MP5-WINROLL-800Cellular Base Station

WINRoLL™ Wireless Solutions for 800 MHz Products System Descriptions TMD-04000023 RA July 1999 This document refers to “Harris”, which reads as “Harris Corporation, Microwave Communications Division”. You can contact Harris using the address, phone number, or fax number shown on the bottom of this page. The information in this document is subject to change without notice and should not be construed as a commitment by Harris, unless such a commitment is expressly given in a covering document. Harris has made every effort to ensure the accuracy of the attached material, but makes no represen- tations or warranty that the attached material is free from errors or omissions in content or form. Important The information disclosed herein is the exclusive property of Harris and is not to be disclosed without the written consent of Harris. No part of this publication may be reproduced or transmitted in any form or by any means including electronic storage, execution, or transmission without prior written consent of Harris. The recipient of this document, by its retention and use, agrees to respect the security status of the information contained herein. Proprietary Notice Harris Corporation Microwave Communications Division 6732 - 8th Street N.E. Calgary, Alberta Canada T2E 8M4 Tel:(403) 295-5000 Fax: (403) 295-4674 email: [email protected] www.harris.com Technical Assistance Centre Tel:(403) 295-4600 -24hrs- System Description TMD-04000023 RAi 1Introduction______________________________________________________________ 1 2System Overview _________________________________________________________ 2 2.1Hardware Subsystems................................................................................................. 4 RoLL Operations Centre (ROC) 5 Wireless Access Controller (WAC) 5 Digital Multiplexer (DMUX) 6 Base Transceiver System (BTS) 6 Radio Subsystem (RSS) 6 Other Subsystems and Equipment 7 2.2System Architecture..................................................................................................... 8 2.3Expansion ....................................................................................................................9 2.4User Interface ............................................................................................................ 10 2.5IS-136 Overview ........................................................................................................ 11 2.6Channels....................................................................................................................12 2.7Internal Links ............................................................................................................. 12 2.8Call Processing.......................................................................................................... 13 2.9External Links ............................................................................................................ 14 3Hardware ______________________________________________________________ 15 3.1RoLL Operations Centre (ROC) ................................................................................ 17 3.2RFS Subscriber Terminal........................................................................................... 18 3.3Power Distribution Shelf ............................................................................................ 19 3.4Receiver Multicoupler (RMC)..................................................................................... 21 3.5Wireless Access Controller (WAC) ............................................................................ 23 3.6DC-DC Converter ...................................................................................................... 26 3.7Digital Multiplexer (DMUX) ........................................................................................ 27 3.8Fan Tray ....................................................................................................................34 3.9Base Transceiver System (BTS) ............................................................................... 35 3.10 Duplexer ....................................................................................................................38 3.11 Receive Power Splitter .............................................................................................. 40 3.12 Digital Power Amplifier (DPA) Shelf ........................................................................... 41 3.13 Transmit Combiner (TXC).......................................................................................... 43 Contents 1 System Description RURALNET 800 and METRONET 800 System Description ii TMD-04000023 RA 4Advanced Feature Sets ___________________________________________________47 4.1Standard Feature Set .................................................................................................48 4.2Advanced Management Feature Set .........................................................................50 4.3FAX and Data Feature Set .........................................................................................51 4.4Advanced Fraud Protection........................................................................................52 5Optional Hardware _______________________________________________________53 5.1METRONET 95 Traffic Channel Expansion Frame....................................................53 5.2DMUX Options ...........................................................................................................56 Universal Line Interface (ULI) Cards 56 Universal Digital Interface (UDI) Cards 56 Call Detail Records (CDR) SIMM 57 5.3BTS Transceivers and Vocoders................................................................................58 5.4TXC Expansion ..........................................................................................................59 5.5Power Plant.......................................................…

