AB6UMTS1900OUTUMTS 1900 Outdoor iBTS

This document contains Proprietary Information of Northern Telecom Limited. This information is considered to be CONFIDENTIAL and should be treated appropriately. EXHIBIT 11 Reference Manual Applicant: Northern Telecom Ltd. For Certification on: AB6UMTS1900IND Table of contents Nortel Networks Confidential v About the iBTS About this document1............................................... Applicability1...................................................................... Audience1........................................................................ Prerequisites1.................................................................... How this document is organized1.................................................... Vocabulary conventions2........................................................... What’s new in this iBTS release3..................................... UMTS general description4.......................................... Nortel Networks UTRAN solution7.................................... iBTS description9................................................... iBTS operational features10........................................... iBTS tools and utilities11............................................. Presentation of the iBTS outdoor12................................... Presentation of the iBTS indoor16..................................... Description of the digital shelf of the iBTS21........................... Description of the RF block of the iBTS23.............................. Configuration rules of the iBTS24..................................... STSR configuration25................................................ iBTS physical characteristics26....................................... Hardware description of the digital shelf27............................. CEM (Channel Element Module) description28......................... TRM (Tranceiver Receiver Module) description33....................... CCM (Core Control Module) description38............................. GPSAM (GPS and Alarm Module) description42........................ External alarm management45........................................ MCA (Manufacturing, Commissioning, and Alarm) module (iBTS indoor)49...................................................... Table of contents Nortel Networks Confidential vi UMT/DCL/DD/0002 411--8111--905 Preliminary 01.06/EN october 2001 UMTS01 PCM protection51.................................................... PFM (Power Filter Module) (iBTS indoor)53............................ Hardware description of the RF block54............................... DDM (Dual Duplexer Module)55....................................... MCPA (Multi Carrier Power Amplifier)59................................ TMA (Tower Mounted Amplifier)63..................................... Interconnection module of the iBTS66................................. User space of the iBTS outdoor70..................................... Power supply interface of the iBTS outdoor71.......................... Power supply interface of the iBTS indoor74........................... BIP (Breaker Interface Panel) of the iBTS indoor75..................... ac plinth (iBTS indoor 700)77......................................... dc power system shelf of the iBTS81.................................. dc distribution module description83.................................. Rectifier description85................................................ SPCM (Single Power Control Module)88............................... Batteries of the iBTS outdoor89....................................... Batteries of the iBTS indoor 70090.................................... External battery cabinet91............................................ Cooling system of the iBTS outdoor94................................. Fan tray of the iBTS indoor97......................................... Physical architecture99............................................... Hardware structure of the iBTS100..................................... CCM functional description103......................................... Table of contents Nortel Networks Confidential vii About the iBTS CEM functional description104......................................... TRM functional description107......................................... GPSAM functional description112...................................... Physical interfaces114................................................. Iub interface115....................................................... Radio interface116.................................................... Protocol architecture117............................................... Functional architecture118............................................. Software management122.............................................. CEM software126...................................................... TRM software127...................................................... CCM software130...................................................... Nortel Networks Confidential 7 About the iBTS Nortel Networks UTRAN solution iRNC The iRNC is the e--mobility Internet RNC. It is the 3GPP--compliant UMTS RNC developed by Nortel Networks. The generic term iRNC is used throughout this document to designate the e--mobility Internet RNC. The iRNC allows mobility between UMTS and GSM networks. The main functions of the iRNC are to control and manage: the RAN (Radio Access Network) the signaling between the different CN elements and the RNS the node Bs the radio resources of the corresponding node Bs. The iRNC houses the following cabinets: the C--Node (Control Node) The C--Node is an ATM--based engine that support UMTS call processing and signaling as well as OAM of both the RNC and the node Bs. the I--Node (Interface Node) This is based on Passport 15000. It is ahigh--capacity ATM switch, incharge of the connectivity (User Plane) of the iRNC. the Access Node This optional cabinet is usedfor aPCMx configuration. It is a Passport 7480 switch. The …

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UMTS Outdoor iBTS pictures Front View, doors opened Front View, doors closed Side View Back View

