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

Transcription

1 Issue 5 November 2013 Spectrum Management and Telecommunications Standard Radio System Plan Technical Requirements for Land Mobile and Fixed Radio Services Operating in the Bands / MHz and / MHz Aussi disponible en français PNRH-502

2 Preface Issue 5 of has been released to provide a channel plan for narrower channels and to update technical provisions. International obligations for sharing of the bands / MHz and / MHz along the Canada-United States border regions have also been updated. This issue replaces, Issue 4. The following are the main changes: editorial restructuring to align Issue 5 with the format and style of more recent SRSPs; addition of a narrower channelization; additional guidance and clarification on interoperability channels; removal of provisions that are no longer relevant; updated channel sharing and loading guidelines; clarified maximum power limits and co-channel separation requirements; and updated cross-border provisions. Issued under the authority of the Minister of Industry Marc Dupuis Director General Engineering, Planning and Standards Branch i

3 Contents 1. Intent General Related Documents General Guidelines Channel Assignments for the Bands MHz and MHz Channel Usage in the Canada-United States Border Area Spectrum Availability and Sub-Allocation Plan Public Safety Interoperability Channels Conventional Radio Systems Wide Area Channels Trunked Radio Systems Technical Criteria Channel Sharing Loading Guidelines Technical Requirements Annex A Channel Plan for the Bands MHz and MHz Annex B Channel Plan for the Bands MHz and MHz Annex C Channel Usage Along the Canada-United States Border ii

4 1. Intent 1.1 This Standard Radio System Plan (SRSP) states the minimum technical requirements for the purpose of efficient spectrum utilization for land mobile and fixed point-to-point systems 1 operating in bands / MHz and in the public safety bands / MHz. 1.2 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. However, the use of more spectrally efficient technologies is strongly encouraged. Different channelization from what is described herein may be considered if it results in increased spectrum efficiency. Such systems would be authorized on a standard basis. The arrangements for non-standard systems are outlined in Spectrum Utilization Policies SP-Gen, General Information Related to Spectrum Utilization and Radio Systems Policies. 1.3 Existing radio systems operating in the paired bands / MHz and / MHz that were licensed as standard prior to the issuance of this SRSP may continue to operate as standard. Extension or expansion of these systems will be considered by Industry Canada on a case-by-case basis. New systems must conform to the requirements of this standard. 2. General 2.1 Equipment used for land mobile or fixed systems operating in the bands / MHz and / MHz must comply with appropriate technical Standards listed in Section 3. A technical acceptance certificate (TAC) is required for the equipment if the applied Radio Standards Specification appears on the Category 1 Equipment List. 2.2 Although a radio system conforms to the requirements of this SRSP, the Department may require modifications to the system whenever harmful interference 2 is caused to other radio sites or systems, except when such interference is due to inadequate receiver selectivity as discussed in Section 2.3 below. 1 2 Fixed systems are authorized on a secondary no-interference, no-protection basis with respect to land mobile systems. See Section 2.6 for additional details. As defined in the Radiocommunication Act, 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

5 2.3 The Department reserves the right to limit protection to licensed radio receivers, only to the extent of the bandwidth of the transmitters whose emissions they are licensed to receive. Licensees and/or applicants should use receiver selectivity characteristics or filters that reject harmful interference. 2.4 Systems that employ a base station as an automatic repeater station shall transmit on frequencies identified as base transmit frequencies. Dispatch stations (often referred to as control stations) operating through an automatic repeater station shall transmit on frequencies identified as mobile transmit frequencies. 2.5 Simplex frequency operations using the base/repeater transmit frequency (known as repeater talk around) may be permitted within the authorized service area at the discretion of the system operator. These operations will be licensed on a no-interference, no-protection basis 3 to the other users in the case of a radio service provided by a radiocommunication service provider. Such operations may be licensed on a case-by-case basis beyond the service area of a duplex frequency system as an adjunct to operations. The public safety interoperability channels are exempt from this restriction. 2.6 Very low-capacity fixed systems may be authorized in these bands on a secondary no-interference, no-protection basis in accordance with the appropriate Radio Systems Policies (RPs) and should be in accordance with applicable technical provisions of Standard Radio System Plan SRSP Related Documents The current issues of the following documents are applicable and are available on Industry Canada s Spectrum Management and Telecommunications website at TRAA Treaty Series 1962 No. 15 Coordination and Use of Radio Frequencies Exchange of Notes Between Canada and the United States of America Arrangement F Sharing Arrangement Between the Department of Industry of Canada and the Federal Communications Commission of the United States of America Concerning the Use of the Bands MHz and MHz by the Land Mobile Service Along the Canada-United States Border --- Canadian Table of Allocations 9 to 275 GHz RP-Gen General Spectrum Policy Principles and Other Information Related to Spectrum Utilization and Radio System Policies 3 No-interference, no-protection basis means that a service or stations in a service cannot cause harmful interference to another service or to another station in the same service, nor can the service which is subject to not causing interference claim protection from harmful interference caused by the other service or other station in the same service. 2

6 RP-003 RP-004 RP- SP Gen SP MHz, Part I SP MHz, Part II RSS-Gen RSS-102 RSS-119 SRSP-507 RSP-100 RSP-101 CPC Policy Guidelines for Mobile Radio Trunked Systems Policy for the Licensing of Very Low Capacity Point to Point Links in the Band MHz Policy Principles for Public Safety Radio Interoperability General Information Related to Spectrum Utilization and Radio Systems Policies Spectrum Allocation and Utilization in Certain Bands in the Range MHz (Part I) Spectrum Utilization Policy for the Mobile, Broadcasting and Amateur Services in the Range MHz (Part II) General Requirements and Information for the Certification of Radio Apparatus Radio (RF) Exposure Compliance of Radiocommunication Apparatus (All Bands) Radio Transmitters and Receivers Operating in the Land Mobile and Fixed Services in the Range MHz Technical Requirements for Line-of-Sight Radio Systems Operating in the Fixed Service in the Bands MHz and MHz Radio Equipment Certification Procedure Licence Application Submission Procedure for Planned Radio Stations Below 960 MHz Radiocommunication and Broadcasting Antenna Systems CPC-2-1- Radio Station Licensing Procedure for Radiocommunication Service Providers System Licensing GL-04 Channel Loading Guidelines CPC Client Procedures Circular GL Guidelines RP Radio Systems Policy RSP Radio Standards Procedure RSS Radio Standards Specification SP Spectrum Utilization Policy SRSP Standard Radio System Plan 3

7 TRAA Terrestrial Radiocommunication Agreements and Arrangements 4. General Guidelines 4.1 Channel Assignments for the Bands MHz and MHz Frequencies shall be assigned in accordance with Annex A and Annex B The bands MHz and MHz are to be used on the basis of a two-frequency (duplex) channel plan. For land mobile service operations, the mobile station transmitters will normally operate in the band MHz and the base station transmitters will normally operate in the band MHz. A mobile station may also transmit on its associated base station frequency when operating in a simplex mode. Base station to base station transmissions may occur in either frequency band, i.e MHz or MHz (blocks A and B in Figure 1). 4 Figure 1: blocks for the bands MHz and MHz 4 Base-to-base transmissions include fixed (repeater) and fixed (control) operations. 4

8 4.1.3 The bands MHz and MHz are designated for use by public safety services (Block B in Figure 1). Public safety services (services involving the preservation of life and protection of property) will continue, if possible, to have access to exclusive channels and any eventual sharing of channels by public safety services will be with other public safety services. The Department recognizes the following hierarchy of public safety agencies: (a) Category 1 police, fire and emergency medical services; (b) Category 2 forestry, public works, public transit, hazardous material clean-up, border protection and other agencies contributing to public safety; (c) Category 3 Other government agencies and certain non- government agencies or entities. Category 1 system operators are eligible for trunked or conventional systems. Category 2 system operators are eligible to share trunked systems with Category 1 users provided that the latter remain the major users of the system. Major users are agencies which have priority over other types of users on the system. Category 2 system users would not be eligible to operate their own systems within the bands MHz and MHz unless the local spectrum management office is satisfied that their operation would not preclude the future introduction of a Category 1 system. Category 3 system operators and selected supervisory personnel of non-government agencies (e.g. hydro and gas utilities) may be permitted access to public safety systems during emergency situations where their access will be controlled by the major users operating those systems For the bands MHz and MHz, channels shall be spaced, and apart, centred on the frequencies as indicated in Table A1 of Annex A. Channel series AA, AB and AC correspond to channel bandwidths of, and respectively (see Figure 2 below). Channels will be assigned according to the required bandwidth of the system. 5 However, meeting a minimum spectrum efficiency standard data rate of 4.8 kbps per bandwidth or at least one voice channel per bandwidth is strongly encouraged. 5 Typically, systems requiring a channel bandwidth of, regardless of their spectrum efficiency, will be assigned frequencies in the AB series. 5

9 Channel Channel Channel AA Channels Spacing AA3 AA4 AA5 Channel Centre Freq. AB Channels Spacing AB5 AB6 AB7 AB8 AB9 AB10 Channel Centre Freq. AC Channels Spacing AC10 AC11 AC12 AC13 AC14 AC15 AC16 AC17 AC18 AC19 AC20 Sample Frequencies Channel Centre Freq Figure 2: Example of channel plan for the bands / MHz For the bands MHz and MHz, channels shall be spaced and apart, centred on the frequencies as indicated in Table B1 of Annex B. Channel series BA, BB and BC correspond to channel bandwidths of, and respectively 6 (see Figure 3 below). Channels will be assigned according to the required bandwidth of the system. Meeting a minimum spectrum efficiency standard data rate of 4.8 kbps per bandwidth or at least one voice channel per bandwidth, as noted above, is strongly encouraged. 6 The legacy channel plan for the bands MHz and MHz provided channel bandwidth on all channels spaced apart so that channels were interstitial or overlapping. Geographic separation between adjacent base stations using channel bandwidth in the BA channel series is required. 6