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Exhibit iii Pg. 1 REC/Harris WINRoll800 10/9/99 APPLICATION FOR TYPE ACCEPTANCE Page 1 1. §2.983 (A) Applicant:Harris Canada, Inc. Manufacturer:Same (B) Identification of Equipment: FCC ID: MP5-WINROLL-800 (C) Production Planned:Large (D) Technical Description: (1) Type of Emission40K0F8W/40K0FID (2) Frequency Range:869 – 894 mHz (3) Operating Power Range:44 dBm/channel Specific Power Level:44 dBm/channel Power Level Range:0-12 dB Means of Adjustment:Digital (4) Maximum Power rating for Applicable Parts of FCC Rules: 500 W. FCC §22.913 (Existing high power stations can maintain operating with higher power. New higher power applications are decided on a case-by- case basis.) Exhibit iii Pg. 2 REC/Harris WINROLL800 10/9/99 APPLICATION FOR TYPE ACCEPTANCE Page 2 (5) DC Voltages & Current of Final Amplifier:See Exhibit A Pg. 1 90% Modulation:No Modulation: E = 4.60 KvdcE = Ip = 360 ma.dcIp = Engineering Exhibit (6) Function of Tubes, Semiconductors, or ActiveSee Manual Exhibit N Devices: Instruction Manual Block Diagram enclosed, Exhibit (7) Complete Circuit Diagrams, InstructionSee Exhibit N Manual enclosed, Exhibit (8) Instruction Book, ExhibitSee Exhibit N (9) Tune Up Procedure, ExhibitSee Exhibit N (10)Frequency Determination & StabilizationSee Exhibit N Description, Exhibit (11)Circuits and/or Device Descriptions forSee Exhibit N and Suppression of Spurious Radiation, Harmonics Exhibit D And Modulation Limiting, Exhibit (12)Digital TechniquesSee Exhibit N (E) Data required by §2.985 thru 2.997 inclusive inSee Exhibits accordance with procedures of §2.999. Enclosed Attached Engineering by Radio & Tv Engineering Co. (F) Photograph or drawing of equipment ID Label, ExhibitSee Exhibit A (G) Photographs of equipment, ExhibitSee Exhibit M (H) Encoder Device re §73.906N/A Application-TA-Form-Harris

Exhibit: D Page 1 Client: REC 8/3/98 Radio & Tv Engineering Co. Consultants Los Osos, Ca. 93402 EXHIBIT D Certification Radio &Tv Engineering Co. Cellular Base Station FCC ID: MP5-Winroll-800 Certification Compliance Statement I, Norwood J. Patterson, under penalty of perjury, state that I made tests on the subject equipment, which demonstrated compliance with FCC Rules §22 and §15 for a Cellular Base Station Transceiver with a power range of 1 ~ 25 Watts (0 ~ 44 dBm). The applicant is Harris Canada, Inc. To the best of my knowledge, the tests were made using standard acceptable procedures and properly calibrated equipment. Radio & Tv Engineering Co., Inc. made these tests at its laboratory in Los Osos, California 93402. Each unit manufactured will continue to comply with FCC rules §22 and §15 for a Cellular Base Station Transceiver as tested within the variations of quality production and testing on a statistical basis. The unit tested was a production line product. ________________________ Norwood J. Patterson, President Radio & Tv Engineering Co. Date _________ File C:\mydocuments\eshibit D Notification Statement

