparatus must-
(a) be approved for the time being by the Secretary of State under section 84 of the 1984 Act for the purposes of these Regulations; or
(b) be approved to the ETSI standards referred to in Part III of this Schedule as appropriate by a national administration following type testing at a test laboratory, or otherwise complies with such standards in the case of non-manufactured apparatus used as metal detectors or model control apparatus referred to in Part III, paragraphs 13 and 20 below,
provided that paragraph (a) above shall not apply in relation to prescribed apparatus situated in the Bailiwick of Jersey.
PART III
DESCRIPTIONS OF THE RELEVANT APPARATUS
General Purpose Short Range Devices
1.
Any wireless telegraphy apparatus, which is not described elsewhere in this Schedule and which is designed or adapted so as to be capable of use within the frequency band, and at a radiated level not exceeding the maximum for such frequency band, specified in the table below-
|
Frequencies or frequency band
|
Radiated level
|
Channel bandwidth
|
Music or speech permitted
|
ETSI standard
|
|
49.82-49.98 MHz |
10 mW erp |
10 kHz |
Yes |
EN 300 220-1 |
|
49.82-49.98 MHz |
10 mW erp |
- |
Yes |
|
Telemetry and Telecommand: General
2.
Wireless telegraphy apparatus designed or adapted for-
(a) Telemetry and Telecommand, so as to be capable of use on one or more of the frequencies or within one of the frequency bands, and at a radiated level not exceeding the maximum for such frequencies or frequency bands, for each category of apparatus, specified in the table below and subject to the following sub-paragraphs;
(b) in category iii, channel numbers 1 and 3 to 11 are available with a channel centre frequency of 173.2 MHz + (channel bandwidth × channel number);
(c) in category iv, channel numbers 1 to 5 are available with a channel centre frequency of 173.2 MHz + (channel bandwidth × channel number);
(d) in category v, Telemetry and Telecommand may only be used in conjunction with telephony with a non-locking push to talk key or voice operated carrier;
(e) in category vii, the band may also be used for airborne telemetry based on 25 kHz channel spacing;
(f) in categories viii, ix and xii, consecutive channels may be combined for increased bandwidth up to the maximum sub-band frequency allocation. The total signal bandwidth must be contained within the allocated sub-band-
|
Category
|
Frequencies or frequency band
|
Radiated level
|
Channel bandwidth
|
Music or speech permitted
|
Duty cycle
|
ETSI standard
|
|
i |
26.995, 27.045, 27.095, 27.145, 27.195 MHz |
1 mW erp |
10 kHz |
No |
- |
EN 300 220-1 |
|
ii |
40.66-40.7 MHz |
10 mW erp |
- |
No |
- |
|
|
iii |
173.2-173.35 MHz |
1 mW erp |
12.5 kHz |
No |
|
|
|
iv |
173.2-173.35 MHz |
1 mW erp |
25 kHz |
No |
- |
|
|
v |
173.5875, 173.6 MHz |
10 mW erp |
12.5 kHz |
Yes |
- |
|
|
vi |
417.9-418.1 MHz |
250 µW erp |
- |
No |
- |
|
|
vii |
433.05-434.79 MHz |
10 mW erp |
- |
No |
<= 10% |
|
|
viii |
868-868.6 MHz |
25 mW erp |
<= 25 kHz |
No |
<= 1% |
|
|
ix |
868.7-869.2 MHz |
25 mW erp |
<= 25 kHz |
No |
<= 0.1% |
|
|
x |
869.3-869.4 MHz |
10 mW erp |
<= 25 kHz |
No |
<= 10% |
|
|
xi |
869.4-869.65 MHz |
500 mW erp |
<= 25 kHz |
No |
<= 10% |
|
|
xii |
869.7-870 MHz |
5 mW erp |
<= 25 kHz |
No |
up to 100 % |
|
|
xiii |
2400-2483.5 MHz |
10 mW eirp |
<= 20 MHz |
Yes |
- |
I-ETS 300 440 |
Telemetry and Telecommand: Industrial/Commercial
3.
