Technical Requirements for Land Mobile and Fixed Radio Services Operating in the Bands MHz and MHz

Transcription

1 Provisional - Issue 1 March 2004 Spectrum Management and Telecommunications Policy Standard Radio System Plans Technical Requirements for Land Mobile and Fixed Radio Services Operating in the Bands MHz and MHz Aussi disponible en français - PNRH-500

2 Table of Contents 1. Intent General Related Documents General Guidelines Spectrum Availability and Suballocation Plans Sharing Arrangements Along the Canada/United States Border Suballocation Channelling Plan for the Bands MHz and MHz Suballocation Channelling Plan for the Band MHz Suballocation Channelling Plan for the Band MHz Suballocation Channelling Plan for the Band MHz Technical Considerations Channel Sharing Loading Guidelines Radiated Power Limits Mobile Systems Fixed Point-to-Point Systems Co-channel Separation...8 Annex A Page

3 1. Intent 1.1 This Standard Radio System Plan (SRSP) states the minimum technical requirements for efficient spectrum utilization for land mobile and fixed point-to-point systems operating in the bands and MHz. 1.2 Existing mobile systems that operate in Areas of Intensive Mobile Use 1 are considered to be non-standard if they do not conform to the efficiency requirement set out for Phase 1 and Phase 2 of the Redeployment Plan and the related criteria of those Phases described in this SRSP. 1.3 Radio systems conforming to the requirements contained in this SRSP will take priority in licensing and coordination over non-standard systems proposed for operation in these bands, subject to the terms and conditions of Spectrum Utilization Policy (SP Gen) and Redeployment Plan MHz. Systems which do not meet the duplex/simplex criteria established in this plan will not be declared non-standard. 1.4 Modification of a non-standard system will not be required except where this system blocks the entry of standard systems into the frequency bands covered by the Redeployment Plan. Any system identified for modification under the provisions of the Redeployment Plan will be required to conform to this SRSP, as stated above, and where spectrum availability permits. 2. General 2.1 Equipment used for land mobile or fixed systems operating in the above bands must normally comply with the appropriate technical standards listed in Section Notwithstanding the fact that a system satisfies the requirements of this Standard, the Department shall require adjustment to radio and auxiliary equipment in radio stations whenever harmful interference 2 is caused to any radio station operating in accordance with Departmental regulations or standard. 2.3 The Redeployment Plan will take place in two phases, requiring a transition to more spectrum-efficient land mobile equipment, which frees-up mobile spectrum in areas of Intensive Mobile Use where additional mobile users cannot be accommodated. In Phase I, equipment must be capable of using less than 15 khz bandwidth per voice channel in a 15 khz channel spacing, and in Phase II, equipment must be capable of using less than 7.5 khz bandwidth per voice channel in a 7.5 khz channel spacing. 1 2 Areas of Intensive Mobile Use are defined in the Redeployment Plan (RDP ). Harmful interference means an adverse effect of electromagnetic energy from any emission, radiation or induction that (a) endangers the use or functioning of a safety-related radiocommunication system, or (b) significantly degrades or obstructs, or repeatedly interrupts, the use or functioning of radio apparatus or radio-sensitive equipment. 1

