Technical Requirements for Fixed Line-of-Sight Radio Systems Operating in the Band MHz
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1 Issue May 2006 Spectrum Management and Telecommunications Standard Radio System Plan Technical Requirements for Fixed Line-of-Sight Radio Systems Operating in the Band Aussi disponible en français PNRH-307,1
2 Table of Contents 1. Intent General Related Documents Radio Channel Arrangement Description Radio Channel Arrangements Radio Channel Centre Frequencies Branching or Spur Route Channels Closed Loops Assignment of Frequencies Pairing for Systems Operating with Diversity Spectral Efficiency Protection Channels Transmitter Characteristics Emission Limits Antenna Characteristics Maximum Equivalent Isotropically Radiated Power (e.i.r.p.)... Annex A - Channel Identification and Carrier Frequencies for Sub-plans I and II ii
3 Radio Systems Operating in the Band Intent 1.1 This Standard Radio System Plan (SRSP) states the minimum technical requirements for the efficient use of the frequency band by low, medium, and high-capacity (LC, MC and HC) digital point-to-point radio systems in the fixed service. 1.2 This SRSP is intended to be employed in the design and specification of radio systems and equipment and in the evaluation of technical applications for new radio facilities or modification to radio systems submitted in accordance with the current issue of RSP This SRSP specifies equipment characteristics relating to efficient spectrum usage only and is not to be regarded as a comprehensive specification for equipment design and/or selection. 2. General 2.1 This Standard replaces, Issue 4. Revision of this SRSP will be made as required. 2.2 Radio systems conforming to these technical requirements will be given priority in licensing over non-standard radio systems operating in this band. 2.3 The arrangements for non-standard systems are outlined in SP-Gen. 2.4 The Geographical Differences Policy (GDP) Guideline applies in this frequency band. More information on the GDP can be found in SP 1-20 GHz. 1 Modifications may be required to a radio system whenever harmful interference 2 is caused even when the system conforms to the requirements of this SRSP. 2.6 When potential conflict between radio systems cannot be resolved, Industry Canada should be advised. After consultation with the parties concerned, the Department will determine the necessary modifications and schedule of modifications to resolve the conflict. 2.7 The Department may require licensees and/or applicants to use receiver selectivity characteristics that provide rejection of harmful interference. 2.8 The use of a two-frequency plan is required. Where reasonable economic or technical justification is provided (e.g. where siting prevents adequate antenna discrimination), extra frequencies may be used to resolve the problem, subject to the provisions of Section SP 1-20 GHz, January 199, contains new spectrum utilization principles including the Geographical Differences Policy Guideline. This information will be incorporated into a revision of SP-Gen. For the purpose of this SRSP, harmful interference means interference which endangers the functioning of a radionavigation service or of other safety services or seriously degrades, obstructs, or repeatedly interrupts a radiocommunication service operating in accordance with regulations and technical requirements laid down by Industry Canada under the Radiocommunication Act. 1
4 Radio Systems Operating in the Band Use of frequency diversity by systems serving telemetry, control and protection purposes is allowed. In these cases however, it should be recognized that space diversity techniques will be encouraged. In cases where route diversity is used it may be necessary to deviate from the preferred two-frequency plans, and such systems will receive the same degree of protection as the preferred system. The use of frequency diversity and route diversity could be considered if economic or technical justification is provided. The applicant must provide all necessary particulars in the licence application together with the overall frequency plan proposed. 2.9 It should be noted that the fixed service shares this band with other services in accordance with the Canadian Table of Allocations. 