OHOBTR2807NTReUnion LMDS Transceiver - 28GHz - option 7

Reunion BTR 28 GHz Sub-Bands 28-01P1, 28-01P2 and 28-07P Outdoor Microwave Transceiver Installation Guide Release 1.2 March 1999 411- 1333 - 202 Reunion BTR 28 GHz Outdoor Microwave Transceiver Installation Guide Document number: 411- 1333 - 202.01.02 Product release: Release 1.2 Document version: Preliminary Date: March 1999 Copyright Country of printing Confidentiality Legal statements Trademarks  1999 Northern Telecom Northern Telecom Ltd., all rights reserved Printed in Canada NORTHERN TELECOM CONFIDENTIAL: The information contained in this document is the property of Northern Telecom. Except as specifically authorized in writing by Northern Telecom, the holder of this document shall keep the information contained herein confidential and shall protect same in whole or in part from disclosure and dissemination to third parties and use same for evaluation, operation, and maintenance purposes only. Information is subject to change without notice. v BTR 28 GHz Installation Guide Publication history September 1998 •Draft release of the document •Information subject to change March 1999 •Preliminary release of the document •Information subject to change vi Publication history 411- 1333 - 202.01.02 Preliminary March 1999 vii BTR 28 GHz Installation Guide About this guide Purpose This guide provides the information required to install and operate the BTR 28 GHz outdoor microwave transceiver. The BTR 28 GHz is a key microwave component in the Nortel Reunion base station providing transmission facility for two-way digital wireless voice, data and video communications. The BTR 28 GHz is one of the RF (Radio Frequency) products that constitute a Nortel Reunion product line. The associated products include the following types of cell site equipment: •broadband transmitters •broadband receivers •broadband repeaters •broadband transceivers Audience The audience for this document are those who install and operate the BTR 28 GHz. To take full advantage of this guide, you should have a basic understanding of microwave fundamentals and know how to use microwave test equipment. viii 411- 1333 - 202.01.02 Preliminary March 1999 Organization 1. This Guide is divided into eight sections: •Product Overview describes the BTR’s components and theory of operation. •Pre-Installation describes the basics of handling the equipment upon arrival. •Reunion Safety Standards provide a quick review of general safety guidelines. •Installing the BTR 28 GHz explains how to physically install the transceiver. •BTR 28 GHz Maintenance describes basic maintenance procedures to ensure that the transceiver is operating correctly. •BTR 28 GHz Diagnostic Reference Chart provides a quick troubleshooting guide. •Grounding and Surge Protection explains basic grounding and lightening protections requirements and methods for the Reunion equipment. •List of terms provides a quick reference to terms and acronyms found in the guide. ix BTR 28 GHz Installation Guide Release 1.2 Documentation Suite This Reunion Release has a suite of fifteen documents: Reunion System Overview, 411- 1343 - 010 Reunion Network Node Equipment Installation Guide, 411- 1313 - 200 Reunion NIU 6054 Network Interface Unit Installation Guide, Release 1.2, 411- 1323 - 201 Reunion NIU 6154 Network Interface Unit Installation Guide, Release 1.2, 411- 1323 - 202 Reunion NIU 5008 Network Interface Unit Installation Guide, Release 1.2, 411- 1323 - 203 Reunion BTR 28 GHz Outdoor Microwave Transceiver Installation Guide, Release 1.2, 411- 1333 - 202 Reunion CTR 28 GHz Outdoor Microwave Transceiver Installation Guide, Release 1.2, 411- 1333 - 203 Reunion BTR 38 GHz Outdoor Microwave Transceiver Installation Guide, Release 1.2, 411- 1333 - 204 Reunion CTR 38 GHz Outdoor Microwave Transceiver Installation Guide, Release 1.2, 411- 1333 - 205 Reunion Redundancy Switching Matrix Installation Guide, Release 1.2, 411- 1313 - 201 Reunion Procedures Reference Manual, 411-1343-400 DSS for the NNE User Guide, 411-1343-501 Reunion DSS 1000 for the NIU 6054 User Guide, 411-1343-502 Reunion DSS 1000 for the NIU 6154 User Guide, 411-1343-503 Reunion DSS 1000 for the NIU 5008 User Guide, 411-1343-504 x 411- 1333 - 202.01.02 Preliminary March 1999 Customer Support In addition, Nortel Networks Broadband Wireless Access (BWA) provides 24-hour customer service and technical support to ensure your service operation is trouble-free. If you have questions or need technical support, contact Nortel Networks Broadband Wireless Access at the following telephone numbers: •In the USA and Canada, call 972-BWA-ETAS/972-292-3827 •Fax (204) 631-2475 Write Nortel Networks at: •Nortel Networks Broadband Wireless Access 14 Fultz Blvd. Winnipeg, Manitoba R3Y 1V3 Canada Winnipeg, Manitoba R3Y 1V3 Canada Tel: (204) 631-2250; Fax: (204) 631-2475 xi BTR 28 GHz Installation Guide Contents Publication history v About this guide vii Purpose vii Audience vii Organization viii Documentation Suite ix Customer Support x Contents xi BTR 28 