4 2.4 Although they are included in this SRSP and in the Redeployment Plan, the bands MHz and MHz designated for Maritime Mobile Service and the band MHz assigned to the railways are not subject to the terms and conditions of this SRSP. The Maritime Mobile Service has priority in its designated bands and the railways have exclusive use in the assigned band, as per the Railway Association of Canada s (RAC) spectrum licence. However, outside of the Maritime Mobile Service and the RAC s geographical areas of operation, channels are available for assignment to land mobile services as specified in this SRSP and the provisions of the Redeployment Plan. 2.5 The Department will provide protection to licensed radio receivers only to the extent of the bandwidth of the transmitters whose emissions they are receiving up to the limits of the channel assigned. Applicants should bear this in mind when selecting receivers and receiver filters. 3. Related Documents 3.1 Equipment and systems to be used in the bands covered by this document shall be in accordance with the currently adopted versions of the following Radio Standards Specifications, Procedures and Policy documents which can be found on the Spectrum Management and Telecommunications Web site at in Official Publications. Canadian Table of Frequency Allocations Channel Loading Guidelines (GL-004) Radiocommunication Information Circular 6 (RIC-6), Spectrum Consumption and the Saturation Index Radiocommunication Information Circular 13 (RIC-13), Technical Requirements for the Operation of Mobile Stations in the Maritime Service Radio Standards Procedure 100 (RSP-100), Radio Equipment Certification Procedure Radio Standards Procedure 101 (RSP-101), Application Procedure for Planned Radio Stations Operating on Frequencies below 960 MHz Radio Standards Specification 119 (RSS-119), Land Mobile and Fixed Radio Transmitters and Receivers, to 960 MHz Radio System Policy RP-Gen (RP-Gen), General Spectrum Policy Principles and Other Information Related to Spectrum Utilization and Radio System Policies Radio System Policy 003 (RP-003), Policy Guidelines for Mobile Radio Trunked Systems Radio System Policy 004 (RP-004), Policy for the Licensing of Very Low Capacity Point to Point Links in the Band MHz 2

5 Radio System Policy 013 (RP-013), Spectrum Utilization Policy on the Use of Certain Public Correspondence Bands in Canada Redeployment Plan MHz (RDP MHz), Redeployment Plan for Spectrum Efficient Land Mobile Equipment in the Frequency Range MHz Spectrum Utilization Policy SP-Gen (SP-Gen), General Information Related to Spectrum Utilization and Radio Systems Policies Spectrum Utilization Policy SP MHz, Part I (SP MHz, Part I), Spectrum Allocation and Utilization in Certain Bands in the Range MHz (Part I) Spectrum Utilization Policy SP MHz, Part II (SP MHz, Part II), Spectrum Utilization Policy for the Mobile, Broadcasting and Amateur Services in the Frequency Range MHz (Part II) Terrestrial Radiocommunication Agreements and Arrangements (TRAA), Treaty Series 1962 No Coordination and Use of Radio Frequencies, Exchange of Notes Between Canada and the United States of America 4. General Guidelines 4.1 Frequency assignments shall be in accordance with Figure 1, Annex A, and the tables of. 4.2 For Land Mobile Service, channels shall be spaced 30 khz, 15 khz, or 7.5 khz apart, centred on the frequencies as illustrated and listed in Figure 1 Annex A, and will be assigned according to the required bandwidth of the system. Note that the 30 khz-spaced A channels, with channels interstitially-spaced, represent the channel arrangement before Phase 1. 3 The 15 khz-spaced B channels will be used during Phase 1 of the redeployment activities and the 7.5 khz-spaced C channels will be used during Phase 2 4 of redeployment. Systems that employ a different channelization from what is described above may be considered and authorized on a case-by-case basis if they result in equivalent spectrum efficiency and comply with the technical requirements for the bands covered by this SRSP. 4.3 The centre frequencies of the A, B, and C channels contained in can be calculated as follows for channel numbers (n) as shown: 3 4 See RDP MHz, released October 1998, Section See RDP MHz, released October 1998, Section