Wireless telegraphy apparatus designed or adapted for-
(a) Telemetry and Telecommand, so as to be capable of use on one or more of the frequencies or within one of the frequency bands, and at a radiated level not exceeding the maximum for such frequencies or frequency bands, for each category of apparatus, specified in the table below and subject to the following sub-paragraphs;
(b) in category i, channel numbers 1 and 3 to 11 are available with a channel centre frequency of 173.2 MHz + (channel bandwidth × channel number);
(c) in category ii, channel numbers 1 to 5 are available with a channel centre frequency of 173.2 MHz + (channel bandwidth × channel number);
(d) in category iv, channel numbers 1 to 25, 28 to 31 and 33 to 35 are available with a channel centre frequency of 458.5 MHz + (channel bandwidth × channel number);
(e) in category v, channel numbers 1 to 12, 14 to 15 and 17 are available with a channel centre frequency of 458.5 MHz + (channel bandwidth × channel number)-
|
Category
|
Frequencies or frequency band
|
Radiated level
|
Channel bandwidth
|
Music or speech permitted
|
ETSI standard
|
|
i |
173.2-173.35 MHz |
10 mW erp |
12.5 kHz |
No |
EN 300 220-1 |
|
ii |
173.2-173.35 MHz |
10 mW erp |
25 kHz |
No |
|
|
iii |
173.2-173.35 MHz |
10 mW erp |
- |
No |
|
|
iv |
458.5-458.95 MHz |
500 mW erp |
12.5 kHz |
No |
|
|
v |
458.5-458.95 MHz |
500 mW erp |
25 kHz |
No |
|
|
vi |
2445-2455 MHz |
100 mW eirp |
- |
No |
I-ETS 300 440 |
Telemetry: Databuoys
4.
Wireless telegraphy apparatus designed or adapted for Telemetry in a maritime environment, so as to be capable of use on one or more of the frequencies or within one of the frequency bands, and at a radiated level not exceeding the maximum for such frequencies or frequency bands, for each category of apparatus, specified in the table below-
|
Frequencies or frequency band
|
Radiated level
|
Channel bandwidth
|
Music or speech permitted
|
ETSI standard
|
|
35.3375, 35.3625, 35.3875, 35.4125, 35.4375, 35.4625 MHz |
250 mW erp |
25 kHz |
No |
EN 300 220-1 |
Medical and Biological Applications
5.
Wireless telegraphy apparatus designed or adapted for-
(a) Telemetry and Telecommand, so as to be capable of use on one or more of the frequencies or within one of the frequency bands, and at a radiated level not exceeding the maximum for such frequencies or frequency bands, for each category of apparatus, specified in the table below and subject to the following sub-paragraphs;
(b) in category ii, channel numbers 1 to 24 are available with channel centre frequency of 173.7 MHz + (channel bandwidth × channel number);
(c) in category iii, channel numbers 1 to 11 are available with channel centre frequency of 173.7 MHz + (channel bandwidth × channel number);
(d) in category v, for use with ultra low power active medical implants only;
(e) in category vi and vii, channel numbers 37 to 47 are available with channel centre frequency of 458.5 MHz + (channel bandwidth × channel number);
(f) in category viii and ix, channel numbers 19 to 23 are available with channel centre frequency of 458.5 MHz + (channel bandwidth × channel number);
(g) in categories ii, iii, vi and viii, these bands may also be used in an airborne application for the tracking of birds-
|
Category
|
Frequencies or frequency band
|
Radiated level
|
Channel bandwidth
|
Music or speech permitted
|
ETSI standard
|
|
i |
300 kHz-30 MHz |
9 dBµA/m @ 10 m |
- |
No |
EN 300 330 |
|
ii |
173.7-174 MHz |
10 mW erp |
12.5 kHz |
No |
EN 300 220-1 |
|
iii |
173.7-174 MHz |
10 mW erp |
25 kHz |
No |
|
|
iv |
173.7-174 MHz |
10 mW erp |
- |
No |
|
|
v |
402-405 MHz |
25 µW erp |
300 kHz |
No |
|
|
vi |
458.9625-459.1000 MHz |
10 mW erp |
12.5 kHz |
No |
|
|
vii |
458.9625-459.1000 MHz |
500 mW erp |
12.5 kHz |
No |
|
|
viii |
458.9625-459.1000 MHz |
10 mW erp |
25 kHz |
No |
|
|
ix |
458.9625-459.1000 MHz |
500 mW erp |
25 kHz |
No |
|
Radio Local Area Networks
6.
Wireless telegraphy apparatus designed or adapted-
(a) for the provision of short range data links, so as to be capable of use only within the frequency bands, and at a radiated level not exceeding the maximum for such frequency bands, specified in the table below and subject to the following sub-paragraphs;
(b) in category i, prescribed apparatus using frequencies relating to direct sequence spread spectrum modulation are limited to a maximum spectrum power density of -20 dBW/1 MHz without exceeding the eirp value. For frequency hopping spread spectrum, the maximum spectrum power density is limited to -10 dBW/100 kHz without exceeding the eirp value;
(c) analogue speech is not permitted-
|
Category
|
Frequencies or frequency band
|
Radiated level
|
Channel bandwidth
|
Music or speech permitted
|
Duty cycle
|
ETSI standard
|
|
i |
2400-2483.5 MHz |
100 mW eirp |
- |
- |
- |
ETS 300 328 |
|
ii |
5150-5250 MHz |
1 W eirp |
- |
- |
- |
ETS 300 836-1 |
|
iii |
5250-5300 MHz |
1 W eirp |
- |
- |
- |
|
Short Range Indoor Data Links
7.