3. Related Documents The current issues of the following documents are applicable, and available on Industry Canada s Spectrum Management and Telecommunications website at: Canadian Table of Allocations 9 khz to 27 GHz SP-Gen SP 1-20 GHz Gazette Notice DGTP / SMSE SP 3-30 GHz SP RSP-113 TRC-43 CPC General Information Related to Spectrum Utilization and Radio Systems Policies Revisions to Microwave Spectrum Utilization Policies in the Range of 1-20 GHz On the Modification of Microwave Spectrum Utilization Policy Provisions for the Band and the Release of Standard Radio System Plan (, Issue 4) Revisions to the Spectrum Utilization Policies in the 3-30 GHz Range and Further Consultation Policy for the Fixed Service in the Band Application Procedures for Planned Radio Stations above 960 in the Fixed Service Notes Regarding Designation of Emission (Including Necessary Bandwidth and Classification), Class of Station and Nature of Service Environmental Process, Radiofrequency Fields and Land-use Consultation CPC - Client Procedures Circular RSP - Radio Standards Procedure SP - Spectrum Utilization Policy TRC - Telecommunications Regulation Circulars 2
5 Radio Systems Operating in the Band Radio Channel Arrangement Description 4.1 Radio Channel Arrangements The radio frequency channel arrangements defined in this Standard provide for 6 different RF channel bandwidths. Channel pairs are provided with a common transmit/receive separation of 17 and 10 in sub-plans I and II respectively. Figure 1 illustrates the band structure. See also, Annex A. Figure The GO/RETURN 30 channels will be allowed for use by the Power Utilities on a preferential basis In the case of spectrum congestion, the spectrum assigned for 30 channels will be open for users of applications of 20 and less Available channel bandwidths: a. RF channel bandwidths of greater than 20 and less than or equal to 30. These correspond to channels A 1 /A 1 ' to A 4 /A 4 ' in sub-plan I and channels A /A ' to A 8 /A 8 ' in sub-plan II. b. RF channel bandwidths of greater than and less than or equal to 20. These correspond to channels B 1 /B 1 ' to B 6 /B 6 ' in sub-plan I and channels B 7 /B 7 ' to B 13 /B 13 ' in sub-plan II. c. RF channel bandwidths of greater than 7. and less than or equal to. These correspond to channels C 1 /C 1 ' to C 12 /C 12 ' in sub-plan I and channels C 13 /C 13 ' to C 27 /C 27 ' in sub-plan II. d. RF channel bandwidths of greater than and less than or equal to 7.. These correspond to channels D 1 /D 1 ' to D 16 /D 16 ' in sub-plan I and channels D 17 /D 17 ' to D 36 /D 36 ' in sub-plan II. e. RF channel bandwidths of greater than and less than or equal to. These correspond to channels E 1 /E 1 ' to E 2 /E 2 ' in sub-plan I and channels E 26 /E 26 ' to E /E ' in sub-plan II. f. RF channel bandwidths less than or equal to. These correspond to channels F 1 /F 1 ' to F 0 /F 0 ' in sub-plan I and channels F 1 /F 1 ' to F 1 /F 1 ' in sub-plan II. 3
6 Radio Systems Operating in the Band Radio Channel Centre Frequencies Sub-plan I The centre frequencies of 4 paired channels which allow RF channel bandwidths of 30 and a transmit/receive separation of 17, are expressed by the following Lower half of the band A n = n for n = 1 to 4 Upper half of the band A n ' = n for n = 1 to 4 where n is the channel number and A n and A n ' are the centre frequencies in of the paired The centre frequencies of the 6 paired channels which allow RF channel bandwidths of 20 and a transmit/receive separation of 17 are expressed by the following Lower half of the band Bn = n for n = 1 to 6 Upper half of the band Bn' = n for n = 1 to 6 where n is the channel number and B n and B n ' are the centre frequencies in of the paired The centre frequencies of the 12 paired channels which allow RF channel bandwidths of and a transmit/receive separation of 17 are expressed by the following Lower half of the band C n = n for n = 1 to 12 Upper half of the band C n ' = n for n = 1 to 12 where n is the channel number and C n and C n ' are the centre frequencies in of the paired The centre frequencies of the 16 paired channels which allow RF channel bandwidths of 7. and a transmit/receive separation of 17 are expressed by the following Lower half of the band D n = n for n = 1 to 16 Upper half of the band D n ' = n for n = 1 to 16 where n is the channel number and D n and D n ' are the centre frequencies in of the paired The centre frequencies of the 2 paired channels which allow RF channel bandwidths of and a transmit/receive separation of 17 are expressed by the following Lower half of the band E n = n for n = 1 to 2 Upper half of the band E n ' = n for n = 1 to 2 4