6 For MHz: A n = * (n 1) MHz for 1 # n # 200 B n = * (n 1) MHz for 1 # n # 399 C n = * (n 1) MHz for 1 # n # 799 For MHz: A n = * (n 201) MHz for 201 # n # 263 B n = * (n 400) MHz for 400 # n # 525 C n = * (n 800) MHz for 800 # n # 1051 For MHz: A n = * (n 264) MHz for 264 # n # 415 B n = * (n 526) MHz for 526 # n # 828 C n = * (n 1053) MHz for 1053 # n # 1659 For MHz: A n = * (n 416) MHz for 416 # n # 1061 B n = * (n 829) MHz for 829 # n # 2120 C n = * (n 1660) MHz for 1660 # n # 4244 The following frequency channels in series B and C should be considered last for assignment, in order to preserve backward compatibility with the 30 khz channelling plans: Band Edge (MHz) Series B Series C B68 C B206 C B266 C B334 C B465 C N/A C B647 C B827 C B1018 C B1588 C B1656 C B1920 C Spectrum Availability and Suballocation Plans 5.1 Sharing Arrangements Along the Canada/United States Border In order to meet the requirements of the radio services in both Canada and the United States, the Administrations have established arrangements for the exchange of frequency assignment information and engineering comments of proposed assignments along the Canada/United States 4

7 borders. The coordination areas are illustrated in Figure 6. The coordination and use of the frequency band MHz is governed by Arrangement D, while the coordination and use of the frequency band MHz is governed by Arrangements A and D. Outside the border areas, there are no restrictions on either country except when a possibility exists that assignments outside the border areas may result in harmful interference to the radio services of the other country. In this case a special coordination process will be initiated The suballocation plans in the various frequency bands, as shown in Figures 2 to 5 Annex A, consist of blocks of channels designated for simplex and duplex operation, and act as a guide for the selection and assignment of frequencies. In those areas of the country which are adjacent to the United States and within the Canada/U.S. coordination zone, frequency assignment according to the suballocation plans may not be feasible or practical due to current domestic or U.S. assignments where existing transmitters and receivers offset is established. In those cases that offset should be kept. 5.2 Suballocation Channelling Plan for the Bands MHz and MHz Figure 2 illustrates the suballocation plan for the assignment of frequencies in this band For Duplex Pair D, the base transmit frequency is in the upper block MHz and the mobile transmit frequency is in the lower block MHz. The TX/RX split is 3.99 MHz. The base transmit frequency (B tx ) is selected as the first available frequency, starting at MHz for C channels and MHz for A and B channels, and the mobile transmit frequency (M tx ) can be determined as follows: M tx = (B tx ) MHz For Simplex Block D MHz, the first available frequency is MHz for C channels and MHz for A and B channels For Duplex Pair E, the base transmit frequency is in the lower block MHz and the mobile transmit frequency is in the upper block MHz. The TX/RX split is 7.9 MHz. The base transmit frequency (B tx ) is selected as the first available frequency, starting at MHz for C channels and MHz for A and B channels, and the mobile transmit frequency (M tx ) can be determined as follows: M tx = (B tx + 7.9) MHz For Simplex Block E MHz, the first available frequency is MHz for C channels and MHz for A and B channels For Duplex Pair F, the base transmit frequency is in the lower block MHz and the mobile transmit frequency is in the upper block MHz. The TX/RX split is 4.99 MHz. The base transmit frequency (B tx ) is selected as the first available frequency, starting at MHz for C channels and MHz for A and B channels, and the 5

8 mobile transmit frequency (M tx ) can be determined as follows: M tx = (B tx ) MHz 5.3 Suballocation Channelling Plan for the Band MHz Figure 3 illustrates the suballocation plan for the assignment of frequencies in this band For Duplex Pair G, the base transmit frequency is in the lower block MHz and the mobile transmit frequency is in the upper block MHz. The TX/RX split is MHz. The base transmit frequency (B tx ) is selected as the first available frequency, starting at MHz for C channels, MHz for A and B channels, and the mobile transmit frequency (M tx ) can be determined as follows: M tx = (B tx ) MHz For Simplex Block F MHz, the first available frequency is MHz for C channels and MHz for A and B channels Near navigable waterways, frequencies in the band MHz are assigned on a preferred basis to stations of the maritime mobile service. However, land mobile assignments may be made in this band according to the conditions contained in the Canadian Table of Frequency Allocations and in accordance with the provisions of this SRSP For Simplex Block G MHz, the first available frequency is MHz for C channels and MHz for A and B channels. 5.4 Suballocation Channelling Plan for the Band MHz Figure 4 illustrates the suballocation plan for the assignment of frequencies in these bands Frequencies in the band MHz, are assigned by means of a spectrum licence to the Railway Association of Canada, on an exclusive basis within the geographical area, consisting of a corridor bounded 70 km on each side of railway lines. However, beyond this geographical area, railway frequencies may be available for assignment to land mobile services according to this SRSP provided that the railway service is protected within the railways geographical area of operation Near navigable waterways, frequencies in the band MHz are assigned on a preferred basis to stations of the maritime mobile service. However, land mobile assignments may be made in this band according to the conditions contained in the Canadian Table of Frequency Allocations and in accordance with the provisions of this SRSP For Simplex Block H MHz, the first available frequency is MHz for C channels and MHz for A and B channels. 6