10 Channel Channel Channel BA Channels Spacing with Channel Bandwidth BA3 BA4 Channel Centre Freq. BA5 BA6 BA7 BB Channels Spacing BB2 Channel Centre Freq. BB3 BB4 BB5 BB6 BC Channels Spacing Sample Frequencies BC4 BC5 Channel Centre Freq BC6 BC7 BC8 BC9 BC10 BC11 BC12 BC Figure 3: Example of channel plan for the bands / MHz The channel spacing between associated mobile and base station centre frequencies is 45 MHz reuse is required in systems where many frequencies may be licensed to one licensee Frequencies in the bands / MHz and / MHz may be assigned for simplex operation, on a standard or a non-standard basis at the discretion of the local spectrum management office. See Section 5.2 for provisions related to conventional simplex operations. 4.2 Channel Usage in the Canada-United States Border Area All channel usage in the Canada-United States border area 7 will be assigned based on the technical and operational requirements outlined in Annex C and at the discretion of the local spectrum management office, depending on the local requirements. 7 Usage in the Canada-United States border area is subject to international agreements between the two countries. Conditions may be added during the term of the licence if required by the terms of international agreements between the governments of the United States and Canada. 7

11 5. Spectrum Availability and Sub-Allocation Plan See Annex A for the list of channels in table format for the bands MHz and MHz. Annex B contains the list of channels in table format for the bands MHz and MHz. 5.1 Public Safety Interoperability Channels The following wide channels are available to public safety organizations as public safety interoperability channels within Canada. These channels are available for use in all areas and are to be used only for coordination of tactical communications between public safety agencies or within the same public safety agency, or for other similar emergency communications associated with Canadian operations for the preservation of life and protection of property. The channels in Table 1 are separated by 500. Adjacent channels will not be assigned closer than. Calling and tactical channels will be assigned together. Table 1: Public Safety Interoperability Channels in the Bands MHz and MHz Within Canada 8 Designation Channel Number Centre Calling Channel BA1 I-CALL and Calling (601) paired with Direct 9 I-CALL1D BA paired with ITAC-1 BA39 (639) paired with ITAC-1D BA paired with BA77 ITAC paired with (677) Tactical ITAC-2D BA paired with Channels and BA115 Tactical Direct 10 ITAC paired with (715) ITAC-3D BA paired with ITAC-4 BA153 (753) paired with ITAC-4D BA paired with Channel numbers correspond to wide channels in the BA series, as listed in Table B1, Annex B. Calling channels are used to establish contact between public safety entities in order for the parties to move to an interoperability channel. These channels are not used as traffic channels. Tactical channels are used as traffic channels. 8

12 5.1.2 The following wide channels are available as public safety interoperability channels. These channels are available for use within 30 km of the Canada-United States border in all areas. Interoperability channels are to be used only for coordination of tactical communications between public safety agencies or within the same public safety agency, or for other similar emergency communications associated with Canada-United States operations for the preservation of life and protection of property. Usage of these channels in the Sharing Zones may be locally coordinated in accordance with the interoperability requirements of the Canadian and U.S. public safety licensees. Within 30 km of the Canada-United States border, adjacent channels will not be assigned closer than. Calling and tactical channels will be assigned together. Table 2: Canada-United States Public Safety Interoperability Channels in the Bands MHz and MHz 11 Calling Channel and Calling Direct Tactical Channels and Tactical- Direct Channel Designation Centre Number 8CALL90 AA paired with CALL90D AA paired with TAC91 AA paired with TAC91D AA paired with TAC92 AA paired with TAC92D AA paired with TAC93 AA paired with TAC93D AA paired with TAC94 AA paired with TAA94D AA paired with Continuous Tone-Coded Squelch System (CTCSS) and Modulation The CTCSS frequency Hz will be used on both transmitters and receivers for the interoperability channels listed in tables 1 and 2. Base stations will standardize on analog frequency modulation. 5.2 Conventional Radio Systems Channels BA191 to BA193 are available for conventional duplex or simplex assignments in the bands MHz and MHz Channel numbers correspond to wide channels in the AA series, as listed in Table A1, Annex A. Conventional radio systems are defined as radio systems in which one or more radio frequency channels are assigned to mobile and base stations, but are not used as a trunk group. 9

13 5.2.2 Additional assignments for conventional systems can be made from available trunked channel groups, where spectrum is available and where justified. 5.3 Wide Area Channels A wide area land mobile radio system is a system that has common frequencies assigned for use under the following conditions: (1) operational necessity for the land mobile/portable radio equipment to travel and be used on a regular basis between two or more geographic areas (a geographic area is defined as the coverage area obtained from a base station in accordance with its effective radiated power (ERP) and effective antenna height); AND (2) operational necessity for the land mobile/portable equipment to operate on the same frequency(ies) at all operating locations As outlined below in Table 3, 40 ( wide) duplex channels are sub-allocated for wide area radio systems. Thirty more ( wide) duplex channels may be assigned in each area as specified, for local or wide area systems. Where many blocks of frequencies may be licensed to one holder, assignment of frequencies to each particular site may differ from the block allocation outlined below. Alternative block allocations in such situations will be considered if they improve spectrum efficiency or improve reuse in wide area systems. Each frequency for a particular site must be approved by the local spectrum management office, as it will affect the geographic reassignment of that particular frequency unless an arrangement has been made for the use of frequencies within a specified geographical area. Table 3: Wide Area and Local Area Channels (AA Series) in the Bands MHz and MHz System Type Channels ( AA series) Wide area , , , , , Local area (or wide area, where required) 265, , , Between 71 W and 81 W Between 81 W and 85 W (Outside Sharing Zone) - West of 85 W and East of 71 W , (Outside of Sharing Zone) 5.4 Trunked Radio Systems Any system using more than three channels at one site should be configured as a trunked system. The interoperability channels listed in tables 1 and 2 will not be counted as channels with respect to trunked systems As outlined in annexes A and B, the Department has listed, as a guideline, trunking groups for system deployments in the bands. Trunking groups are identified by the first channel number of the A series channels. Within the Canada-United States border area, the number of 10

14 trunking groups varies depending on the number of channels available (see Annex C for border use) For the bands MHz and MHz, trunking groups are based on wide channels. Spectrum is channelized in five-channel groups. Within a given five-channel group, the separation between channels is 0 (see Table A4 of Annex A). Trunking groups may also be based on narrower channels (i.e. where applicable, channels of bandwidth or may be used to form trunking groups). For example, to form a trunking group using wide channels, trunking group 281 based on the wide AA channel series may be divided to form three new trunking groups based on the wide AB channel series. 13 Similarly, the AC channel series can be used to form five new trunking groups using wide channels. 14 See Figure 4. AA Channels Trunking Group between channels in a group Channel Centre Freq. AB Channels Trunking Group Channel Centre Freq AC Channels Trunking Group Figure 4: Example of trunking groups using narrower channel sizes for the bands MHz and MHz For the bands MHz and MHz, trunking groups are based on the BA series (i.e. wide) channels. Spectrum is channelized in six-channel groups. Within a given six-channel group, the separation between channels is 500. See Table B4 of Annex B. Trunking groups in these bands may also be based on narrower channels in the wide BC channel series. 15 See Figure The availability of the new trunking group (e.g. AB560 and AB562 in Figure 4) is dependent on the adjacent trunking group use (e.g. AA280 and AA282, not shown). The availability of some of the new trunking groups (e.g. AC 1123 and AC 1124 in Figure 4) is dependent on the adjacent trunking group use. As the wide BA channel series is spaced apart, only two new trunking groups can be formed based on the wide BC channel series. 11

15 500 between channels in a group BA Channels Trunking Group 3 Channel Centre Freq BB Channels Trunking Group 2 Channel Centre Freq BC Channels Trunking Group Figure 5: Example of trunking groups using narrower channel sizes for the bands MHz and MHz An applicant for a trunked radio system may be assigned up to five duplex channels at a time. However, where an application is made for more than five duplex channels to be used on multiple sites, the application will be considered subject to adequate justification being provided. Minimum loading of the existing channels in accordance with Section 6.2 will be a condition for system expansion Expansion of trunked systems to more channels per group is to be from other trunked system groups with 0 separation higher in frequency 16 except where Canadian use in the border area is not sufficient to accommodate a trunking system with 0 channel separation within one group of channels. Here, trunking schemes with much closer channel separation than 0 are feasible and would be considered. For the bands MHz and MHz, groups BA19, BA20 and BA21 are not expandable (e.g. no more groups with 0 separation higher in frequency) Interoperability channels used for trunking systems are assigned on a secondary no-interference, no-protection basis to conventional interoperability operations. If interoperability channels are used in a trunking system, they must immediately be released when they are needed for conventional interoperability purposes The Calling channel should not be included in a trunking system. Tactical channels may be included in a trunking system in accordance with Section Variations and combinations of the trunking groups can be assigned at the discretion of the local spectrum management office. 16 For example, trunked group BA2 can be expanded from group BA22 (e.g. 0 separation), group BA3 can be expanded from group BA23, etc. 12

16 In areas where there is spectrum congestion, conventional channels may be combined to create trunking groups at the discretion of the local spectrum management office. 6. Technical Criteria 6.1 Channel Sharing 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 continued tenure in respect of the frequency or frequencies. 6.2 Loading Guidelines Industry Canada will apply the guidelines found in GL-04, Channel Loading Guidelines, in determining the loading of radio channels In the frequency assignment process, these guidelines may be used 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 assessing the number of radio channels to be assigned to a system. Applicants should provide as much traffic-related data as possible with their application. 6.3 Technical Requirements Radiated Power and Antenna Height Limits Within the sharing and protection zones, the ERP will be subject to the limitations in tables C3 and C4 of Annex C. Outside the sharing and protection zones, the ERP shall be limited to that necessary to provide the required service as determined by the system requirements. Systems requiring an ERP greater than 1 watts may require additional justification and will be considered on a case-by-case basis by the local spectrum management office Co-Channel Separation Normally, the minimum geographic separation between co-channel base stations of different networks will be calculated based on a non-overlap of the 40 dbμv/m protected contour of the existing station and the 22 dbμv/m interference contour of the proposed station. This criterion is not applicable to systems operating on the same channel (vertical loading) within the same service area. 13