7 Radio Systems Operating in the Band where n is the channel number and E n and E n ' are the centre frequencies in of the paired The centre frequencies of the 0 paired channels which allow RF channel bandwidths of and a transmit/receive separation of 17 are expressed by the following Lower half of the band F n = n for n = 1 to 0 Upper half of the band F n ' = n for n = 1 to 0 where n is the channel number and F n and F n ' are the centre frequencies in of the paired Sub-plan II The centre frequencies of 4 paired channels which allow RF channel bandwidth of 30 and a transmit/receive separation of 10 are expressed by the following Lower half of the band A n = n for n= to 8 Upper half of the band A n ' = n for n= to 8 where A n and A n ' are the centre frequencies in of the paired The centre frequencies of the 7 paired channels which allow RF channel bandwidths of 20 and a transmit/receive separation of 10 are expressed by the following Lower half of the band Bn = n for n = 7 to 13 Upper half of the band Bn' = n for n = 7 to 13 where n is the channel number and B n and B n ' are the centre frequencies in of the paired The centre frequencies of the 1 paired channels which allow RF channel bandwidths of and a transmit/receive separation of 10 are expressed by the following Lower half of the band C n = n for n = 13 to 27 Upper half of the band C n ' = n for n = 13 to 27 where n is the channel number and C n and C n ' are the centre frequencies in of the paired The centre frequencies of the 20 paired channels which allow RF channel bandwidths of 7. and a transmit/receive separation of 10 are expressed by the following
8 Radio Systems Operating in the Band Lower half of the band D n = n for n = 17 to 36 Upper half of the band D n ' = n for n = 17 to 36 where n is the channel number and D n and D n ' are the centre frequencies in of the paired 4.2. The centre frequencies of the 30 paired channels which allow RF channel bandwidths of and a transmit/receive separation of 10 are expressed by the following Lower half of the band E n = n for n = 26 to Upper half of the band E n ' = n for n = 26 to where n is the channel number and E n and E n ' are the centre frequencies in of the paired The centre frequencies of the 60 paired channels which allow RF channel bandwidths of and a transmit/receive separation of 10 are expressed by the following Lower half of the band F n = n for n = 1 to 1 Upper half of the band F n ' = n for n = 1 to 1 where n is the channel number and F n and F n ' are the centre frequencies in of the paired 4.3 Branching or Spur Route Channels The frequencies assigned to a main route system should be reused on the branching or spur routes where possible. The siting of repeater stations should be planned with this requirement in mind, in order that sufficient antenna discrimination is obtained at the branch-off-angle. 4.4 Closed Loops Systems must be designed so that any closed loop will consist of an even number of hops. 4. Assignment of Frequencies In sub-plans I and II, new systems should use the highest available frequency pair that can be successfully coordinated. 4.6 Pairing for Systems Operating with Diversity For frequency diversity, the channels of sub-plan I should be paired with the following channels of sub-plan II, in accordance with Section 4.. a. For digital radio systems with RF channel bandwidths of greater than 20 and less than or equal to 30 : GO channels A n /A 4+n should be paired with RETURN channels A n '/A 4+n ' where n = 1 to 4. 6
9 Radio Systems Operating in the Band b. For digital radio systems with RF channel bandwidths of greater than and less than or equal to 20 : GO channels B n /B 7+n should be paired with RETURN channels Bn'/B 7+n ' where n = 1 to 6. c. For digital radio systems with RF channel bandwidths of greater than 7. and less than or equal to : GO channels C n /C 1+n should be paired with RETURN channels C n '/C 1+n ' where n = 1 to 12. d. For digital radio systems with RF channel bandwidths of greater than and less than or equal to 7. : GO channels D n /D 20+n should be paired with RETURN channels D n '/D 20+n ' where n = 1 to 16. e. For digital radio systems with RF channel bandwidths of greater than and less than or equal to : GO channels E n /E 30+n should be paired with RETURN channels E n '/E 30+n ' where n = 1 to 2. f. For digital radio systems with RF channel bandwidths less than or equal to : GO channels F n /F 60+n should be paired with RETURN channels F n '/F 60+n ' where n = 1 to Spectral Efficiency Medium and high-capacity digital systems submitted for licensing shall have a minimum spectral efficiency of 4.4 bit/s/hz of the RF channel bandwidth on a single polarization Low-capacity digital systems submitted for licensing shall have a minimum spectral efficiency of 2.4 bit/s/hz of the RF channel bandwidth on a single polarization. 4.8 Protection Channels Single channel systems requiring protection must employ hot standby protection with the exception of systems used for telemetry, control and protection purposes which may employ frequency diversity protection.. Transmitter Characteristics.1 The transmitter power delivered to the antenna input per RF channel should not exceed the following limit for each bandwidth as shown in Table 1: 7