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01044931 04004931 R1 AUG 981–i Contents WIN RoLL 136 System Manual Wireless Intelligent Network Radio Local Loop 136 1 System Description Wireless Intelligent Network Radio Local Loop 136 WIN RoLL 136 V1 System Manual System Description 1 01044931 04004931 R1 AUG 98 1 System Description 1Introduction __________________________________________________________ 1–1 2System Overview ______________________________________________________ 1–2 2.1Hardware Subsystems............................................................................................. 1–4 RoLL Operations Centre (ROC) 1–5 Wireless Access Controller (WAC) 1–5 Digital Multiplexer (DMUX) 1–5 Base Transceiver System (BTS) 1–5 Radio Subsystem (RSS) 1–6 Other Equipment 1–6 2.2System Architecture................................................................................................. 1–7 2.3WIN RoLL 136 Expansion ........................................................................................ 1–8 2.4User Interface .......................................................................................................... 1–9 2.5IS-136 Overview .................................................................................................... 1–10 2.6Channels................................................................................................................ 1–11 2.7WIN RoLL 136 Internal Links.................................................................................. 1–12 2.8Call Processing...................................................................................................... 1–13 2.9External Links ........................................................................................................ 1–13 3Hardware ____________________________________________________________ 1–15 3.1RoLL Operations Centre (ROC) ............................................................................ 1–17 3.2Power Distribution Shelf ........................................................................................ 1–18 3.3Receiver Multicoupler (RMC)................................................................................. 1–20 3.4Echo Canceller ...................................................................................................... 1–22 3.5Wireless Access Controller (WAC) ........................................................................ 1–24 3.6DC-DC Converter .................................................................................................. 1–27 3.7Digital Multiplexer (DMUX) .................................................................................... 1–28 WINRoLL 136 V1 System Manual 1–ii 01044931 04004931 R1 AUG 98 3.8Base Transceiver System (BTS)............................................................................ 1–34 3.9Duplexer................................................................................................................. 1–37 3.10 Receive Power Splitter...........................................................................................1–39 3.11 Digital Power Amplifier (DPA) Shelf ....................................................................... 1–40 3.12 Transmit Combiner (TXC) ...................................................................................... 1–43 4Optional Equipment ___________________________________________________ 1–47 4.1DMUX Options ....................................................................................................... 1–47 Universal Line Interface (ULI) Cards 1–47 Universal Digital Interface (UDI) Cards 1–47 Call Detail Records (CDR) SIMM 1–48 4.2BTS Transceivers and Vocoders ........................................................................... 1–49 4.3TXC Expansion ...................................................................................................... 1–50 4.4Power Plant............................................................................................................ 1–51 5Specifications _______________________________________________________ 1–52 Figures Figure 1–1WINRoLL 136 Basic Frame 1–3 Figure 1–2WIN RoLL 136 Subsystems 1–4 Figure 1–3WIN RoLL 136 System 1–7 Figure 1–4ROC with Multiple Sites 1–8 Figure 1–5ROCPilot Site Menu 1–9 Figure 1–6Time Division Concept 1–10 Figure 1–7Internal Links 1–12 Figure 1–8WIN RoLL 136 Components 1–15 Figure 1–9WIN RoLL 136 Basic Block Diagram 1–16 Figure 1–10ROC Hardware 1–17 Figure 1–11Power Distribution Shelf 1–18 Figure 1–12Power Distribution Shelf, Block Diagram 1–19 Figure 1–13RMC, Rear View 1–20 Figure 1–14RMC Block Diagram 1–21 Figure 1–15Echo Canceller 1–22 Figure 1–16Echo Canceller Block Diagram 1–23 Figure 1–17WAC—Front and Rear Views 1–24 Figure 1–18WAC Block Diagram 1–26 Figure 1–19DC-DC Converter 1–27 Figure 1–20Direct Connection to the ROC 1–28 Figure 1–21DMUX (Dual Digital Span) 1–29 Figure 1–22DMUX Shelf: 60 trunks (E1) with 96 Subscriber Lines 1–30 Figure 1–2396-channel DMUX 1–32 Figure 1–2448-channel DMUX with 96 Subscriber Lines 1–33 Figure 1–25BTS Shelf 1–34 Chapter 1 System Description 01044931 04004931 R1 AUG 981–iii Figure 1–26BTS Block Diagram 1–36 Figure 1–27Transceiver Block Diagram 1–36 Figure 1–28Duplexer, Rear View 1–37 Figure 1–29Duplexer Block Diagram 1–38 Figure 1–30Receive Power Splitter 1–39 Figure 1–31Receive Power Splitter Block Diagram 1–39 Figure 1–32DPA Shelf 1–40 Figure 1–33DPA Module 1–41 Figure 1–34DPA Shelf Block Diagram 1–42 Figure 1–354-Channel TXC Module 1–43 Figure 1–36TXC Block Diagram 1–44 Figure 1–37Tuning Mechanism 1–45 Figure 1–38DMUX Card Options 1–48 Figure 1–39Optional BTS Transceiver and Vocoder Modules 1–49 Figure 1–40TXC Expansion 1–50 Figure 1–41Power Supply Unit, Front View 1–51 This page intentionally left blank. 01044931 04004931 R1 AUG 981–1 01044931 04004931 R1 WIN RoLL 136 V1 System 1 System Description AUG 98 1Introduction This chapter provides an overview of the WINRoLL 136™ (Wireless Intelligent Network Radio Local Loo…