17 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 for 50% of the locations at the edge of the contour (i.e. 90% of the time it is below the threshold for 50% of the locations). 14

18 Annex A Channel Plan for the Bands MHz and MHz Table A1: Channel Designation in the Bands MHz for Mobile Station Frequencies Notes: Only mobile station frequencies are listed. The paired base station frequency is 45 MHz higher. Highlighted rows indicate the public safety interoperability channels that are also listed in Table A2. AC AA1 AB1 AC AC AB2 AC AC AA2 AB3 AC AC AB4 AC AC AA3 AB5 AC AC AB6 AC AC AA4 AB7 AC AC AB8 AC AC AA5 AB9 AC AC AB10 AC AC AA6 AB11 AC AC AB12 AC AC AA7 AB13 AC AC AB14 AC AC AA8 AB15 AC AC AB16 AC AC AA9 AB17 AC AC AB18 AC AC AA10 AB19 AC AC AB20 AC AC AA11 AB21 AC AC AB22 AC AC AA12 AB23 AC AC AB24 AC AC AA13 AB AC AC AB26 AC AC AA14 AB27 AC AC AB28 AC AC AA15 AB29 AC AC AB30 AC AC AA16 AB31 AC AC AB32 AC AC AA17 AB33 AC AC AB34 AC AC AA18 AB35 AC AC AB36 AC AC AA19 AB37 AC AC AB38 AC AC AA20 AB39 AC AC AB40 AC AC AA21 AB41 AC AC AB42 AC AC AA22 AB43 AC AC AB44 AC AC AA23 AB45 AC AC AB46 AC AC AA24 AB47 AC AC AB48 AC AC AA AB49 AC AC AB50 AC AC AA26 AB51 AC AC AB52 AC AC AA27 AB53 AC AC AB54 AC AC AA28 AB55 AC AC

19 AB56 AC AC AA29 AB57 AC AC AB58 AC AC AA30 AB59 AC AC AB60 AC AC AA31 AB61 AC AC AB62 AC AC AA32 AB63 AC AC AB64 AC AC AA33 AB65 AC AC AB66 AC AC AA34 AB67 AC AC AB68 AC AC AA35 AB69 AC AC AB70 AC AC AA36 AB71 AC AC AB72 AC AC AA37 AB73 AC AC AB74 AC AC AA38 AB75 AC AC AB76 AC AC AA39 AB77 AC AC AB78 AC AC AA40 AB79 AC AC AB80 AC AC AA41 AB81 AC AC AB82 AC AC AA42 AB83 AC AC AB84 AC AC AA43 AB85 AC AC AB86 AC AC AA44 AB87 AC AC AB88 AC AC AA45 AB89 AC AC AB90 AC AC AA46 AB91 AC AC AB92 AC AC AA47 AB93 AC AC AB94 AC AC AA48 AB95 AC AC AB96 AC AC AA49 AB97 AC AC AB98 AC AC AA50 AB99 AC AC AB100 AC AC AA51 AB101 AC AC AB102 AC AC AA52 AB103 AC AC AB104 AC AC AA53 AB105 AC AC AB106 AC AC AA54 AB107 AC AC AB108 AC AC AA55 AB109 AC AC AB110 AC AC AA56 AB111 AC AC AB112 AC AC AA57 AB113 AC AC AB114 AC AC AA58 AB115 AC AC AB116 AC AC AA59 AB117 AC AC AB118 AC AC AA60 AB119 AC AC AB120 AC AC AA61 AB121 AC AC AB122 AC AC AA62 AB123 AC AC AB124 AC AC AA63 AB1 AC AC AB126 AC

20 AC AA64 AB127 AC AC AB128 AC AC AA65 AB129 AC AC AB130 AC AC AA66 AB131 AC AC AB132 AC AC AA67 AB133 AC AC AB134 AC AC AA68 AB135 AC AC AB136 AC AC AA69 AB137 AC AC AB138 AC AC AA70 AB139 AC AC AB140 AC AC AA71 AB141 AC AC AB142 AC AC AA72 AB143 AC AC AB144 AC AC AA73 AB145 AC AC AB146 AC AC AA74 AB147 AC AC AB148 AC AC AA75 AB149 AC AC AB150 AC AC AA76 AB151 AC AC AB152 AC AC AA77 AB153 AC AC AB154 AC AC AA78 AB155 AC AC AB156 AC AC AA79 AB157 AC AC AB158 AC AC AA80 AB159 AC AC AB160 AC AC AA81 AB161 AC AC AB162 AC AC AA82 AB163 AC AC AB164 AC AC AA83 AB165 AC AC AB166 AC AC AA84 AB167 AC AC AB168 AC AC AA85 AB169 AC AC AB170 AC AC AA86 AB171 AC AC AB172 AC AC AA87 AB173 AC AC AB174 AC AC AA88 AB175 AC AC AB176 AC AC AA89 AB177 AC AC AB178 AC AC AA90 AB179 AC AC AB180 AC AC AA91 AB181 AC AC AB182 AC AC AA92 AB183 AC AC AB184 AC AC AA93 AB185 AC AC AB186 AC AC AA94 AB187 AC AC AB188 AC AC AA95 AB189 AC AC AB190 AC AC AA96 AB191 AC AC AB192 AC AC AA97 AB193 AC AC AB194 AC AC AA98 AB195 AC AC AB196 AC AC

21 AA99 AB197 AC AC AB198 AC AC AA100 AB199 AC AC AB200 AC AC AA101 AB201 AC AC AB202 AC AC AA102 AB203 AC AC AB204 AC AC AA103 AB205 AC AC AB206 AC AC AA104 AB207 AC AC AB208 AC AC AA105 AB209 AC AC AB210 AC AC AA106 AB211 AC AC AB212 AC AC AA107 AB213 AC AC AB214 AC AC AA108 AB215 AC AC AB216 AC AC AA109 AB217 AC AC AB218 AC AC AA110 AB219 AC AC AB220 AC AC AA111 AB221 AC AC AB222 AC AC AA112 AB223 AC AC AB224 AC AC AA113 AB2 AC AC AB226 AC AC AA114 AB227 AC AC AB228 AC AC AA115 AB229 AC AC AB230 AC AC AA116 AB231 AC AC AB232 AC AC AA117 AB233 AC AC AB234 AC AC AA118 AB235 AC AC AB236 AC AC AA119 AB237 AC AC AB238 AC AC AA120 AB239 AC AC AB240 AC AC AA121 AB241 AC AC AB242 AC AC AA122 AB243 AC AC AB244 AC AC AA123 AB245 AC AC AB246 AC AC AA124 AB247 AC AC AB248 AC AC AA1 AB249 AC AC AB0 AC AC AA126 AB1 AC AC AB2 AC AC AA127 AB3 AC AC AB4 AC AC AA128 AB5 AC AC AB6 AC AC AA129 AB7 AC AC AB8 AC AC AA130 AB9 AC AC AB260 AC AC AA131 AB261 AC AC AB262 AC AC AA132 AB263 AC AC AB264 AC AC AA133 AB265 AC AC AB266 AC AC AA134 AB267 AC

22 AC AB268 AC AC AA135 AB269 AC AC AB270 AC AC AA136 AB271 AC AC AB272 AC AC AA137 AB273 AC AC AB274 AC AC AA138 AB275 AC AC AB276 AC AC AA139 AB277 AC AC AB278 AC AC AA140 AB279 AC AC AB280 AC AC AA141 AB281 AC AC AB282 AC AC AA142 AB283 AC AC AB284 AC AC AA143 AB285 AC AC AB286 AC AC AA144 AB287 AC AC AB288 AC AC AA145 AB289 AC AC AB290 AC AC AA146 AB291 AC AC AB292 AC AC AA147 AB293 AC AC AB294 AC AC AA148 AB295 AC AC AB296 AC AC AA149 AB297 AC AC AB298 AC AC AA150 AB299 AC AC AB300 AC AC AA151 AB301 AC AC AB302 AC AC AA152 AB303 AC AC AB304 AC AC AA153 AB305 AC AC AB306 AC AC AA154 AB307 AC AC AB308 AC AC AA155 AB309 AC AC AB310 AC AC AA156 AB311 AC AC AB312 AC AC AA157 AB313 AC AC AB314 AC AC AA158 AB315 AC AC AB316 AC AC AA159 AB317 AC AC AB318 AC AC AA160 AB319 AC AC AB320 AC AC AA161 AB321 AC AC AB322 AC AC AA162 AB323 AC AC AB324 AC AC AA163 AB3 AC AC AB326 AC AC AA164 AB327 AC AC AB328 AC AC AA165 AB329 AC AC AB330 AC AC AA166 AB331 AC AC AB332 AC AC AA167 AB333 AC AC AB334 AC AC AA168 AB335 AC AC AB336 AC AC AA169 AB337 AC AC

23 AB338 AC AC AA170 AB339 AC AC AB340 AC AC AA171 AB341 AC AC AB342 AC AC AA172 AB343 AC AC AB344 AC AC AA173 AB345 AC AC AB346 AC AC AA174 AB347 AC AC AB348 AC AC AA175 AB349 AC AC AB350 AC AC AA176 AB351 AC AC AB352 AC AC AA177 AB353 AC AC AB354 AC AC AA178 AB355 AC AC AB356 AC AC AA179 AB357 AC AC AB358 AC AC AA180 AB359 AC AC AB360 AC AC AA181 AB361 AC AC AB362 AC AC AA182 AB363 AC AC AB364 AC AC AA183 AB365 AC AC AB366 AC AC AA184 AB367 AC AC AB368 AC AC AA185 AB369 AC AC AB370 AC AC AA186 AB371 AC AC AB372 AC AC AA187 AB373 AC AC AB374 AC AC AA188 AB375 AC AC AB376 AC AC AA189 AB377 AC AC AB378 AC AC AA190 AB379 AC AC AB380 AC AC AA191 AB381 AC AC AB382 AC AC AA192 AB383 AC AC AB384 AC AC AA193 AB385 AC AC AB386 AC AC AA194 AB387 AC AC AB388 AC AC AA195 AB389 AC AC AB390 AC AC AA196 AB391 AC AC AB392 AC AC AA197 AB393 AC AC AB394 AC AC AA198 AB395 AC AC AB396 AC AC AA199 AB397 AC AC AB398 AC AC AA200 AB399 AC AC AB400 AC AC AA201 AB401 AC AC AB402 AC AC AA202 AB403 AC AC AB404 AC AC AA203 AB405 AC AC AB406 AC AC AA204 AB407 AC AC AB408 AC