9 5.5 Suballocation Channelling Plan for the Band MHz Figure 5 illustrates the suballocation plan for the assignment of frequencies in this band For Duplex Pair H, the base transmit frequency is in the lower block MHz and the mobile transmit frequency is in the upper block MHz. The TX/RX split is 4.98 MHz. The base transmit frequency (B tx ) is selected as the first available frequency, starting at for A, B and C channels, and the mobile transmit frequency (M tx ) can be determined as follows: M tx = (B tx ) MHz For Simplex Block I MHz, the first available frequency is MHz for C channels and MHz for A and B channels For Simplex Block J MHz, the first available frequency is MHz for C channels and MHz for A and B channels. 5.6 Regions will endeavour to select channels with the same duplex pairing. Notwithstanding the channel splits described in the sections above, different channel TX/RX spacings can be authorized upon regional consideration provided that the TX/RX assignments fall within TX/RX designations. 5.7 Blocks designated for simplex operation may be assigned for duplex operation where conditions warrant. Blocks designated for duplex operation may be assigned for simplex operation where conditions warrant. 6. Technical Considerations 6.1 Channel Sharing Section 40 of the Radiocommunication Regulations states: "The assignment of a frequency or frequencies to a holder of a radio authorization does not confer a monopoly on the use of the frequency or frequencies, nor shall a radio authorization be construed as conferring any right of continuing tenure in respect of such frequency or frequencies". 6.2 Loading Guidelines Normally, the Department will apply the guidelines found in Channel Loading Guidelines GL-004 in determining loading of communications channels, and thus, of radio channels. 5 The Department is in discussion with Meteorological Services of Canada to allocate the frequencies , , and MHz with a channel width of 25 khz to be used by, or on behalf of Meteorological Services of Canada for the transmission of weather information and various alerts intended for reception by the public. 7

10 6.2.2 In the frequency assignment process, these guidelines may be utilized in conjunction with current observed channel occupancy data (obtained with automatic occupancy measuring equipment) to determine whether additional channels are required. Such observations will also be used to assess the general loading criteria and the inherent trade-off between sound spectrum management and acceptable grades of service The Department is using this approach to make frequency assignments but may also take into account other considerations when determining the number of radio channels to be assigned to a system. Applicants are encouraged to provide as much traffic related data as possible with their application. 6.3 Radiated Power Limits Mobile Systems Normally, the maximum power for base stations shall be 125 watts Effective Radiated Power (ERP) and 30 watts ERP for mobile stations. However, in all cases, the ERP shall be limited to that which is necessary to providing a balanced radio system (mobile talk-back capability) over the desired service area or the required level of service as governed by system requirements Fixed Point-to-Point Systems Unless otherwise justified, fixed point-to-point systems must use directional antennas with a minimum gain of 9 db with respect to a half wave dipole. Horizontally polarized antennas must be used in all cases unless operational requirements justify vertical polarization. The maximum Effective Radiated Power (ERP) shall be limited to that which is required to achieve system reliability requirements and shall not exceed 125 watts. 6.4 Co-channel Separation Normally, in urban areas and areas of intensive mobile use, the geographic separation between co-channel base stations will be calculated based on a non-overlap of the 34 db:v/m protected contour of the existing station and the 17 db:v/m interference contour of the proposed station For Public Safety systems, a C/I of 20 db will be used to calculate the interference contour of the new station. The protected contour of the existing public safety base station will remain 34 db:v/m but the interference contour of the new station will be 14 db:v/m The protected contour of the existing station is calculated based on a probability of service of 50% of the time for 50% of the locations at the edge of the contour The interference contour is calculated using the probability that the interfering signal level used is not exceeded more than 10% of the time (i.e. 90% of the time it is below the threshold) for 50% of the locations. 8