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Errol Chang FCC Laboratory Re: FCC id: MP5-winroll-800 Confirmation # EA95870 Dear Mr. Chang, This attachment is in response to your e-mail request of 2/16/2000. 1. You requested a re-filing of the Block Diagram. This was sent today 2/16/2000 as an additional attachment to the above referenced application The block diagram is on page 55 figure 48. 2.The reference to a previously filed application was for the purpose to advise that the exciter of this unit Winroll-800 was previously Certified and it should be of help for the Certification of this unit. The Exciter is manufactured by Aval Com and furnished to Harris as a Certified unit. The FCC ID # for the exciter is NPVAVAL-PTS-136. The measurements of the Exciter continue to be applicable and representative. 3.I appreciate your comments about a single for the

LABEL LOCATION: FCC LABEL: FCC ID: MP5-WINROLL-800 MADE IN CANADA IC: xxx xxx xxxx This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) This device must accept any interference received, Including interference that may cause undesired operation.

Exhibit A Pg. REC/Harris 10/10/99 TEST EQUIPMENT: Radio & Tv Engineering Co. Date Cal. Cal. No. Item s/nAcquired Date No. Equipment Used for WINROLL800 Measurements: 1.0 SPECTRUM ANALYZERS 1.1TEK 7L14B0101045/812/99 970203 1.2TEK 7L18B0207259/842/99 1.3TEK 7L5 Opt. 25 B0712985/842/99 2.0OSCILLOSCOPES/VECTOR VOLT METERS 2.1TEK 7704B2048332/876/99 970612NJP 2.2TEK 7B70 B2376758/772/99 970612NJP 2.3TEK 7A16AB0617288/772/99 970612NJP 3.0 RF TRACKING GENERATORS 3.1TEK TR502B0203687/812/99 3.2TEK 7L50PT25B0712985/842/99 4.0SIGNAL GENERATORS AUDIO 4.5RACAL-DANA 908321542/862/99 5.0 SIGNAL GENERATORS R.F. & VIDEO 5.4 HP8640B OPT.001 (1X10 ̄¹º)1416A019043/872/99 970601WWVB 5.11 HP-8656A OPT 0012035A004795/816/99 5.13 HP 11721A Freq. Dubler03952/812/99 5.14 Std. Spectracom 8131 (1x10 ̄¹º) 6.0 AC GENERATORS 110v AC 7.0 FIELD INTENSITY METERS/R.F. RADIATION METERS 7.1Stoddart NM30A 186-2510/774/99 7.2Stoddart NM50A 143-215/774/99 8.0 TEST CHAMBERS 9.0 MULTI-METERS/TEMP./HUMIDITY/VELOCITY 9.1TEK DM502B0321179/782/99 9.2TEK DM501AB0247466/812/99 9.7Beckman AC-30 70903252 2/896/99 Page 2 10.0 FREQUENCY COUNTERS 10.1 TEK DC508B0102427/782/99 970201 10.2 GR 1192B004333/876/99 10.3 DIGITEC 8540A5187/842/99 10.5 HP8640B Opt.001 (1x10 ̄¹º)1416A019044/816/99 970601WWVB 11.0 DIRECTIONAL COUPLERS 11.2 BIRD 4275-0203/794/99 11.2 BIRD 4274-0253/794/99 12.0 R. F. LOADS 13.0 R. F. ATTENUATORS 13.5 WEINSHEL 10-4507792/874/99 13.6 WEINSHEL 10-6407912/874/99 13.7 WEINSHEL 10-20 169502/874/99 13.11 NARDA 768-1075123/812/99 13.12 NARDA 766-203/812/99 13.16 NARDA 766-3941015/814/99 13.17 HP8498A DC-18 gHz (30 dB)007424/822/99 13.18 HP8494B DC-18 gHz (1/11 dB)1171614/822/99 13.19 HP8495B DC-18 gHz (10/70 dB) 117164/822/99 13.22 HP (Set) 8491A 019806, 34273, 31245 203239/812/99 13.25 WEINSCHEL 3300 7724-2/874/99 (Set) .1-20 dBE667110/87 10/99 13.27 