24 AC AA205 AB409 AC AC AB410 AC AC AA206 AB411 AC AC AB412 AC AC AA207 AB413 AC AC AB414 AC AC AA208 AB415 AC AC AB416 AC AC AA209 AB417 AC AC AB418 AC AC AA210 AB419 AC AC AB420 AC AC AA211 AB421 AC AC AB422 AC AC AA212 AB423 AC AC AB424 AC AC AA213 AB4 AC AC AB426 AC AC AA214 AB427 AC AC AB428 AC AC AA215 AB429 AC AC AB430 AC AC AA216 AB431 AC AC AB432 AC AC AA217 AB433 AC AC AB434 AC AC AA218 AB435 AC AC AB436 AC AC AA219 AB437 AC AC AB438 AC AC AA220 AB439 AC AC AB440 AC AC AA221 AB441 AC AC AB442 AC AC AA222 AB443 AC AC AB444 AC AC AA223 AB445 AC AC AB446 AC AC AA224 AB447 AC AC AB448 AC AC AA2 AB449 AC AC AB450 AC AC AA226 AB451 AC AC AB452 AC AC AA227 AB453 AC AC AB454 AC AC AA228 AB455 AC AC AB456 AC AC AA229 AB457 AC AC AB458 AC AC AA230 AB459 AC AC AB460 AC AC AA231 AB461 AC AC AB462 AC AC AA232 AB463 AC AC AB464 AC AC AA233 AB465 AC AC AB466 AC AC AA234 AB467 AC AC AB468 AC AC AA235 AB469 AC AC AB470 AC AC AA236 AB471 AC AC AB472 AC AC AA237 AB473 AC AC AB474 AC AC AA238 AB475 AC AC AB476 AC AC AA239 AB477 AC AC AB478 AC AC

25 AA240 AB479 AC AC AB480 AC AC AA241 AB481 AC AC AB482 AC AC AA242 AB483 AC AC AB484 AC AC AA243 AB485 AC AC AB486 AC AC AA244 AB487 AC AC AB488 AC AC AA245 AB489 AC AC AB490 AC AC AA246 AB491 AC AC AB492 AC AC AA247 AB493 AC AC AB494 AC AC AA248 AB495 AC AC AB496 AC AC AA249 AB497 AC AC AB498 AC AC AA0 AB499 AC AC AB500 AC AC AA1 AB501 AC AC AB502 AC AC AA2 AB503 AC AC AB504 AC AC AA3 AB505 AC AC AB506 AC AC AA4 AB507 AC AC AB508 AC AC AA5 AB509 AC AC AB510 AC AC AA6 AB511 AC AC AB512 AC AC AA7 AB513 AC AC AB514 AC AC AA8 AB515 AC AC AB516 AC AC AA9 AB517 AC AC AB518 AC AC AA260 AB519 AC AC AB520 AC AC AA261 AB521 AC AC AB522 AC AC AA262 AB523 AC AC AB524 AC AC AA263 AB5 AC AC AB526 AC AC AA264 AB527 AC AC AB528 AC AC AA265 AB529 AC AC AB530 AC AC AA266 AB531 AC AC AB532 AC AC AA267 AB533 AC AC AB534 AC AC AA268 AB535 AC AC AB536 AC AC AA269 AB537 AC AC AB538 AC AC AA270 AB539 AC AC AB540 AC AC AA271 AB541 AC AC AB542 AC AC AA272 AB543 AC AC AB544 AC AC AA273 AB545 AC AC AB546 AC AC AA274 AB547 AC AC AB548 AC AC AA275 AB549 AC

26 AC AB550 AC AC AA276 AB551 AC AC AB552 AC AC AA277 AB553 AC AC AB554 AC AC AA278 AB555 AC AC AB556 AC AC AA279 AB557 AC AC AB558 AC AC AA280 AB559 AC AC AB560 AC AC AA281 AB561 AC AC AB562 AC AC AA282 AB563 AC AC AB564 AC AC AA283 AB565 AC AC AB566 AC AC AA284 AB567 AC AC AB568 AC AC AA285 AB569 AC AC AB570 AC AC AA286 AB571 AC AC AB572 AC AC AA287 AB573 AC AC AB574 AC AC AA288 AB575 AC AC AB576 AC AC AA289 AB577 AC AC AB578 AC AC AA290 AB579 AC AC AB580 AC AC AA291 AB581 AC AC AB582 AC AC AA292 AB583 AC AC AB584 AC AC AA293 AB585 AC AC AB586 AC AC AA294 AB587 AC AC AB588 AC AC AA295 AB589 AC AC AB590 AC AC AA296 AB591 AC AC AB592 AC AC AA297 AB593 AC AC AB594 AC AC AA298 AB595 AC AC AB596 AC AC AA299 AB597 AC AC AB598 AC AC AA300 AB599 AC AC AB600 AC AC AA301 AB601 AC AC AB602 AC AC AA302 AB603 AC AC AB604 AC AC AA303 AB605 AC AC AB606 AC AC AA304 AB607 AC AC AB608 AC AC AA305 AB609 AC AC AB610 AC AC AA306 AB611 AC AC AB612 AC AC AA307 AB613 AC AC AB614 AC AC AA308 AB615 AC AC AB616 AC AC AA309 AB617 AC AC AB618 AC AC AA310 AB619 AC AC

27 AB620 AC AC AA311 AB621 AC AC AB622 AC AC AA312 AB623 AC AC AB624 AC AC AA313 AB6 AC AC AB626 AC AC AA314 AB627 AC AC AB628 AC AC AA315 AB629 AC AC AB630 AC AC AA316 AB631 AC AC AB632 AC AC AA317 AB633 AC AC AB634 AC AC AA318 AB635 AC AC AB636 AC AC AA319 AB637 AC AC AB638 AC AC AA320 AB639 AC AC AB640 AC AC AA321 AB641 AC AC AB642 AC AC AA322 AB643 AC AC AB644 AC AC AA323 AB645 AC AC AB646 AC AC AA324 AB647 AC AC AB648 AC AC AA3 AB649 AC AC AB650 AC AC AA326 AB651 AC AC AB652 AC AC AA327 AB653 AC AC AB654 AC AC AA328 AB655 AC AC AB656 AC AC AA329 AB657 AC AC AB658 AC AC AA330 AB659 AC AC AB660 AC AC AA331 AB661 AC AC AB662 AC AC AA332 AB663 AC AC AB664 AC AC AA333 AB665 AC AC AB666 AC AC AA334 AB667 AC AC AB668 AC AC AA335 AB669 AC AC AB670 AC AC AA336 AB671 AC AC AB672 AC AC AA337 AB673 AC AC AB674 AC AC AA338 AB675 AC AC AB676 AC AC AA339 AB677 AC AC AB678 AC AC AA340 AB679 AC AC AB680 AC AC AA341 AB681 AC AC AB682 AC AC AA342 AB683 AC AC AB684 AC AC AA343 AB685 AC AC AB686 AC AC AA344 AB687 AC AC AB688 AC AC AA345 AB689 AC AC AB690 AC

28 AC AA346 AB691 AC AC AB692 AC AC AA347 AB693 AC AC AB694 AC AC AA348 AB695 AC AC AB696 AC AC AA349 AB697 AC AC AB698 AC AC AA350 AB699 AC AC AB700 AC AC AA351 AB701 AC AC AB702 AC AC AA352 AB703 AC AC AB704 AC AC AA353 AB705 AC AC AB706 AC AC AA354 AB707 AC AC AB708 AC AC AA355 AB709 AC AC AB710 AC AC AA356 AB711 AC AC AB712 AC AC AA357 AB713 AC AC AB714 AC AC AA358 AB715 AC AC AB716 AC AC AA359 AB717 AC AC AB718 AC AC AA360 AB719 AC AC AB720 AC AC AA361 AB721 AC AC AB722 AC AC AA362 AB723 AC AC AB724 AC AC AA363 AB7 AC AC AB726 AC AC AA364 AB727 AC AC AB728 AC AC AA365 AB729 AC AC AB730 AC AC AA366 AB731 AC AC AB732 AC AC AA367 AB733 AC AC AB734 AC AC AA368 AB735 AC AC AB736 AC AC AA369 AB737 AC AC AB738 AC AC AA370 AB739 AC AC AB740 AC AC AA371 AB741 AC AC AB742 AC AC AA372 AB743 AC AC AB744 AC AC AA373 AB745 AC AC AB746 AC AC AA374 AB747 AC AC AB748 AC AC AA375 AB749 AC AC AB750 AC AC AA376 AB751 AC AC AB752 AC AC AA377 AB753 AC AC AB754 AC AC AA378 AB755 AC AC AB756 AC AC AA379 AB757 AC AC AB758 AC AC AA380 AB759 AC AC AB760 AC AC