11 6.4.5 It is recognized that coverage requirements are a function of operational characteristics and the technology deployed. The Department may accept the use of different methodology to evaluate separation between co-channel base stations, on a case-by-case basis Applicants are invited to include adequate technical details in support of their proposed wireless networks to allow a compatibility analysis with existing and future assignments. These analyses should be prepared using terrain based models These details should include, but not be limited to, the required service area, the predicted radio coverage, and the design parameters used including the minimum carrier to interference (C/I) ratio. Issued under the authority of the Minister of Industry Robert W. McCaughern Director General Spectrum Engineering Branch 9

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13 Annex A Suballocation Plan for MHz Band Duplex Pair D Duplex Pair E Mobile Satellite Band No Assignments Duplex Pair F Simplex Block D Simplex Block E Mobile TX Base TX Base TX Base TX Amateur Band No Assignments Mobile TX Mobile TX Figure 2 Note: See Paragraph 5.6 for different TX/RX spacings. 11

14 Annex A Suballocation Plan for MHz Band Duplex Pair G Simplex Block G Simplex Block F Base TX Maritime Service Mobile TX Figure 3 Note: See Paragraph 5.6 for different TX/RX spacings. 12

15 Annex A Suballocation Plan for MHz Band Simplex Block H Railway Band Maritime Band Figure 4 13

16 Annex A Suballocation Plan for MHz Band Duplex Pair H Simplex Block I Simplex Block J Base TX Mobile TX Figure 5 Note: See Paragraph 5.6 for different TX/RX spacings. 14

17 Annex A 15

18 C A13 B25 C C A1 B1 C C B50 C C B26 C C B2 C C A26 B51 C C A14 B27 C C A2 B3 C C B52 C C B28 C C B4 C C A27 B53 C C A15 B29 C C A3 B5 C C B54 C C B30 C C B6 C C A28 B55 C C A16 B31 C C A4 B7 C C B56 C C B32 C C B8 C C A29 B57 C C A17 B33 C C A5 B9 C C B58 C C B34 C C B10 C C A30 B59 C C A18 B35 C C A6 B11 C C B60 C C B36 C C B12 C C A31 B61 C C A19 B37 C C A7 B13 C C B62 C C B38 C C B14 C C A32 B63 C C A20 B39 C C A8 B15 C C B64 C C B40 C C B16 C C A33 B65 C C A21 B41 C C A9 B17 C C B66 C C B42 C C B18 C C A34 B67 C C A22 B43 C C A10 B19 C C B68 C C B44 C C B20 C C A35 B69 C C A23 B45 C C A11 B21 C C B70 C C B46 C C B22 C C A36 B71 C C A24 B47 C C A12 B23 C C B72 C C B48 C C B24 C C A37 B73 C C A25 B49 C C