GHz Release 1.2 1-1 Product Overview 1-1 How the BTR 28 GHz Works 1-2 BTR 28 GHz Specification 1-4 BTR 28 GHz Component Descriptions 1-7 Diplexer / Power Supply 1-7 Mixer 1-7 Dielectric Resonance Oscillator (DRO) 1-7 Isolator 1-7 Bandpass Filter 1-7 Low Noise Amplifier 1-8 IF Amplifier 1-8 Power Amplifier 1-8 Remote Monitor 1-8 Antenna 1-8 Pre-Installation 1-9 Prevention of Access 1-9 Unpacking Shipment 1-9 Reunion Safety Standards 1-10 Safety Disclaimer 1-10 General Safety 1-10 Electrical Safety 1-10 Installing the BTR 28 GHz 1-11 Attaching the Antenna 1-11 Installing the Tower Equipment 1-12 Dual Mount Bracket 1-13 Installing the Dual Mount Bracket 1-14 Installing Indoor Equipment 1-19 BTR 28 GHz Maintenance 1-29 xii 411- 1333 - 202.01.02 Preliminary March 1999 Mechanical Checks 1-29 BTR 28 GHz Diagnostic Reference Chart 1-30 Grounding and Surge Protection 2-1 Grounding/Lightning Protection 2-1 Scope 2-1 Grounding Methods/Indoor Equipment 2-1 Wire Gauge Guidelines 2-2 Outdoor Equipme…

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Reunion CTR 28 GHz Sub-Bands 28-01P1, 28-01P2 and 28-07P Outdoor Microwave Transceiver Installation Guide Release 1.2 March 1999 411- 1333 -203 Reunion CTR 2800 Outdoor Microwave Transceiver Installation Guide Document number: 411- 1333 - 203.01.02 Product release: Release 1.2 Document version: Preliminary Date: March 1999 Copyright Country of printing Confidentiality Legal statements Trademarks  1999 Northern Telecom Northern Telecom Ltd., all rights reserved Printed in Canada NORTHERN TELECOM CONFIDENTIAL: The information contained in this document is the property of Northern Telecom. Except as specifically authorized in writing by Northern Telecom, the holder of this document shall keep the information contained herein confidential and shall protect same in whole or in part from disclosure and dissemination to third parties and use same for evaluation, operation, and maintenance purposes only. Information is subject to change without notice. v Reunion CTR 28 GHz Installation Guide Publication history September 1998 •Draft release of the document •Subject to change without notice March 1999 •Preliminary release of the document •Subject to change without notice vi 411- 1333 - 203.01.02 Preliminary March 1999 vii Reunion CTR 28 GHz Installation Guide About this guide Purpose This guide provides the information required to install and operate the CTR 28 GHz outdoor microwave transceiver. The CTR 28 GHz is one of the Radio Frequency (RF) products that constitute a Nortel Reunion product line. The associated products include the following types of cell site equipment: •broadband transmitters •broadband receivers •broadband repeaters •broadband transceivers Audience The audience for this document are those who install and operate the CTR 28 GHz. To take full advantage of this guide, you should have a basic understanding of microwave fundamentals and know how to use microwave test equipment. viii 411- 1333 - 203.01.02 Preliminary March 1999 Organization This Guide is divided into seven sections: •Product Overview describes the CTR 2800’s components and theory of operation. •Pre-Instalation describes the basics of handling the equipment upon arrival. •Reunion Safety Standards provide a quick review of general safety guidelines. •Installing the CTR 2800 explains how to physically install the transceiver. •CTR 2800 Maintenance describes basic maintenance procedures to ensure that the transceiver is operating correctly. •CTR 2800 Diagnostic Reference Chart provides a quick troubleshooting guide. •Grounding and Surge Protection explains basic grounding and lightening protection requirements and methods for the Reunion equipment. •List of terms provides a quick reference to terms and acronyms found in the guide. ix Reunion CTR 28 GHz Installation Guide Documentation Suite This Reunion Release has a suite of fifteen documents: Reunion System Overview, 411- 1343 - 010 Reunion Network Node Equipment Installation Guide, 411- 1313 - 200 Reunion NIU 6054 Network Interface Unit Installation Guide, Release 1.2, 411- 1323 - 201 Reunion NIU 6154 Network Interface Unit Installation Guide, Release 1.2, 411- 1323 - 202 Reunion NIU 5008 Network Interface Unit Installation Guide, Release 1.2, 411- 1323 - 203 Reunion BTR 28 GHz Outdoor Microwave Transceiver Installation Guide, Release 1.2, 411- 1333 - 202 Reunion CTR 28 GHz Outdoor Microwave Transceiver Installation Guide, Release 1.2, 411- 1333 - 203 Reunion BTR 38 GHz Outdoor Microwave Transceiver Installation Guide, Release 1.2, 411- 1333 - 204 Reunion CTR 38 GHz Outdoor Microwave Transceiver Installation Guide, Release 1.2, 411- 1333 - 205 Reunion Redundancy Switching Matrix Installation Guide, Release 1.2, 411- 1313 - 201 Reunion Procedures Reference Manual, 411-1343-400 DSS for the NNE User Guide, 411-1343-501 Reunion DSS 1000 for the NIU 6054 User Guide, 411-1343-502 Reunion DSS 1000 for the NIU 6154 User Guide, 411-1343-503 Reunion DSS 1000 for the NIU 5008 User Guide, 411-1343-504 x 411- 1333 - 