10 Radio Systems Operating in the Band Table 1: Transmitter Characteristics Bandwidth Power Limit () watts (dbw) An increase in transmitter power over the above specified limit may be permitted if technical justification is provided. In no event will the power delivered to the antenna input be permitted to exceed 20 watts (+13 dbw) per channel..3 The centre frequency of the emission shall be maintained within ± 0.001% of the assigned frequency..4 Emission Limits.4.1 In any 4 khz band, the centre frequency of which is removed from the assigned frequency by more than 0% up to and including 20% of the authorized bandwidth, the mean power of emission shall be attenuated below the mean output power of the transmitter in accordance with the following equation: A = (P - 0) + log (B) (db) where: Note: A = attenuation (db) below the mean output power level P = percent removed from the carrier frequency B = authorized bandwidth () 1. In no case shall the attenuation be less than 0 db. 2. Attenuation greater than 80 db or to an absolute power of less than -13 dbm/ is not necessary..4.2 In any 1 band, the centre frequency of which is removed from the assigned frequency by more than 20% of the authorized bandwidth, the mean power of emission shall be attenuated by 43 + log (mean output power in watts) db, or 80 db, whichever is the lesser attenuation. 6. Antenna Characteristics 6.1 The co-polarized radiation pattern envelope in the horizontal plane of the antenna must remain within the envelope shown in Figure 2, for both vertical and horizontal polarizations. 8
11 Radio Systems Operating in the Band The antenna shall have a minimum front-to-back ratio of 6 db. Figure Antenna Directivity db down from Main Lobe Measured radiation pattern in the horizontal plane must be within these limits for vertical or horizontal polarizations Scale Change Azimuth in Degrees from Main Lobe 9
12 Radio Systems Operating in the Band Maximum Equivalent Isotropically Radiated Power (e.i.r.p.) The maximum e.i.r.p. from the antenna must not in any case exceed + dbw per RF channel. Issued under the authority of the Minister of Industry R.W. McCaughern Director General Spectrum Engineering Branch
13 Radio Systems Operating in the Band Annex A - Channel Identification and Carrier Frequencies for Sub-plans I and II Table A1 - Channel Identification and Carrier Frequencies for Sub-plan I () () F F1' E E1' F F2' C C1' F F3' 7130 E E2' D1 F D1' F4' B B1' F F' E E3' F F6' A1 C A1' C2' D2 F D2' F7' 7140 E E4' F F8' F F9' E 7320 E' D3 F D3' F' C C3' F F11' 710 E E6' F F12' B B2' D4 F D4' F13' E E7' F F14' C C4' F F1' 7160 E E8' D F D' F16' F F17' E E9' F F18' A2 C A2' C' D6 F D6' F19' 7170 E E' F F20' B B3' F F21' E E11' D7 F D7' F22' C C6' F F23' 7180 E E12' F F24' 7.
14 Radio Systems Operating in the Band () () D8 F D8' F2' E E13' F F26' C C7' F F27' 7190 E E14' D9 F D9' F28' B B4' F F29' E E1' F F30' A3 C A3' C8' D F D' F31' 7200 E E16' F F32' F F33' E E17' D11 F D11' F34' C C9' F F3' 7210 E E18' F F36' B B' D12 F D12' F37' E E19' F F38' C C' F F39' 7220 E E20' D13 F D13' F40' F F41' E E21' F F42' A4 C A4' C11' D14 F D14' F43' 7230 E E22' F F44' B B6' F F4' E E23' D1 F D1' F46' C C12' F F47' 7240 E E24' F F48' D16 F D16' F49' E E2' F F0' 7.
15 Radio Systems Operating in the Band Table A2 - Channel identification and Carrier Frequencies for Sub-plan II () () F F1' E E26' D17 F D17' F2' C C13' F F3' 7430 E E27' F F4' B B7' D18 F D18' F' E E28' F F6' A C A' C14' F F7' 7440 E E29' D19 F D19' F8' F F9' E E30' F F60' C C1' D20 F D20' F61' 740 E E31' F F62' B B8' F F63' E E32' D21 F D21' F64' C C16' F F6' 7460 E E33' F F66' D22 F D22' F67' E E34' F F68' A6 C A6' C17' F F69' 7470 E E3' D23 F D23' F70' B B9' F F71' E E36' F F72' C C18' D24 F D24' F73' 7480 E E37' F F74' F F7' 7.
16 Radio Systems Operating in the Band () () E E38' D2 F D2' F76' C C19' F F77' 7490 E E39' F F78' B B' D26 F D26' F79' E E40' F F80' A7 C A7' C20' F F81' 700 E E41' D27 F D27' F82' F F83' E E42' F F84' 7.00 C C21' D28 F D28' F8' 710 E E43' F F86' B B11' F F87' E E44' D29 F D29' F88' C C22' F F89' 720 E E4' F F90' D30 F D30' F91' E E46' F F92' A8 C A8' C23' F F93' 730 E E47' D31 F D31' F94' B B12' F F9' E E48' F F96' C C24' D32 F D32' F97' 740 E E49' F F98' F F99' E E0' D33 F D33' F0' C C2' 7.
17 Radio Systems Operating in the Band () () F F1' 70 E E1' 73.7 F F2' 7.00 B B13' 76.2 D34 F D34' F3' 77.0 E E2' 78.7 F F4' C C26' F F' 760 E E3' D3 F D3' F6' F F7' E E4' F F8' C C27' D36 F D36' F9' 770 E 7720 E' F F1' 7. 1
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