29 AA381 AB761 AC AC AB762 AC AC AA382 AB763 AC AC AB764 AC AC AA383 AB765 AC AC AB766 AC AC AA384 AB767 AC AC AB768 AC AC AA385 AB769 AC AC AB770 AC AC AA386 AB771 AC AC AB772 AC AC AA387 AB773 AC AC AB774 AC AC AA388 AB775 AC AC AB776 AC AC AA389 AB777 AC AC AB778 AC AC AA390 AB779 AC AC AB780 AC AC AA391 AB781 AC AC AB782 AC AC AA392 AB783 AC AC AB784 AC AC AA393 AB785 AC AC AB786 AC AC AA394 AB787 AC AC AB788 AC AC AA395 AB789 AC AC AB790 AC AC AA396 AB791 AC AC AB792 AC AC AA397 AB793 AC AC AB794 AC AC AA398 AB795 AC AC AB796 AC AC AA399 AB797 AC AC AB798 AC AC AA400 AB799 AC AC AB800 AC AC AA401 AB801 AC AC AB802 AC AC AA402 AB803 AC AC AB804 AC AC AA403 AB805 AC AC AB806 AC AC AA404 AB807 AC AC AB808 AC AC AA405 AB809 AC AC AB810 AC AC AA406 AB811 AC AC AB812 AC AC AA407 AB813 AC AC AB814 AC AC AA408 AB815 AC AC AB816 AC AC AA409 AB817 AC AC AB818 AC AC AA410 AB819 AC AC AB820 AC AC AA411 AB821 AC AC AB822 AC AC AA412 AB823 AC AC AB824 AC AC AA413 AB8 AC AC AB826 AC AC AA414 AB827 AC AC AB828 AC AC AA415 AB829 AC AC AB830 AC AC AA416 AB831 AC

30 AC AB832 AC AC AA417 AB833 AC AC AB834 AC AC AA418 AB835 AC AC AB836 AC AC AA419 AB837 AC AC AB838 AC AC AA420 AB839 AC AC AB840 AC AC AA421 AB841 AC AC AB842 AC AC AA422 AB843 AC AC AB844 AC AC AA423 AB845 AC AC AB846 AC AC AA424 AB847 AC AC AB848 AC AC AA4 AB849 AC AC AB850 AC AC AA426 AB851 AC AC AB852 AC AC AA427 AB853 AC AC AB854 AC AC AA428 AB855 AC AC AB856 AC AC AA429 AB857 AC AC AB858 AC AC AA430 AB859 AC AC AB860 AC AC AA431 AB861 AC AC AB862 AC AC AA432 AB863 AC AC AB864 AC AC AA433 AB865 AC AC AB866 AC AC AA434 AB867 AC AC AB868 AC AC AA435 AB869 AC AC AB870 AC AC AA436 AB871 AC AC AB872 AC AC AA437 AB873 AC AC AB874 AC AC AA438 AB875 AC AC AB876 AC AC AA439 AB877 AC AC AB878 AC AC AA440 AB879 AC AC AB880 AC AC AA441 AB881 AC AC AB882 AC AC AA442 AB883 AC AC AB884 AC AC AA443 AB885 AC AC AB886 AC AC AA444 AB887 AC AC AB888 AC AC AA445 AB889 AC AC AB890 AC AC AA446 AB891 AC AC AB892 AC AC AA447 AB893 AC AC AB894 AC AC AA448 AB895 AC AC AB896 AC AC AA449 AB897 AC AC AB898 AC AC AA450 AB899 AC AC AB900 AC AC AA451 AB901 AC AC

31 AB902 AC AC AA452 AB903 AC AC AB904 AC AC AA453 AB905 AC AC AB906 AC AC AA454 AB907 AC AC AB908 AC AC AA455 AB909 AC AC AB910 AC AC AA456 AB911 AC AC AB912 AC AC AA457 AB913 AC AC AB914 AC AC AA458 AB915 AC AC AB916 AC AC AA459 AB917 AC AC AB918 AC AC AA460 AB919 AC AC AB920 AC AC AA461 AB921 AC AC AB922 AC AC AA462 AB923 AC AC AB924 AC AC AA463 AB9 AC AC AB926 AC AC AA464 AB927 AC AC AB928 AC AC AA465 AB929 AC AC AB930 AC AC AA466 AB931 AC AC AB932 AC AC AA467 AB933 AC AC AB934 AC AC AA468 AB935 AC AC AB936 AC AC AA469 AB937 AC AC AB938 AC AC AA470 AB939 AC AC AB940 AC AC AA471 AB941 AC AC AB942 AC AC AA472 AB943 AC AC AB944 AC AC AA473 AB945 AC AC AB946 AC AC AA474 AB947 AC AC AB948 AC AC AA475 AB949 AC AC AB950 AC AC AA476 AB951 AC AC AB952 AC AC AA477 AB953 AC AC AB954 AC AC AA478 AB955 AC AC AB956 AC AC AA479 AB957 AC AC AB958 AC AC AA480 AB959 AC AC AB960 AC AC AA481 AB961 AC AC AB962 AC AC AA482 AB963 AC AC AB964 AC AC AA483 AB965 AC AC AB966 AC AC AA484 AB967 AC AC AB968 AC AC AA485 AB969 AC AC AB970 AC AC AA486 AB971 AC AC AB972 AC

32 AC AA487 AB973 AC AC AB974 AC AC AA488 AB975 AC AC AB976 AC AC AA489 AB977 AC AC AB978 AC AC AA490 AB979 AC AC AB980 AC AC AA491 AB981 AC AC AB982 AC AC AA492 AB983 AC AC AB984 AC AC AA493 AB985 AC AC AB986 AC AC AA494 AB987 AC AC AB988 AC AC AA495 AB989 AC AC AB990 AC AC AA496 AB991 AC AC AB992 AC AC AA497 AB993 AC AC AB994 AC AC AA498 AB995 AC AC AB996 AC AC AA499 AB997 AC AC AB998 AC AC AA500 AB999 AC AC AB1000 AC AC AA501 AB1001 AC AC AB1002 AC AC AA502 AB1003 AC AC AB1004 AC AC AA503 AB1005 AC AC AB1006 AC AC AA504 AB1007 AC AC AB1008 AC AC AA505 AB1009 AC AC AB1010 AC AC AA506 AB1011 AC AC AB1012 AC AC AA507 AB1013 AC AC AB1014 AC AC AA508 AB1015 AC AC AB1016 AC AC AA509 AB1017 AC AC AB1018 AC AC AA510 AB1019 AC AC AB1020 AC AC AA511 AB1021 AC AC AB1022 AC AC AA512 AB1023 AC AC AB1024 AC AC AA513 AB10 AC AC AB1026 AC AC AA514 AB1027 AC AC AB1028 AC AC AA515 AB1029 AC AC AB1030 AC AC AA516 AB1031 AC AC AB1032 AC AC AA517 AB1033 AC AC AB1034 AC AC AA518 AB1035 AC AC AB1036 AC AC AA519 AB1037 AC AC AB1038 AC AC AA520 AB1039 AC AC AB1040 AC AC AA521 AB1041 AC AC AB1042 AC AC

33 AA522 AB1043 AC AC AB1044 AC AC AA523 AB1045 AC AC AB1046 AC AC AA524 AB1047 AC AC AB1048 AC AC AA5 AB1049 AC AC AB1050 AC AC AA526 AB1051 AC AC AB1052 AC AC AA527 AB1053 AC AC AB1054 AC AC AA528 AB1055 AC AC AB1056 AC AC AA529 AB1057 AC AC AB1058 AC AC AA530 AB1059 AC AC AB1060 AC AC AA531 AB1061 AC AC AB1062 AC AC AA532 AB1063 AC AC AB1064 AC AC AA533 AB1065 AC AC AB1066 AC AC AA534 AB1067 AC AC AB1068 AC AC AA535 AB1069 AC AC AB1070 AC AC AA536 AB1071 AC AC AB1072 AC AC AA537 AB1073 AC AC AB1074 AC AC AA538 AB1075 AC AC AB1076 AC AC AA539 AB1077 AC AC AB1078 AC AC AA540 AB1079 AC AC AB1080 AC AC AA541 AB1081 AC AC AB1082 AC AC AA542 AB1083 AC AC AB1084 AC AC AA543 AB1085 AC AC AB1086 AC AC AA544 AB1087 AC AC AB1088 AC AC AA545 AB1089 AC AC AB1090 AC AC AA546 AB1091 AC AC AB1092 AC AC AA547 AB1093 AC AC AB1094 AC AC AA548 AB1095 AC AC AB1096 AC AC AA549 AB1097 AC AC AB1098 AC AC AA550 AB1099 AC AC AB1100 AC AC AA551 AB1101 AC AC AB1102 AC AC AA552 AB1103 AC AC AB1104 AC AC AA553 AB1105 AC AC AB1106 AC AC AA554 AB1107 AC AC AB1108 AC AC AA555 AB1109 AC AC AB1110 AC AC AA556 AB1111 AC AC AB1112 AC AC AA557 AB1113 AC

34 AC AB1114 AC AC AA558 AB1115 AC AC AB1116 AC AC AA559 AB1117 AC AC AB1118 AC AC AA560 AB1119 AC AC AB1120 AC AC AA561 AB1121 AC AC AB1122 AC AC AA562 AB1123 AC AC AB1124 AC AC AA563 AB11 AC AC AB1126 AC AC AA564 AB1127 AC AC AB1128 AC AC AA565 AB1129 AC AC AB1130 AC AC AA566 AB1131 AC AC AB1132 AC AC AA567 AB1133 AC AC AB1134 AC AC AA568 AB1135 AC AC AB1136 AC AC AA569 AB1137 AC AC AB1138 AC AC AA570 AB1139 AC AC AB1140 AC AC AA571 AB1141 AC AC AB1142 AC AC AA572 AB1143 AC AC AB1144 AC AC AA573 AB1145 AC AC AB1146 AC AC AA574 AB1147 AC AC AB1148 AC AC AA575 AB1149 AC AC AB1150 AC AC AA576 AB1151 AC AC AB1152 AC AC AA577 AB1153 AC AC AB1154 AC AC AA578 AB1155 AC AC AB1156 AC AC AA579 AB1157 AC AC AB1158 AC AC AA580 AB1159 AC AC AB1160 AC AC AA581 AB1161 AC AC AB1162 AC AC AA582 AB1163 AC AC AB1164 AC AC AA583 AB1165 AC AC AB1166 AC AC AA584 AB1167 AC AC AB1168 AC AC AA585 AB1169 AC AC AB1170 AC AC AA586 AB1171 AC AC AB1172 AC AC AA587 AB1173 AC AC AB1174 AC AC AA588 AB1175 AC AC AB1176 AC AC AA589 AB1177 AC AC AB1178 AC AC AA590 AB1179 AC AC AB1180 AC AC AA591 AB1181 AC AC AB1182 AC AC AA592 AB1183 AC AC