203.01.02 Preliminary March 1999 Customer Support In addition, Nortel Networks Broadband Wireless Access (BWA) provides 24-hour customer service and technical support to ensure your service operation is trouble-free. If you have questions or need technical support, contact Nortel Networks Broadband Wireless Access at the following telephone numbers: •In the USA and Canada, call 972-BWA-ETAS/972-292-3827 •Fax (204) 631-2475 Write Nortel Networks at: •Nortel Networks Broadband Wireless Access 14 Fultz Blvd. Winnipeg, Manitoba R3Y 1V3 Canada xi CTR 28 GHz Installation Guide Contents Publication history v About this guide vii Purpose vii Audience vii Organization viii Documentation Suite ix Customer Support x Contents xi CTR 28 GHz Release 1.2 1-1 Product Overview 1-1 How the CTR 28 GHz Works 1-2 CTR 28 GHz Specification 1-4 CTR 28 GHz Component Descriptions 1-6 Diplexer / Power Supply 1-6 Mixer 1-6 Dielectric Resonance Oscillator (DRO) 1-6 Isolator 1-6 Bandpass Filter 1-6 Low Noise Amplifier 1-7 Power Amplifier 1-7 Duplexer 1-7 Antenna 1-7 Pre-Installation 1-8 Prevention of Access 1-8 Unpacking Shipment 1-8 Reunion Safety Standards 1-9 Safety Disclaimer 1-9 General Safety 1-9 Electrical Safety 1-9 Installing the CTR 28 GHz 1-10 Mounting Bracket Assembly 1-10 Installing the Tower Equipment 1-11 Installing Indoor Equipment (NIU 5008 only) 1-12 Installing Indoor Equipment (NIU 6054 only) 1-13 CTR 28 GHz Maintenance 1-20 Mechanical Checks 1-20 CTR 28 GHz Diagnostic Reference Chart 1-21 xii 411- 1333 - 203.01.02 Preliminary March 1999 Grounding and Surge Protection 2-1 Grounding/Lightning Protection 2-1 Scope 2-1 Grounding Methods/Indoor Equipment 2-1 Wire Gauge Guidelines 2-2 Outdoor Equipment: the need for surge (lightning) protection 2-3 Ground connections to outdoor equipment 2-7 Regulatory Considerations 2-10 List of terms 3-1 1-1 Reunion CTR 28 GHz Installation Guide 1CTR 28 GHz Release 1.2 Product Overview The CTR 28 GHz outdoor transceiver is a customer premise tr…

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Nortel BWA Type Acceptance Radio Transceiver Test Report Product Description: 28 GHz Base Station (BTR) and Customer Premise (CTR) Radio Transceivers Model: BTR2800 and CTR 2800 Nortel BWA File # N9UBTRCTR2800 CHARLIE BISHOP PI ENGINEERDATE ROMAN WROCZYNSKI PI MANAGERDATE WINNIPEG, Type Acceptance Test Report : CTVG14AG ii DECLARATION BY Nortel Networks BWA The tests were performed from Feb 5 through Mar 20,1999 at the Nortel Networks BWA’s EMC Laboratory in Winnipeg. The following personnel collaborated to this project: Mitch Hebert, Tech. Charlie Bishop, PI Engineer Testing was performed and supervised by the undersigned. The test supervisor attests to the accuracy of the test data recorded in this report. Performed by:Date Supervised by:Date © This document shall not be reproduced without the written approval of Nortel BWA Total number of pages: 65. The results presented in this report refer only to the product(s) described in section 1. All equipment and instrumentation used during this test have been verified and/or calibrated. All calibration certificates are traceable to the National Research Council of Canada (CNRC) and/or to the American National Institute of Standards and Technology (NIST) standards and can be provided on request. Nortel BWA is registered ISO 9002:1998, certificate # 766.2. Type Acceptance Test Report : CTVG14AG iii TABLE OF CONTENTS Page 1. INTRODUCTION................................................................................................................................. 7 OBJECT.........................................................................................................................................................7 E QUIPMENT UNDER TEST DESCRIPTION....................................................................................................7 G ENERAL......................................................................................................................................................8 T EST FACILITIES DESCRIPTION..................................................................................................................8 T EST EQUIPMENT........................................................................................................................................8 2. CONDUCTED EMISSIONS ................................................................................................................ 9 TEST CONDITIONS........................................................................................................................................9 M INIMUM SPECIFICATIONS.........................................................................................................................9 T EST RESULTS............................................................................................................................................10 M EASUREMENT DATA...............................................................................................................................10 T EST METHOD............................................................................................................................................10 T EST SYSTEM TEST CONFIGURATION......................................................................................................10 1. RADIATED EMISSIONS .................................................................................................................. 