19 B74 C C A62 B123 C C A50 B99 C C A38 B75 C C B124 C C B100 C C B76 C C A63 B125 C C A51 B101 C C A39 B77 C C B126 C C B102 C C B78 C C A64 B127 C C A52 B103 C C A40 B79 C C B128 C C B104 C C B80 C C A65 B129 C C A53 B105 C C A41 B81 C C B130 C C B106 C C B82 C C A66 B131 C C A54 B107 C C A42 B83 C C B132 C C B108 C C B84 C C A67 B133 C C A55 B109 C C A43 B85 C C B134 C C B110 C C B86 C C A68 B135 C C A56 B111 C C A44 B87 C C B136 C C B112 C C B88 C C A69 B137 C C A57 B113 C C A45 B89 C C B138 C C B114 C C B90 C C A70 B139 C C A58 B115 C C A46 B91 C C B140 C C B116 C C B92 C C A71 B141 C C A59 B117 C C A47 B93 C C B142 C C B118 C C B94 C C A72 B143 C C A60 B119 C C A48 B95 C C B144 C C B120 C C B96 C C A73 B145 C C A61 B121 C C A49 B97 C C B146 C C B122 C C B98 C C A74 B147 C

20 C B172 C C B148 C C A99 B197 C C A87 B173 C C A75 B149 C C B198 C C B174 C C B150 C C A100 B199 C C A88 B175 C C A76 B151 C C B200 C C B176 C C B152 C C A101 B201 C C A89 B177 C C A77 B153 C C B202 C C B178 C C B154 C C A102 B203 C C A90 B179 C C A78 B155 C C B204 C C B180 C C B156 C C A103 B205 C C A91 B181 C C A79 B157 C C B206 C C B182 C C B158 C C A104 B207 C C A92 B183 C C A80 B159 C C B208 C C B184 C C B160 C C A105 B209 C C A93 B185 C C A81 B161 C C B210 C C B186 C C B162 C C A106 B211 C C A94 B187 C C A82 B163 C C B212 C C B188 C C B164 C C A107 B213 C C A95 B189 C C A83 B165 C C B214 C C B190 C C B166 C C A108 B215 C C A96 B191 C C A84 B167 C C B216 C C B192 C C B168 C C A109 B217 C C A97 B193 C C A85 B169 C C B218 C C B194 C C B170 C C A110 B219 C C A98 B195 C C A86 B171 C C B220 C C B196 C C

21 A111 B221 C C B270 C C B246 C C B222 C C A136 B271 C C A124 B247 C C A112 B223 C C B272 C C B248 C C B224 C C A137 B273 C C A125 B249 C C A113 B225 C C B274 C C B250 C C B226 C C A138 B275 C C A126 B251 C C A114 B227 C C B276 C C B252 C C B228 C C A139 B277 C C A127 B253 C C A115 B229 C C B278 C C B254 C C B230 C C A140 B279 C C A128 B255 C C A116 B231 C C B280 C C B256 C C B232 C C A141 B281 C C A129 B257 C C A117 B233 C C B282 C C B258 C C B234 C C A142 B283 C C A130 B259 C C A118 B235 C C B284 C C B260 C C B236 C C A143 B285 C C A131 B261 C C A119 B237 C C B286 C C B262 C C B238 C C A144 B287 C C A132 B263 C C A120 B239 C C B288 C C B264 C C B240 C C A145 B289 C C A133 B265 C C A121 B241 C C B290 C C B266 C C B242 C C A146 B291 C C A134 B267 C C A122 B243 C C B292 C C B268 C C B244 C C A147 B293 C C A135 B269 C C A123 B245 C C B294 C

22 C A160 B319 C C A148 B295 C C B344 C C B320 C C B296 C C A173 B345 C C A161 B321 C C A149 B297 C C B346 C C B322 C C B298 C C A174 B347 C C A162 B323 C C A150 B299 C C B348 C C B324 C C B300 C C A175 B349 C C A163 B325 C C A151 B301 C C B350 C C B326 C C B302 C C A176 B351 C C A164 B327 C C A152 B303 C C B352 C C B328 C C B304 C C A177 B353 C C A165 B329 C C A153 B305 C C B354 C C B330 C C B306 C C A178 B355 C C A166 B331 C C A154 B307 C C B356 C C B332 C C B308 C C A179 B357 C C A167 B333 C C A155 B309 C C B358 C C B334 C C B310 C C A180 B359 C C A168 B335 C C A156 B311 C C B360 C C B336 C C B312 C C A181 B361 C C A169 B337 C C A157 B313 C C B362 C C B338 C C B314 C C A182 B363 C C A170 B339 C C A158 B315 C C B364 C C B340 C C B316 C C A183 B365 C C A171 B341 C C A159 B317 C C B366 C C B342 C C B318 C C A184 B367 C C A172 B343 C C