35 AB1184 AC AC AA593 AB1185 AC AC AB1186 AC AC AA594 AB1187 AC AC AB1188 AC AC AA595 AB1189 AC AC AB1190 AC AC AA596 AB1191 AC AC AB1192 AC AC AA597 AB1193 AC AC AB1194 AC AC AA598 AB1195 AC AC AB1196 AC AC AA599 AB1197 AC AC AB1198 AC AC AA600 AB1199 AC AC

36 Table A2: Canada-United States Public Safety Interoperability Channels in the Bands MHz and MHz a Designation Channel Number Centre Calling Channel and 8CALL90 AA paired with Calling-Direct 8CALL90D AA paired with Tactical Channels and Tactical-Direct 8TAC91 AA paired with TAC91D AA paired with TAC92 AA paired with TAC92D AA paired with TAC93 AA paired with TAC93D AA paired with TAC94 AA paired with TAC94D AA paired with a Channel numbers correspond to the AA series, channels in Annex A, Table A1. Table A3: Wide Area and Local Area Channels (AA Series) in the Bands MHz and MHz System Type Channels ( AA Series) Wide Area , , , , , Local Area (or Wide area, where required) 265, , , Between 71 W and 81 W Between 81 W and 85 W (Outside Sharing Zone) - West of 85 W and East of 71 W , (Outside of Sharing Zone) 33

37 Table A4: Trunked Channels in the Bands MHz and MHz The channels in the trunking blocks below correspond to the AA series of the A block spectrum. Trunking Block A Group Channels (AA Series) , 291, 301, 311, , 292, 302, 312, , 293, 303, 313, , 294, 304, 314, , 295, 305, 315, , 296, 306, 316, , 297, 307, 317, , 298, 308, 318, , 299, 309, 319, , 300, 310, 320, 330 Trunking Block B Between 71º W and 81º W Block B Between 81º W and 85º W Group Channels (AA Series) Group Channels (AA Series) , 201, 211, 221, , 221, 231, 241, , 202, 212, 222, , 222, 232, 242, , 203, 213, 223, , 223, 233, 243, , 204, 214, 224, , 224, 234, 244, , 205, 215, 2, , 2, 235, 245, , 206, 216, 226, , 226, 236, 246, , 207, 217, 227, , 227, 237, 247, , 208, 218, 228, , 228, 238, 248, , 209, 219, 229, , 229, 239, 249, , 210, 220, 230, , 230, 240, 0, 260 Block B West of 85º W and East of 71º W Group Channels (AA Series) , 211, 221, 231, , 212, 222, 232, , 213, 223, 233, , 214, 224, 234, , 215, 2, 235, , 216, 226, 236, , 217, 227, 237, , 218, 228, 238, , 219, 229, 239, , 220, 230, 240, 0 34

38 Block C Group Channels (AA Series) 91 91, 101, 111, 121, , 102, 112, 122, , 103, 113, 123, , 104, 114, 124, , 105, 115, 1, , 106, 116, 126, , 107, 117, 127, , 108, 118, 128, , 109, 119, 129, , 110, 120, 130, 140 Block D Between 71º W and 85º W Block D West of 85º W and East of 71º W Group Channels (AA Series) Group Channels (AA Series) , 151, 161, 171, , 161, 171, 181, , 152, 162, 172, , 162, 172, 182, , 153, 163, 173, , 163, 173, 183, , 154, 164, 174, , 164, 174, 184, , 155, 165, 175, , 165, 175, 185, , 156, 166, 176, , 166, 176, 186, , 157, 167, 177, , 167, 177, 187, , 158, 168, 178, , 168, 178, 188, , 159, 169, 179, , 169, 179, 189, , 160, 170, 180, , 170, 180, 190,

39 Block E Between 71º W and 81º W Block E Between 81º W and 85º W Group Channels (AA Series) Group Channels (AA Series) , 1, 261, 271, , 201, 211, 221, , 2, 262, 272, , 202, 212, 222, , 3, 263, 273, , 203, 213, 223, , 4, 264, 274, , 204, 214, 224, , 5, 265, 275, , 205, 215, 2, , 6, 266, 276, , 206, 216, 226, , 7, 267, 277, , 207, 217, 227, , 8, 268, 278, , 208, 218, 228, , 9, 269, 279, , 209, 219, 229, , 260, 270, 280, , 210, 220, 230, 240 Block E West of 85º W and East of 71º W Group Channels (AA Series) , 151, 161, 171, , 152, 162, 172, , 153, 163, 173, , 154, 164, 174, , 155, 165, 175, , 156, 166, 176, , 157, 167, 177, , 158, 168, 178, , 159, 169, 179, , 160, 170, 180, 190 Block F Block G Group Channels (AA Series) Group Channels (AA Series) , 371, 381, 391, , 421, 431, 441, , 372, 382, 392, , 422, 432, 442, , 373, 383, 393, , 423, 433, 443, , 374, 384, 394, , 424, 434, 444, , 375, 385, 395, , 4, 435, 445, , 376, 386, 396, , 426, 436, 446, , 377, 387, 397, , 427, 437, 447, , 378, 388, 398, , 428, 438, 448, , 379, 389, 399, , 429, 439, 449, , 380, 390, 400, , 430, 440, 450,

40 Block H Block I Group Channel (AA Series) Group Channel (AA Series) , 471, 481, 491, , 521, 531, 541, , 472, 482, 492, , 522, 532, 542, , 473, 483, 493, , 523, 533, 543, , 474, 484, 494, , 524, 534, 544, , 475, 485, 495, , 5, 535, 545, , 476, 486, 496, , 526, 536, 546, , 477, 487, 497, , 527, 537, 547, , 478, 488, 498, , 528, 538, 548, , 479, 489, 499, , 529, 539, 549, , 480, 490, 500, , 530, 540, 550, 560 Block J Block K Group Channel (AA Series) Group Channel (AA Series) , 571, 581, , 51, 61, , 572, 582, , 52, 62, , 573, 583, , 53, 63, , 574, 584, , 54, 64, , 575, 585, , 55, 65, , 576, 586, , 56, 66, , 577, 587, , 57, 67, , 578, 588, , 58, 68, , 579, 589, , 59, 69, , 580, 590, , 60, 70, 80 Block L Group Channel (AA Series) 1 1, 11, 21, , 12, 22, , 13, 23, , 14, 24, , 15,, , 16, 26, , 17, 27, , 18, 28, , 19, 29, , 20, 30, 40 37

41 Annex B Channel Plan for the Bands MHz and MHz Table B1: Channel Designation in the Bands MHz for Mobile Station Frequencies Notes: Only mobile station frequencies are listed. The paired base station frequency is 45 MHz higher. Highlighted rows indicate the public safety interoperability channels that are also listed in Table B2. Channels identified with a (*) are not available for assignment, as they are part of the guardband for the public safety interoperability channels. BA1 (601) * * * * * * BC BA2 (602) BB1 BC BC BA3 (603) BB2 BC BC BA4 (604) BB3 BC BC BA5 (605) BB4 BC BC BA6 (606) BB5 BC BC BA7 (607) BB6 BC BC BA8 (608) BB7 BC BC BA9 (609) BB8 BC BC BA10 (610) BB9 BC BC BA11 (611) BB10 BC BC BA12 (612) BB11 BC BC BA13 (613) BB12 BC BC BA14 (614) BB13 BC BC BA15 (615) BB14 BC BC BA16 (616) BB15 BC BC BA17 (617) BB16 BC BC BA18 (618) BB17 BC BC BA19 (619) BB18 BC BC BA20 (620) BB19 BC BC BA21 (621) BB20 BC BC BA22 (622) BB21 BC BC BA23 (623) BB22 BC BC BA24 (624) BB23 BC BC BA (6) BB24 BC BC BA26 (626) BB BC BC BA27 (627) BB26 BC BC BA28 (628) BB27 BC BC BA29 (629) BB28 BC BC BA30 (630) BB29 BC BC BA31 (631) BB30 BC BC BA32 (632) BB31 BC BC BA33 (633) BB32 BC BC BA34 (634) BB33 BC BC BA35 (635) BB34 BC BC BA36 (636) BB35 BC BC

42 BA37 (637) BB36 BC BC BA38 (638) BB37 BC BC * * * * BA39 (639) * * * * * * BC BA40 (640) BB38 BC BC BA41 (641) BB39 BC BC BA42 (642) BB40 BC BC BA43 (643) BB41 BC BC BA44 (644) BB42 BC BC BA45 (645) BB43 BC BC BA46 (646) BB44 BC BC BA47 (647) BB45 BC BC BA48 (648) BB46 BC BC BA49 (649) BB47 BC BC BA50 (650) BB48 BC BC BA51 (651) BB49 BC BC BA52 (652) BB50 BC BC BA53 (653) BB51 BC BC BA54 (654) BB52 BC BC BA55 (655) BB53 BC BC BA56 (656) BB54 BC BC BA57 (657) BB55 BC BC BA58 (658) BB56 BC BC BA59 (659) BB57 BC BC BA60 (660) BB58 BC BC BA61 (661) BB59 BC BC BA62 (662) BB60 BC BC BA63 (663) BB61 BC BC BA64 (664) BB62 BC BC BA65 (665) BB63 BC BC BA66 (666) BB64 BC BC BA67 (667) BB65 BC BC BA68 (668) BB66 BC BC BA69 (669) BB67 BC BC BA70 (670) BB68 BC BC BA71 (671) BB69 BC BC BA72 (672) BB70 BC BC BA73 (673) BB71 BC BC BA74 (674) BB72 BC BC BA75 (675) BB73 BC BC BA76 (676) BB74 BC BC * * * * BA77 (677) * * * * * * BC BA78 (678) BB75 BC BC BA79 (679) BB76 BC BC