11 TEST CONDITIONS......................................................................................................................................11 S PECIFICATIONS.........................................................................................................................................11 T EST RESULTS............................................................................................................................................11 M EASUREMENT DATA...............................................................................................................................11 T EST METHOD............................................................................................................................................11 T EST SYSTEM CONFIGURATION................................................................................................................12 4. TEMPERATURE STABILITY TESTS ........................................................................................... 13 TEST CONDITIONS......................................................................................................................................13 S PECIFICATIONS.........................................................................................................................................13 T EST RESULTS............................................................................................................................................13 M EASUREMENT DATA...............................................................................................................................13 T EST METHOD............................................................................................................................................13 T EST SYSTEM CONFIGURATION................................................................................................................14 5. CO/ADJACENT CHANNEL TEST .................................................................................................... 15 TEST CONDITIONS......................................................................................................................................15 M INIMUM SPECIFICATIONS.......................................................................................................................15 M EASUREMENT DATA...............................................................................................................................15 Type Acceptance Test Report…

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Nortel BWA Type Acceptance Radio Transceiver Test Report Product Description: 28 GHz Base Station (BTR) and Customer Premise (CTR) Radio Transceivers Model: BTR2800 and CTR 2800 Nortel BWA File # N9UBTRCTR2800 CHARLIE BISHOP PI ENGINEERDATE MARCH 26, 1999 WINNIPEG, Type Acceptance Test Report : CTVG14AG ii DECLARATION BY Nortel Networks BWA The tests were performed from Feb 5 through Mar 26,1999 at the Nortel Networks BWA’s EMC Laboratory in Winnipeg. The following personnel collaborated to this project: Mitch Hebert, Tech. Charlie Bishop, PI Engineer Testing was performed and supervised by the undersigned. The test supervisor attests to the accuracy of the test data recorded in this report. Performed by: Mitch HebertDate March 26, 1999 Supervised by: Charlie BishopDate March 26, 1999 © This document shall not be reproduced without the written approval of Nortel BWA Total number of pages: 69. The results presented in this report refer only to the product(s) described in section 1. All equipment and instrumentation used during this test have been verified and/or calibrated. All calibration certificates are traceable to the National Research Council of Canada (CNRC) and/or to the American National Institute of Standards and Technology (NIST) standards and can be provided on request. Nortel BWA is registered ISO 9002:1998, certificate # 766.2. Type Acceptance Test Report : CTVG14AG iii TABLE OF CONTENTS Page 1. INTRODUCTION................................................................................................................................. 