23 B368 C C B415 C C A197 B393 C C A185 B369 C C A209 B416 C C B394 C C B370 C C B417 C C A198 B395 C C A186 B371 C C A210 B418 C C B396 C C B372 C C B419 C C A199 B397 C C A187 B373 C C A211 B420 C C B398 C C B374 C C B421 C C A200 B399 C C A188 B375 C C A212 B422 C C C A m a t e u r B376 C B423 C B a n d C C A189 B377 C C A213 B424 C C A201 B400 C C B378 C C B425 C C B401 C C A190 B379 C C A214 B426 C C A202 B402 C C B380 C C B427 C C B403 C C A191 B381 C C A215 B428 C C A203 B404 C C B382 C C B429 C C B405 C C A192 B383 C C A216 B430 C C A204 B406 C C B384 C C B431 C C B407 C C A193 B385 C C A217 B432 C C A205 B408 C C B386 C C B433 C C B409 C C A194 B387 C C A218 B434 C C A206 B410 C C B388 C C B435 C C B411 C C A195 B389 C C A219 B436 C C A207 B412 C C B390 C C B437 C C B413 C C A196 B391 C C A220 B438 C C A208 B414 C C B392 C C B439 C

24 C A233 B464 C C A221 B440 C C B489 C C B465 C C B441 C C A246 B490 C C A234 B466 C C A222 B442 C C B491 C C B467 C C B443 C C A247 B492 C C A235 B468 C C A223 B444 C C B493 C C B469 C C B445 C C A248 B494 C C A236 B470 C C A224 B446 C C B495 C C B471 C C B447 C C A249 B496 C C A237 B472 C C A225 B448 C C B497 C C B473 C C B449 C C A250 B498 C C A238 B474 C C A226 B450 C C B499 C C B475 C C B451 C C A251 B500 C C A239 B476 C C A227 B452 C C B501 C C B477 C C B453 C C A252 B502 C C A240 B478 C C A228 B454 C C B503 C C B479 C C B455 C C A253 B504 C C A241 B480 C C A229 B456 C C B505 C C B481 C C B457 C C A254 B506 C C A242 B482 C C A230 B458 C C B507 C C B483 C C B459 C C A255 B508 C C A243 B484 C C A231 B460 C C B509 C C B485 C C B461 C C A256 B510 C C A244 B486 C C A232 B462 C C B511 C C B487 C C B463 C C A257 B512 C C A245 B488 C C

25 B513 C C A281 B560 C C A269 B536 C C A258 B514 C C B561 C C B537 C C B515 C C A282 B562 C C A270 B538 C C A259 B516 C C B563 C C B539 C C B517 C C A283 B564 C C A271 B540 C C A260 B518 C C B565 C C B541 C C B519 C C A284 B566 C C A272 B542 C C A261 B520 C C B567 C C B543 C C B521 C C A285 B568 C C A273 B544 C C A262 B522 C C B569 C C B545 C C B523 C C A286 B570 C C A274 B546 C C A263 B524 C C B571 C C B547 C C B525 C C A287 B572 C C A275 B548 C C C B573 C M o b I l e B549 C C S a t e l l I t e C A288 B574 C C A276 B550 C C A264 B526 C C B575 C C B551 C C B527 C C A289 B576 C C A277 B552 C C A265 B528 C C B577 C C B553 C C B529 C C A290 B578 C C A278 B554 C C A266 B530 C C B579 C C B555 C C B531 C C A291 B580 C C A279 B556 C C A267 B532 C C B581 C C B557 C C B533 C C A292 B582 C C A280 B558 C C A268 B534 C C B583 C C B559 C C B535 C C A293 B584 C