43 BA80 (680) BB77 BC BC BA81 (681) BB78 BC BC BA82 (682) BB79 BC BC BA83 (683) BB80 BC BC BA84 (684) BB81 BC BC BA85 (685) BB82 BC BC BA86 (686) BB83 BC BC BA87 (687) BB84 BC BC BA88 (688) BB85 BC BC BA89 (689) BB86 BC BC BA90 (690) BB87 BC BC BA91 (691) BB88 BC BC BA92 (692) BB89 BC BC BA93 (693) BB90 BC BC BA94 (694) BB91 BC BC BA95 (695) BB92 BC BC BA96 (696) BB93 BC BC BA97 (697) BB94 BC BC BA98 (698) BB95 BC BC BA99 (699) BB96 BC BC BA100 (700) BB97 BC BC BA101 (701) BB98 BC BC BA102 (702) BB99 BC BC BA103 (703) BB100 BC BC BA104 (704) BB101 BC BC BA105 (705) BB102 BC BC BA106 (706) BB103 BC BC BA107 (707) BB104 BC BC BA108 (708) BB105 BC BC BA109 (709) BB106 BC BC BA110 (710) BB107 BC BC BA111 (711) BB108 BC BC BA112 (712) BB109 BC BC BA113 (713) BB110 BC BC BA114 (714) BB111 BC BC * * * * BA115 (715) * * * * * * BC BA116 (716) BB112 BC BC BA117 (717) BB113 BC BC BA118 (718) BB114 BC BC BA119 (719) BB115 BC BC BA120 (720) BB116 BC BC BA121 (721) BB117 BC BC BA122 (722) BB118 BC BC BA123 (723) BB119 BC BC BA124 (724) BB120 BC BC

44 BA1 (7) BB121 BC BC BA126 (726) BB122 BC BC BA127 (727) BB123 BC BC BA128 (728) BB124 BC BC BA129 (729) BB1 BC BC BA130 (730) BB126 BC BC BA131 (731) BB127 BC BC BA132 (732) BB128 BC BC BA133 (733) BB129 BC BC BA134 (734) BB130 BC BC BA135 (735) BB131 BC BC BA136 (736) BB132 BC BC BA137 (737) BB133 BC BC BA138 (738) BB134 BC BC BA139 (739) BB135 BC BC BA140 (740) BB136 BC BC BA141 (741) BB137 BC BC BA142 (742) BB138 BC BC BA143 (743) BB139 BC BC BA144 (744) BB140 BC BC BA145 (745) BB141 BC BC BA146 (746) BB142 BC BC BA147 (747) BB143 BC BC BA148 (748) BB144 BC BC BA149 (749) BB145 BC BC BA150 (750) BB146 BC BC BA151 (751) BB147 BC BC BA152 (752) BB148 BC BC * * * * BA153 (753) * * * * * * BC BA154 (754) BB149 BC BC BA155 (755) BB150 BC BC BA156 (756) BB151 BC BC BA157 (757) BB152 BC BC BA158 (758) BB153 BC BC BA159 (759) BB154 BC BC BA160 (760) BB155 BC BC BA161 (761) BB156 BC BC BA162 (762) BB157 BC BC BA163 (763) BB158 BC BC BA164 (764) BB159 BC BC BA165 (765) BB160 BC BC BA166 (766) BB161 BC BC BA167 (767) BB162 BC BC BA168 (768) BB163 BC BC BA169 (769) BB164 BC BC

45 BA170 (770) BB165 BC BC BA171 (771) BB166 BC BC BA172 (772) BB167 BC BC BA173 (773) BB168 BC BC BA174 (774) BB169 BC BC BA175 (775) BB170 BC BC BA176 (776) BB171 BC BC BA177 (777) BB172 BC BC BA178 (778) BB173 BC BC BA179 (779) BB174 BC BC BA180 (780) BB175 BC BC BA181 (781) BB176 BC BC BA182 (782) BB177 BC BC BA183 (783) BB178 BC BC BA184 (784) BB179 BC BC BA185 (785) BB180 BC BC BA186 (786) BB181 BC BC BA187 (787) BB182 BC BC BA188 (788) BB183 BC BC BA189 (789) BB184 BC BC BA190 (790) BB185 BC BC BA191 (791) BB186 BC BC BA192 (792) BB187 BC BC BA193 (793) BB188 BC BC BA194 (794) BB189 BC BC BA195 (795) BB190 BC BC BA196 (796) BB191 BC BC BA197 (797) BB192 BC BC BA198 (798) BB193 BC BC BA199 (799) BB194 BC BC BA200 (800) BB195 BC BC BA201 (801) BB196 BC BC BA202 (802) BB197 BC BC BA203 (803) BB198 BC BC BA204 (804) BB199 BC BC BA205 (805) BB200 BC BC BA206 (806) BB201 BC BC BA207 (807) BB202 BC BC BA208 (808) BB203 BC BC BA209 (809) BB204 BC BC BA210 (810) BB205 BC BC BA211 (811) BB206 BC BC BA212 (812) BB207 BC BC BA213 (813) BB208 BC BC BA214 (814) BB209 BC BC BA215 (815) BB210 BC BC BA216 (816) BB211 BC BC

46 BA217 (817) BB212 BC BC BA218 (818) BB213 BC BC BA219 (819) BB214 BC BC BA220 (820) BB215 BC BC BA221 (821) BB216 BC BC BA222 (822) BB217 BC BC BA223 (823) BB218 BC BC BA224 (824) BB219 BC BC BA2 (8) BB220 BC BC BA226 (826) BB221 BC BC BA227 (827) BB222 BC BC BA228 (828) BB223 BC BC BA229 (829) BB224 BC BC BA230 (830) BB2 BC BC

47 Table B2: Public Safety Interoperability Channels in the Bands MHz and MHz Within Canada a Calling Channel b and Calling-Direct Tactical Channels c. and Tactical-Direct Designation Channel Number Centre I-CALL BA1 (601) paired with I-CALLD BA paired with ITAC-1 BA39 (639) paired with ITAC-1D BA paired with ITAC-2 BA77 (677) paired with ITAC-2D BA paired with ITAC-3 BA115 (715) paired with ITAC-3D BA paired with ITAC-4 BA153 (753) paired with ITAC-4D BA paired with a. Channel numbers correspond to the BA series, channels in Annex B, Table B1. b. Calling channels are used to establish contact between public safety entities in order for the parties to move to an interoperability channel. These channels are not used as traffic channels. c. Tactical channels are used as traffic channels. Table B3: Conventional Channels in the Bands MHz and MHz Channel Number BA191 (791) BA192 (792) BA193 (793) Centre paired with paired with paired with

48 Table B4: Trunking Groups in the Bands MHz and MHz The channels in the trunking groups below correspond to the BA series of the block B spectrum. Group Channels (BA Series) Group Channels (BA Series) 1 1, 38, 75, 112, 149, 186, 62, 99, 136, 173, , 39, 76, 113, 150, , 63, 100, 137, 174, , 40, 77, 114, 151, , 64, 101, 138, 175, , 41, 78, 115, 152, , 65, 102, 139, 176, , 42, 79, 116, 153, , 66, 103, 140, 177, , 43, 80, 117, 154, , 67, 104, 141, 178, , 44, 81, 118, 155, , 68, 105, 142, 179, , 45, 82, 119, 156, , 69, 106, 143, 180, , 46, 83, 120, 157, , 70, 107, 144, 181, , 47, 84, 121, 158, , 71, 108, 145, 182, , 48, 85, 122, 159, , 72, 109, 146, 183, , 49, 86, 123, 160, , 73, 110, 147, 184, , 50, 87, 124, 161, , 74, 111, 148, 185, , 51, 88, 1, 162, , 75, 112, 149, 186, , 52, 89, 126, 163, , 76, 113, 150, 187, , 53, 90, 127, 164, , 77, 114, 151, 188, , 54, 91, 128, 165, , 55, 92, 129, 166, , 56, 93, 130, 167, , 57, 94, 131, 168, , 58, 95, 132, 169, , 59, 96, 133, 170, , 60, 97, 134, 171, , 61, 98, 135, 172,

49 Annex C Channel Usage Along the Canada-United States Border C1 General The purpose of this annex is to highlight the spectrum available for Canadian use in the bands MHz and MHz along the Canada-United States border, according to Arrangement F Sharing Arrangement Between the Department of Industry of Canada and the Federal Communications Commission of the United States of America Concerning the Use of the Bands MHz and MHz by the Land Mobile Service Along the Canada-United States Border. New provisions or modifications to the Canada-United States arrangement came into effect on August 1, 2011, for all new assignments. Arrangement F should be consulted for the specific provisions. SHARING ZONE III CANADA / UNITED STATES SHARING ARRANGEME NT: MHz / MHz AND MHz / MHz SHARING AND PROTECTION ZONES PROTECTION ZONES Not to to Scale Scale SHARING ZONE II km km 140 km 140 km SHARING ZONE I Sector 1 Sector SHARING ZONE II PROTECTION ZONES Notes: (1) Sectors 1 and 2 are special geographic areas within Sharing Zone I. (2) T here is no Protection Zone for Sharing Zone II Figure C1: Sharing and Protection Zones, according to Arrangement F, for use of the bands / MHz Note: The areas of London, Kitchener-Waterloo and Peterborough, Ontario, are recognized as falling within the Protection Zone. Please see tables C1 and C2 for additional details. 47

50 C2 Spectrum Availability Figure C2 and tables C1 and C2 below show the spectrum available for Canadian use along the Canada-United States border according to Arrangement F. All new assignments after August 1, 2011 are subject to Arrangement F. Canadian assignments made before August 1, 2011 may continue operating at their current parameters. However, if using Canadian primary spectrum, existing assignments are subject to the new Arrangement F provisions and the restrictions in the tables below if modifications are made that would extend their existing 22 dbμv/m interference contour further in the direction of the border. 48