Wireless telegraphy apparatus designed or adapted-
(a) for the provision of short range data links, so as to be capable of use only within either of the frequency bands, and at a radiated level not exceeding the maximum for such frequency bands, specified in the table below and subject to the following sub-paragraph;
(b) analogue speech is not permitted-
|
Frequencies or frequency band
|
Radiated level
|
Channel bandwidth
|
Music or speech permitted
|
ETSI standard
|
|
2445-2455 MHz |
100 mW eirp |
- |
Yes |
I-ETS 300 440 |
|
10.675-10.699 GHz |
1 W eirp |
- |
Yes |
|
Railway Applications
8.
Wireless telegraphy apparatus designed or adapted for the purpose of railway vehicle identification or for the provision of short range data links between the track and railway vehicles, so as to be capable of use only within either of the frequency bands, and at a radiated level not exceeding the maximum for such frequency bands, specified in the table below-
|
Frequencies or frequency band
|
Radiated level
|
Channel bandwidth
|
Music or speech permitted
|
Duty cycle
|
ETSI standard
|
|
27.095 MHz |
42 dBµA/m @ 10 m |
Fo ± <5 kHz |
No |
- |
EN 300 330 |
|
|
5 dBµA/m @ 10 m |
Fo ± (5 to 200) kHz |
No |
- |
|
|
|
-1 dBµA/m @ 10 m |
Fo ± <500 kHz |
No |
- |
|
|
2447, 2448.5, 2450, 2451.5, or 2453 MHz |
500 mW eirp |
<= 1.5 MHz |
No |
- |
EN 300 761 |
Devices for the Detection of Avalanche Victims
9.
Wireless telegraphy apparatus designed or adapted for the transmission of signals to aid in the locating of victims in distress or at risk, so as to be capable of producing a continuous wave only on either of the frequencies, and at a radiated level not exceeding the maximum for such frequencies, specified in the table below-
|
Frequencies or frequency band
|
Radiated level
|
Music or speech permitted
|
Duty cycle
|
ETSI standard
|
|
2275 kHz |
42 dBµA/m @ 10 m |
No |
up to 100% |
ETS 300 718 |
|
457 kHz |
42 dBµA/m @ 10 m |
No |
up to 100% |
|
Equipment for the Detection of Movement or Alert
10.
Wireless telegraphy apparatus designed or adapted to-
(a) produce a radiated field and respond to a variation in that field as a result of any instrusion or movement within that field by other devices, objects or persons in order to detect or monitor the movement of such devices, objects or persons, so as to be capable of use on one or more of the frequencies within one of the frequency bands, and at a radiated level not exceeding the maximum for such frequencies or frequency bands, specified in the table below and subject to the following sub-paragraphs;
(b) in category i, this service is due to be withdrawn by 31st December 2003: equipment cannot be type approved for use in this band after 31st December 1998;
(c) category ii applications are for tagging and identification only;
(d) category iv applications are for indoor use only;
(e) category vii applications are for use in mobile applications only, and fixed installations are not permitted-
|
Category
|
Frequencies or frequency band
|
Radiated level
|
Channel bandwidth
|
Music or speech permitted
|
ETSI standard
|
|
i |
888.0-889.0 MHz |
500 mW erp |
25 kHz |
No |
- |
|
ii |
2445-2455 MHz |
500 mW eirp |
- |
No |
I-ETS 300 440 |
|
iii |
10.577-10.597 GHz |
1 W eirp |
- |
No |
|
|
iv |
10.675-10.699 GHz |
1 W eirp |
- |
No |
|
|
v |
13.4-14.0 GHz |
500 mW eirp |
- |
No |
|
|
vi |
24.150-24.250 GHz |
2 W eirp |
- |
No |
|
|
vii |
24.250-24.350 GHz |
2 W eirp |
- |
No |
|
Notes:
[14]
The Convention on the European Telecommunications Satellite Organization was opened for signature in Paris on 15th July 1982; it was amended on 15th December 1983 and entered into force on 1st September 1985.back
[15]
The Convention on the International Maritime Satellite Organization was agreed on 30th September 1976 and entered into force on 16th July 1979; it was amended on 13th October 1989.back
[16]
OJ No. L247, 5.9.98, p. 11.back
[17]
OJ No. L247, 5.9.98, p. 13.back
| |