WEINSCHEL 48-30-43 30 dB DC-18 gHz AN79096/872/99 14.0 POWER SUPPLIES 14.1 LAMDA 200-03AM3/794/99 14.11 TEK TM503B1191315/842/99 14.15 HP 6269B 3-ea.8/99 15.0 CAMERAS 15.1 TEK C5AB0208226/99 15.3 TEK C5CB0170086/99 16.0 R. F. AMPLIFIERS & PRE-AMPLIFIERS 17.0 AUDIO POWER METERS 18.0 R. F. WATT METERS 18.1 HP 434A345-02890 10/722/99 18.2 HP 435B76797/872/99 Page 3 18.3 HP SENSOR 8481A (.01-18 gHz)06997/872/99 18.7 BIRD 438102552/865/99 18.10 HP Sensor 8484A (.01-18 gHz)65373/922/99 19.0 AUDIO DISTORTION METERS 20.0 CHART RECORDERS 21.0 ANTENNAS CALIBRATED 21.1 AILTECH HORN 001-0112 94627-1 (26.5-40 gHz)4/844/99 21.2 AILTECH HORN 002-0112 94626-1 (18-26.5 gHz)4/844/99 21.5 AH SYSTEMS (Roberts)128,130, Tunable Dipoles 131,134 TDS-200/535 30 mHz-1 gHz6/864/92 21.6 STODDART (Tunable 90789-1 Dipoles) 218-91143 2/774/99 21.8 DISCONE STODDARD AT522 (.3-3.0 gHz)2/774/99 21.9 DISCONE STODDARD AT570 (1.0-10.0 gHz)2/774/99 21.10 DIPOLE STODDARD AT—255 (.370-1.0 gHz) 620 7/774/99 21.15 EM3109 BICONICAL 1 kW (20-300 mHz) 21.16 AILTECH 93490-1 Log Spiral (.2-1 gHz) 21.17 LOG SPIRAL 22.0 R. F. MIXERS, HIGH PERFORMANCE, FOR TEK7L18 S/A 23.0 R. F. BRIDGES 24.0 DEVIATION METER & CALIBRATORS 24.1 RACAL-DANA 800821542/862/99 24.3 DEV. CALIBRATOR 400 4643/794/99 25.0 NOISE FIGURE METER & NOISE SOURCE 26.0 RECEIVERS 26.4 WWV Freq. Cal. RX Specific Products 3047/772/99 26.5 WWVB Spectracom 816307992/942/99 26.6 GPS/RX/SONY IPS-760 26.7 DENON TU680-NAB9851/961/99 Page 4 27.0 FILTERS 27.3 GR Reject Filer 874-FR-12987/774/99 27.7 GR874(F100, F4000, F500, F5000) 1/961/99 28.0 FUNCTION GENERATOR/PULSE 29.0 PROBES 29.1 TEK P6201 10-900 mHz B020639 6/804/99 29.2 TEK P64206/804/99 29.3 TEK P60584887/774/99 29.4 TEK P61083017/804/99 29.6 TEK P61493957/804/99 29.11 HP E2302A (Temp)3/924/99 29.12 HP E2302A (Temp)3/924/99 30.0 PHOTO METER & PROBES 31.0 OSCILLOSCOPE & SPECTRUM ANALYZER CALIBRATION SYSTEM 31.1 TEK PG506 Cal.Gen. B058239 2/942/99 31.2 TEK TG502 Time Mark Gen.B0316402/942/99 31.3 TEK SG503 Level Sine Wave Gen.B0912582/942/99 31.4 TEK Main Frame TM5032/941/99 32.0 MISCELLANEOUS 32.3 AC VARIAC GR116U 115-/0-135 VAC 1 KVA + 3 KVA3/874/99 32.13 GPS RECEIVER SONY IPS-760 5/945/99 32.14 Z BRIDGE GR1656 26652/952/99 32.17 LISN REC2 (3 phase 75 amp. 50 uhy_10/9710/99 Page 5 NOMENCLATURE FOR TEST EQUIPMENT RECRadio & Tv Engineering Co. TEKTektronics TUKTucker Electronics BIRDBird Electronics HPHewlett Packard EATEaton Mfg. Co. AILAiltech WBEWideband Engineering Co. POTPotomac DELDelta RACRacal Dana VAFBVandenberg Airforce Base WWVWWV National Bureau of Standards DIGDigitek NYNSNew York Naval Station WENWeinshel IFIInstruments for Industry, Inc. ENIElectronic Navigation Industries, Inc. NOTE: Calibration is maintained on all equipment semi-annually, or more often as needed. The calibration is traceable to the National Bureau of Standards as appropriate, and verified in house prior to each measurement session Updated 11/1/99 Test Equipment-REC Winroll