1 OBJECT.........................................................................................................................................................1 E QUIPMENT UNDER TEST DESCRIPTION....................................................................................................1 G ENERAL......................................................................................................................................................2 R ESULTS.......................................................................................................................................................2 T EST FACILITIES DESCRIPTION..................................................................................................................3 T EST EQUIPMENT........................................................................................................................................3 1. CONDUCTED EMISSIONS ................................................................................................................ 4 TEST CONDITIONS........................................................................................................................................4 M INIMUM SPECIFICATIONS.........................................................................................................................4 T EST RESULTS..............................................................................................................................................4 M EASUREMENT DATA.................................................................................................................................4 T EST METHOD..............................................................................................................................................4 T EST SYSTEM TEST CONFIGURATION........................................................................................................4 2. RADIATED EMISSIONS .................................................................................................................... 6 TEST CONDITIONS........................................................................................................................................6 S PECIFICATIONS...........................................................................................................................................6 T EST RESULTS..............................................................................................................................................6 M EASUREMENT DATA.................................................................................................................................6 T EST METHOD..............................................................................................................................................6 T EST SYSTEM CONFIGURATION..................................................................................................................7 3. TEMPERATURE STABILITY TESTS ............................................................................................. 8 TEST CONDITIONS........................................................................................................................................8 S PECIFICATIONS...........................................................................................................................................8 T EST RESULTS..............................................................................................................................................8 M EASUREMENT DATA.................................................................................................................................8 T EST METHOD..............................................................................................................................................8 T EST SYSTEM CONFIGURATION..................................................................................................................9 CONDUCTED EMISSIONS MEASUREMENT RESULTS ................................................................ 11 COMPUTER SETUP AND INSTRUMENTATION IN THE PI LABORATORY.........................................................11 C ONNECTION TO THE BTR USING THE WAVE-GUIDE CONNECTION............................................................12 Type Acceptance Test Report : CTVG14AG iv B…

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Nortel BWA Type Acceptance Radio Transceiver Test Report Addendum Product Description: 28 GHz Base Station (BTR) and Customer Premise (CTR) Radio Transceivers Model: BTR2800 and CTR 2800 Nortel BWA File # N9UBTRCTR2800 CHARLIE BISHOP PI ENGINEERDATE APRIL 5, 1999 WINNIPEG, DECLARATION BY Nortel Networks BWA The tests were performed from March 29 through April 1,1999 at the Nortel Networks BWA’s Laboratory in Winnipeg and is an addendum to the Test Report CTVG14AG submitted earlier. The following personnel collaborated to this project: Mitch Hebert, Tech. Charlie Bishop, PI Engineer Testing was performed and supervised by the undersigned. The test supervisor attests to the accuracy of the test data recorded in this report. Performed by: Mitch HebertDate April 5, 1999 Supervised by: Charlie BishopDate April 5, 1999 © This document shall not be reproduced without the written approval of Nortel BWA Total number of pages: 5 The results presented in this report refer only to the product(s) described