51 Figure C2: Summary per Canada-United States sharing arrangement for the frequency bands MHz and MHz (Arrangement F) Note: For details regarding exceptions to the above, such as the mutual aid channels, interoperability (I/O) channels and the areas of London, Kitchener-Waterloo and Peterborough, Ontario, please see tables C1 and C2. 49

52 Table C1: Channels Allocated for Canadian PRIMARY Use Along the Canada-United States Border in the Bands MHz and MHz IN ALL SHARING AND PROTECTION ZONES Spectrum Availability Interoperability channels: / / / / / Interoperability channels: / / / / / Channels Restrictions Sections in Arrangement F BA: Only available for public safety organizations in Canada for the purpose of interoperability. Adjacent 3.2.1, 5 channels will not be assigned closer than. The Continuous Tone-Coded Squelch System (CTCSS) frequency of Hz must be used. 1 / / / / / 382 AA: 1 / / / / / 681 Only available for public safety organizations for purpose of public safety interoperability within 30 km of the Canada-United States border. See Note 1. No authorizations of secondary use are permitted. Existing assignments (authorized before August 1, 2011) may continue to operate under current parameters , 5 SHARING ZONE I - Outside Sectors 1 and 2 (East of ' W, within 100 km of the Canada-United States border area) Spectrum Availability / / Channels Restrictions Sections in Arrangement F Effective radiated power (ERP) and antenna height limits. (see Table C3 of this annex) , 5.1 or Note 2 (ERP limits of Table C3 may be exceeded if a station does not exceed the pfd limit of db(w/m 2 )/ and a maximum ERP of 500 watts in the direction of the border.) AA: / BA: / Calculation of ERP is based on the power radiated toward the horizon in the vertical plane and applies in the direction of the common border. Modifications to overpowered assignments that create additional interference in the direction of the border are not permitted (see Arrangement F, Table C1)

53 SHARING ZONE I - Within Sector 1 (81 W to 85 W) Spectrum Availability Channels Restrictions / AA: / / BA: 1-35 / ERP and antenna height limits. See Table C3 of this annex. or Note 2 (ERP limits of Table C3 may be exceeded if a station does not exceed the pfd limit of 107 db(w/m 2 )/ and a maximum ERP of 500 watts in the direction of the border.) Calculation of ERP is based on the power radiated toward the horizon in the vertical plane and applies in the direction of the common border. Coordination and channel assignment requirements for overlap areas. See Note 3a. Existing assignments that now fall into the overlap can continue to operate under their current parameters. See Arrangement F, Table C3. Sections in Arrangement F 4.1, All for London, ON (30 km radius around 42 59' 00.0" N, 81 14' 00.0 W) AA: / BA: / These assignments will be subject to coordination if they make modification that would exceed ERP and antenna height limits (Table C3 of this annex) or exceed limits in Note 2. See Note 4. ERP and antenna height limits. See Table C3 of this annex. or Note 2 (ERP limits of Table C3 may be exceeded if a station does not exceed the pfd limit of 107 db(w/m 2 )/ and a maximum ERP of 500 watts in the direction of the border.) Calculation of ERP is based on the power radiated toward the horizon in the vertical plane and applies in the direction of the common border. 2.1, 3.2.4,

54 SHARING ZONE I - Within Sector 2 (71 W to 81 W) Spectrum Availability Channels Restrictions / AA: / / BA: / ERP and antenna height limits. See Table C3 of this annex. or Note 2 (ERP limits of Table C3 may be exceeded if a station does not exceed pfd limit of 107 db(w/m 2 )/ and a maximum ERP of 500 watts in the direction of the border.) Calculation of ERP is based on the power radiated toward the horizon in the vertical plane and applies in the direction of the common border. Modifications to overpowered assignments that create additional interference in the direction of the border are not permitted. See Arrangement F, Table C1. Coordination and channel assignment requirements for overlap areas. See Note 3b. Existing assignments that now fall into the overlap can continue to operate under their current parameters. See Arrangement F, Table C3. Sections in Arrangement F 4.2, All for Kitchener (30 km radius around 43 27' 30.2" N, 80 29' 59.4" W) and Peterborough (30 km radius around 44 18' 00.2" N, 78 18' 59.2" W) AA: / BA: / These assignments will be subject to coordination if they make modification that would exceed ERP and antenna height limits (Table C3 of this annex) or exceed limits in Note 2. See Note 4. ERP and antenna height limits. See Table C3 of this annex. or Note 2 (ERP limits of Table C3 may be exceeded if a station does not exceed pfd limit of 107 db(w/m 2 )/ and a maximum ERP of 500 watts in the direction of the border.) Calculation of ERP is based on the power radiated toward the horizon in the vertical plane and applies in the direction of the common border. 2.1, 3.2.4,

55 SHARING ZONE II (Between and 127 W, and extending within 140 km of the Canada-United States border area) Spectrum Availability Channels Restrictions / AA: / / BA: / ERP and antenna height limits. See Table C4 of this annex. or Note 2 (ERP limits of Table C4 may be exceeded if a station does not exceed pfd limit of 107 db(w/m 2 )/ and a maximum ERP of 500 watts in the direction of the border.) Calculation of ERP is based on the power radiated toward the horizon in the vertical plane and applies in the direction of the common border. Modifications to overpowered assignments that create additional interference in the direction of the border are not permitted. See Arrangement F, Table C1. Sections in Arrangement F 3.2.1, SHARING ZONE III (Adjacent to the Alaska-British Columbia/Yukon Territory border and extending a distance of 100 km within the Canada-United States border area) Spectrum Availability Channels Restrictions / / AA: / BA: / ERP and antenna height limits. See Table C3 of this annex. or Note 2 (ERP limits of Table C3 may be exceeded if a station does not exceed the pfd limit of 107 db(w/m 2 )/ and a maximum ERP of 500 watts in the direction of the border.) Calculation of ERP is based on the power radiated toward the horizon in the vertical plane and applies in the direction of the common border. Modifications to overpowered assignments that create additional interference in the direction of the border are not permitted. See Arrangement F, Table C1. Applicable Sections in Arrangement F 3.2.1,

56 PROTECTION ZONE Areas adjacent to Sharing Zones I and II and extending from 100 to 140 km away from the Canada-United States border area, as well as the cities of Kitchener-Waterloo, Peterborough and London (see Arrangement F, Table A4, for the coordinates). Spectrum Availability Channels Restrictions All AA: / BA: / ERP and Antenna Height Limits. See Table C3 of this annex. or Note 2 (ERP limits of Table C3 may be exceeded if a station does not exceed the pfd limit of 107 db(w/m 2 )/ and a maximum ERP of 500 watts in the direction of the border.) Calculation of ERP is based on the power radiated toward the horizon in the vertical plane and applies in the direction of the common border. Modifications to overpowered assignments that create additional interference in the direction of the border are not permitted. See Arrangement F, Table C1. Sections in Arrangement F 3.2.4, Note 1: Note 2: Note 3: These are the centre frequencies for bandwidth paired channels to be available as public safety interoperability channels. Interoperability channels are to be used only for coordination of tactical communications between public safety agencies or within the same public safety agency, or for other similar emergency communications associated with Canada-United States operations for the preservation of life and protection of property. The public safety interoperability channels are available for use within 30 km of the Canada-United States border in all areas. Usage of these channels in the Sharing Zones may be locally coordinated in accordance with the interoperability requirements of the Canadian and U.S. public safety licensees. Stations may exceed the ERP limits specified in tables C3 and C4 of this annex provided that the signal from such a station does not exceed a maximum power flux density (pfd) limit of 107 db(w/m 2 )/ at and beyond the border and a maximum ERP of 500 watts in the direction of the border. If the border falls over water, the pfd limit shall apply at the shore beyond the border. Industry Canada shall coordinate the proposed frequency assignments in the overlapping portions of those bands, as described below, in accordance with the existing procedures. 54

57 (a) Coordination is required for assignments in the frequency bands to MHz, to MHz, to MHz, to 8500 MHz, to MHz and to MHz in the area shown in Figure C3a: Channels shall be assigned in the overlapping bands on centre frequencies spaced apart. The U.S. Federal Communications Commission (FCC) shall assign frequencies from to MHz, to MHz, to MHz, to MHz, to MHz and to MHz inclusive. Industry Canada shall assign frequencies from to MHz, to MHz, to MHz, to MHz, to MHz and to MHz inclusive. Changes to the above-noted channel plan may be agreed upon by the FCC and Industry Canada in an effort to promote spectral efficiency. (b) Coordination is required for assignments in the frequency bands to MHz, to MHz, to MHz, to MHz, to MHz and to MHz in the area shown in Figure C3b: Channels shall be assigned in the overlapping bands on centre frequencies spaced apart. The FCC shall assign frequencies from to MHz, to MHz, to MHz, to MHz, to MHz and to MHz inclusive. Industry Canada shall assign frequencies from to MHz, to MHz, to MHz, to MHz, to MHz and to MHz inclusive. Changes to the above-noted channel plan may be agreed upon by the FCC and Industry Canada in an effort to promote spectral efficiency. 55

58 Areas in which coordination is required (a) (b) Figure C3: Band overlap areas where coordination is required Note 4: As a result of the change to Sector 1 in the United States from 81 W to W, in order to align with a state boundary, any new assignment for a station in Canada within the band overlap area, as shown in Figure C3(a), will have to be coordinated, regardless of whether the station is operating on a Canadian primary frequency. However, Canadian assignments that were licensed prior to August 1, 2011, listed in Arrangement F, Table C3, (within the dotted portion of the overlap area in Figure C4) are granted protection against harmful interference from U.S. stations. These assignments may continue to operate at the indicated parameters, but are subject to coordination if modifications are made which would extend their existing 22 dbµv/m interference contour further in the direction of the common border AND exceed the technical limits described in Section 5 of Arrangement F (pfd and ERP/antenna height limits). 56

59 Figure C4: Band overlap area where certain assignments are to be protected 57