26 C B609 C C B585 C C A318 B634 C C A306 B610 C C A294 B586 C C B635 C C B611 C C B587 C C A319 B636 C C A307 B612 C C A295 B588 C C B637 C C B613 C C B589 C C A320 B638 C C A308 B614 C C A296 B590 C C B639 C C B615 C C B591 C C A321 B640 C C A309 B616 C C A297 B592 C C B641 C C B617 C C B593 C C A322 B642 C C A310 B618 C C A298 B594 C C B643 C C B619 C C B595 C C A323 B644 C C A311 B620 C C A299 B596 C C B645 C C B621 C C B597 C C A324 B646 C C A312 B622 C C A300 B598 C C B647 C C B623 C C B599 C C A325 B648 C C A313 B624 C C A301 B600 C C B649 C C B625 C C B601 C C A326 B650 C C A314 B626 C C A302 B602 C C B651 C C B627 C C B603 C C A327 B652 C C A315 B628 C C A303 B604 C C B653 C C B629 C C B605 C C A328 B654 C C A316 B630 C C A304 B606 C C B655 C C B631 C C B607 C C A329 B656 C C A317 B632 C C A305 B608 C C B657 C C B633 C C

27 A330 B658 C C B707 C C B683 C C B659 C C A355 B708 C C A343 B684 C C A331 B660 C C B709 C C B685 C C B661 C C A356 B710 C C A344 B686 C C A332 B662 C C B711 C C B687 C C B663 C C A357 B712 C C A345 B688 C C A333 B664 C C B713 C C B689 C C B665 C C A358 B714 C C A346 B690 C C A334 B666 C C B715 C C B691 C C B667 C C A359 B716 C C A347 B692 C C A335 B668 C C B717 C C B693 C C B669 C C A360 B718 C C A348 B694 C C A336 B670 C C B719 C C B695 C C B671 C C A361 B720 C C A349 B696 C C A337 B672 C C B721 C C B697 C C B673 C C A362 B722 C C A350 B698 C C A338 B674 C C B723 C C B699 C C B675 C C A363 B724 C C A351 B700 C C A339 B676 C C B725 C C B701 C C B677 C C A364 B726 C C A352 B702 C C A340 B678 C C B727 C C B703 C C B679 C C A365 B728 C C A353 B704 C C A341 B680 C C B729 C C B705 C C B681 C C A366 B730 C C A354 B706 C C A342 B682 C C B731 C

28 C A379 B756 C C A367 B732 C C B781 C C B757 C C B733 C C A392 B782 C C A380 B758 C C A368 B734 C C B783 C C B759 C C B735 C C A393 B784 C C A381 B760 C C A369 B736 C C B785 C C B761 C C B737 C C A394 B786 C C A382 B762 C C A370 B738 C C B787 C C B763 C C B739 C C A395 B788 C C A383 B764 C C A371 B740 C C B789 C C B765 C C B741 C C A396 B790 C C A384 B766 C C A372 B742 C C B791 C C B767 C C B743 C C A397 B792 C C A385 B768 C C A373 B744 C C B793 C C B769 C C B745 C C A398 B794 C C A386 B770 C C A374 B746 C C B795 C C B771 C C B747 C C A399 B796 C C A387 B772 C C A375 B748 C C B797 C C B773 C C B749 C C A400 B798 C C A388 B774 C C A376 B750 C C B799 C C B775 C C B751 C C A401 B800 C C A389 B776 C C A377 B752 C C B801 C C B777 C C B753 C C A402 B802 C C A390 B778 C C A378 B754 C C B803 C C B779 C C B755 C C A403 B804 C C A391 B780 C C