Exhibit A pg. 1 REC/Harris 04/25/1999 Radio & Tv Engineering Co. Los Osos, Ca. 93402 Standard Test Conditions April 25, 1999 Harris WinRoll 800 4/25/99am 10450870.0010234410.0-1010.0 5 20455885.84 5254410.5-10.2510.6 8 30500890.25 67544 8.2-11.012.6 7 40510877.50 25044 5.0-14-12 50525870.0010234410.0-1010.0 5 60544877.20 2404411.5 -8-11 70550886.05 5354410.5-1010.0 8#101 80559870.00102344 9.5-1010.0 9#102 90606877.20 2404411.25-1010.011#103 100613890.70 69044 7.75-1010 7#104 110629869.04 99144 6.3-1010. 4#105 120640870.01023447.5-1010 5#106 4/26/99am 131201870.001023449.75-1010 5#107 141208877.20 2404411.5-101011 151220890.70 690447.5-1010 7 161223886.05 5354410.25-1010 8#107a 1. Line Eac= 232.10 V. ac 2. Main dcE= 27.98 V dc 3. Main dc I= 25.0 0 to 40.0 amps dc (1 to 8 channels each mean Po = 20 watts) 4. dc Converter E= 52.25 V dc 5. dc Converter I = .51 a dc (510 ma.) Modulation Sat= 5970, 6000 or 6030 Hz. Deviation 2.0 kHz (+/-10 %) Modulation analog = 1000 or 2500 Hz.(50 % + 20 dB) Modulation digital= Manchester Code (set not to exceed FCC limit) (see individual measurement) Deviation= Limiter controls Deviation not to exceed FCC limit (see individual measurement.) Nore: Transmitter and equipment ran continuously for over 7.5 hours. (The parameters were the same after 7.5 hours) Multiple transmitters ran simultaneously (8 each). (No inter-modulation spurious signals identified.) All Measurements show compliance with FCC Rules and Regulations. For equipment used see the list attached. For set-up see diagrams attached. Measurement Standards used: FCC OET #53 FCC par sec. 22 & 2 IC RSS 118 issue 2 IC RSP 100 issue 7 EIA/IS-20-A EIA/TIA-533 FCC Code for HARRIS = MP5 File C:\Mydocuments\Standard WinRoll 800 Test Conditions April 25, 1999 # Time Fc mHz Ch # Po dBm Po W. S/A dBm S/A W. BTC # Oscillogram # / Notes Exhibit A pg. 1 REC/Harris 04/25/1999 Radio & Tv Engineering Co. Los Osos, Ca. 93402

Exhibit A Harris WinRoll 800 The Exciter is Type Accepted by the FCC; therefore, we do not need to do several tests, as the ones on File with the FCC are applicable and representative: 1. Audio frequency response 2. Frequency Stablizsation 3. Audio Low Pass Filter 4. Audio Limiter See attached Fcc Grant: NPVAVAL-PTS-136 Aval Communications, Inc. FCC Grant 5/1/1998 File: C:\mydocuments\Exhibit A FCC Grant Avalcom.

Exhibit ii REC/Harris 10/9/99 Engineering Statement of Norwood J. Patterson FCC Authorization Application WINROLL800 Cellular Base Station I, Norwood J. Patterson, am a Radio & Tv Engineering Consultant having studied at Pacific Radio School, San Mateo City College, San Francisco City College and Stanford University. I have appeared on numerous occasions before the State Courts of the U. S., the Federal U. S. Courts, the Federal Communications Commission and the U. S. Senate Hearing Committees. On all occasions I have been accepted as an Expert Witness in radio, television and electronics engineering matters. I have been accepted by the Federal Communications Commission as an Expert in radio and t…

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