in section 1. All equipment and instrumentation used during this test have been verified and/or calibrated. All calibration certificates are traceable to the National Research Council of Canada (CNRC) and/or to the American National Institute of Standards and Technology (NIST) standards and can be provided on request. Nortel BWA is registered ISO 9002:1998, certificate # 766.2. CO/ADJACENT CHANNEL TEST Tested by:Charlie Bishop and Mitch Hebert Date:Apr 1,1999 Test Conditions Temperature25C, Primary VoltageBTR -48 V and for CTR +18 V dc Minimum Specifications As specified in Part 101.105 and TIA Bulletin TSB-10, the protection criteria for 16QAM shall be at least 10.5dB for adjacent channel and 20.9dB for co-channel. Adjacent Channel Test Method Nortel translation equipment (CTR) is stimulated with digitally modulated 16 QAM RF signals. The two signals (wanted and interferor) are combined, up-converted and fed into the microwave receive of the EUT (BTR). The wanted CTR output is adjusted such that a quality QAM signal is present. An inline vane attenuator is adjusted until a payload BER of 10 -6 is achieved. The level is then increased by 3dB. The interfering signal is applied and adjusted such that the BER of 10 -6 is achieved. The power density of the wanted and interfering carrier are recorded. It should be noted that the vane attenuation reading is noted and it is removed so that accurate measurements are easily made at the microwave flange of the receiver. Co-Channel Test Method Nortel translation equipment (CTR) is stimulated with digitally modulated 16 QAM signals. The two signals (wanted and interferor) are combined and fed into the microwave receiver of the EUT (BTR). The wanted CTR output is adjusted such that a quality QAM signal is present. An inline vane attenuator is adjusted until a payload BER of 10 -6 is achieved. The wanted output is then increased by 3dB and the level is recorded. The interfering signal is then applied at maximum in-line attenuation. The interfering signal is adjusted until the payload BER reaches 10 -6. The interfering signal is removed. The power density of the wanted carrier is measured and recorded. The wanted carrier is then removed and the interfering signal is measured and recorded. The two measurements should be at least 20.9 dB. It should be noted that the vane attenuation reading is noted and it is removed so that accurate measurements are easily made at the microwave flange of the receiver. Test System Test Configuration The figure below represents a simplified block diagram of the adjacent and co-channel interference test set-up. 5.6Msps carriers were used giving a bandwidth of 7MHz. Adjacent Channel Test Results WantedHi-Side Interferor Low-Side Interferor 550 MHz (dBm) 557MHz (dBm) 543MHz (dBm) Measurement Result-111.43-99.03-99.5 Channel Power-92.10-80.1-82.6 Limit (10.5dB)----> -100.93 > -100.93 Margin----1.91.43 Co-Channel Test Results Frequency 550MHz Wanted (dBm) Interferor (dBm) Measurement Result-113.0-128.1 Limit (20.9dB)----> -133.9 Margin----5.8 Wanted CTR EUT BTR Interferor RF Signal Interferor CTR 3dB RSL 10.5dB Spectrum Analyzer Bit Error Rate Tester ReUnion Network Interface Unit RF Signal to Demodulator Modulated QAM RF Signal to UpConvertor The chart below shows the BER rate as seen on the output of the demodulator and shows the effects of Forward Error Correction BER Chart Data 50 1.00E-12 1.00E-12 85 1.00E-12 1.00E-12 86.51.00E-121.00E-12 87 1.70E-09 1.00E-12 87.53.60E-091.00E-12 88 5.90E-08 1.00E-12 88.57.60E-071.00E-12 89 5.30E-07 1.00E-12 89.51.60E-061.00E-12 90 4.60E-06 1.00E-12 90.59.00E-061.00E-12 91 2.40E-05 1.00E-12 91.55.50E-051.00E-12 92 1.00E-04 1.40E-09 92.51.80E-041.50E-08 93 3.27E-04 8.10E-08 93.55.40E-041.10E-06 94 8.60E-04 1.60E-06 94.51.30E-036.80E-06 BER vs Wireless Attenuation 1.00E-12 1.00E-11 1.00E-10 1.00E-09 1.00E-08 1.00E-07 1.00E-06 1.00E-05 1.00E-04 1.00E-03 1.00E-02 1.00E-01 1.00E+00 5 0 8 5 86. 5 8 7 87.5 8 8 88.5 8 9 8 9 .5 9 0 9 0 .5 9 1 91.5 92 92.5 93 9 3 .5 94 9 4 .5 9 5 9 5 .5 Attenuation (dB ) BER MPEG BER Payload BER 95 2.00E-03 5.00E-05

Nortel BWA Type Acceptance Radio Transceiver Test Report Product Description: 28 GHz Base Station (BTR) Radio Transceiver Model : BTR2800 Nortel BWA File # OHOBTR2807NT C HARLIE B ISHOP PI E NGINEER D ATE M AY 11, 1999 W INNIPEG , Type Acceptance Test Report : CTVG14AG ii DECLARATION BY Nortel Networks BWA The tests were performed from Feb 5 through Mar 26,1999 at the Nortel Networks BWA’s EMC Laboratory in Winnipeg. The following personnel collaborated to this project: Mitch Hebert, Tech. Charlie Bishop, PI Engineer Testing was performed and supervised by the undersigned. The test supervisor attests to the accuracy of the test data recorded in this report. Performed by: Mitch HebertDate March 26, 1999 Supervised by: Charlie BishopDate March 26, 1999 © This document shall not be reproduced without the written approval of Nortel BWA Total number of pages: 69. The re…

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