UMTS Outdoor iBTS FCC Label P0989533 or P0606561 labels (EC or FCC marking) 04-07-2003 EC: 103-11908 P0606561 1:1 0101 LC XG 11 CSA/FCC MARK Regulatory Label iBTS Outdoor This device complies with Part 15 of the FCC rules. Operation is subject to the following 2 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. This Class B digital apparatus meets all requirements of the Canadian interference causing equipment regulations. Cet appareil numérique de la classe B respecte toutes les exigences du règlement Canadien sur le matériel causant des interférences. FCC ID : AB6UMTS1900OUT :US AB6XDNANUMTSOUT 208-240 Vac, 50-60Hz, 40A L1 + L2 + NEUTRAL + GND Maximum voltage range: 187 to 264 Vac Made in the U.S.A. Fabriqué aux E.U. Remove this section, replace with appropriate label below. Made in France Fabriqué en France COREL 10.0 07/02 NOTES: 1. UNLESS OTHERWISE SPECIFIED, ALL DIMENSIONS ARE EXPRESSED IN MILLIMETERS. TOLERANCES SHALL BE: 1 DECIMAL PLACE = + 0.5 2 DECIMAL PLACES = + 0.25 3 DECIMAL PLACES = + 0.125 ALL LABEL CORNERS SHALL HAVE A 0.75 RADIUS. 2. TO CONVERT MILLIMETERS TO INCHES: 25.40 MILLIMETERS = 1 INCH. 3. THIS DESIGN FILE WAS CREATED IN ACCORDANCE WITH NT STD 1517.20. LABEL/ARTWORKS MUST BE MANUFACTURED IN ACCORDANCE WITH NPS90942. 4. THE ARTWORK SHALL BE PLOTTED AT A MINIMUM OF 1200 DPI. THE TEXT FONT(S) SHALL BE: UNIVERS 67 CONDENSED BOLD PER NPS90942. TEXT ABOVE AND BELOW UL OR CSA SYMBOLS SHALL BE UNIVERS 57 CONDENSED PER NPS90942. 5. MATERIAL: 0.25 CLEAR POLYCARBONATE PER R0115902 FINISH: VELVET/MATTE ADHESIVE: 0.05 PRESSURE SENSITIVE WITH PEEL OFF LINER PER R0113138 6. COLOURS SHALL CONFORM TO NORTHERN TELECOM OBSERVATIONAL STANDARD 2701.01. BACKGROUND: BTS LIGHT GREY PER NORTHERN TELECOM STANDARD S-33470 TEXT AND GRAPHICS: NORTEL DARK GRAY PER NORTHERN TELECOM STANDARD S-33310 BACKGROUND AT TOP OF LABEL: NORTEL LIGHT GRAY PER NORTHERN TELECOM STANDARD S-33310 7. LABEL TO BE REVERSE SCREEN PRINTED PER NPS90942-2. KISS-CUT KISS-CUT 1 7 0 , 0 m m 80,0 mm 40,00 mm 40,00 mm 1 3 , 0 0 m m UMTS Outdoor iBTS NEMA 3R enclosure 1 3 , 0 0 m m

TRM Module: Internal Pictures Figure: TRM Logic Board TRM Radio Board

Nortel Networks Parc d'activité de Magny-Chateaufort CHATEAUFORT 78928 Yvelines Cedex 9 - France Tel +33 (0)1.69.55.44.44 Fax +33 (0)1.69.55.30.01 MEMO Date 25 / July / 2003 To To Whom It May Concern Copy From Product Approvals Team NORTEL NETWORKS CONFIDENTIAL Subject Health protection and iBTS Radiation hazards Reference PA/03013 1. Introduction This memo provides inputs with regard to the assessments of Health protection and radiation hazards expected from Nortel Networks 1900MHz UMTS Outdoor iBTS compliant with the North American requirements (FCC OET Bulletin 65) through calculation as described below. 2. Radiation hazards a. iBTS radiations The maximum radiated power level authorized by the EMC specifications is : • –36 dBm (or E=2.7 mV/m) for frequencies between 30 MHz and 1 GHz, • –30 dBm (or E=5.4 mV/m) for frequencies above 1 GHz. According to FCC OET bulletin 65, the power density is linked to the E field by the relation S=E²/3770. As a consequence, the maximum power density radiated by the iBTS will be : • S=1.9*10 -9 mW/cm² for frequencies between 30 MHz and 1 GHz, • S=7.9*10 -9 mW/cm² for frequencies above 1 GHz. The North American Maximum Permissible Exposure (MPE) levels for general population (uncontrolled exposure areas) are defined in the table below : Frequency range (MHz) MPE (S, mW/cm²) 30 – 300 0.2 300 – 1500 f/1500 1500 – 12750 1.0 Page 2 Nortel Networks Parc d'activité de Magny-Chateaufort CHATEAUFORT 78928 Yvelines Cedex 9 - France Tel +33 (0)1.69.55.44.44 Fax +33 (0)1.69.55.30.01 MEMO b. Radiation of a system Considerations : • iBTS configured with 1 Power Amplifier (PA) by sector, PA configured at maximum output power (45 Watts). • Feeder losses # 1 dB. • Antenna gain G=18 dBi # 63. The power delivered to the antenna (per PA) is given by P=PA_power – DDM_losses – Feeder_losses # 45.5 dBm (or 35.89 Watts). As described in FCC OET Bulletin 65, the power density can be estimated by S=P*G/4πR² where R is the distance to the source (the antenna). The Maximum Permissible Exposure (MPE) level for uncontrolled access locations is S = 1 mW/cm² at the frequency of UMTS signal. As a consequence, the safe distance approach is with the aforementioned considerations R = 4.24 m. This distance is the one at which the limit level will be reached in the main beam of the antenna and would usually be achieved by the fact that this antenna is mounted on a pole. 3. Conclusion As demonstrated before, it is deemed that Nortel Networks 1900MHz UMTS Outdoor iBTS complies with the general requirements (FCC OET bulletin 65) for health protection. It should also be noted that exposures inside a building can be expected to be reduced by at least 10 to 20 dB due to the attenuation caused by building materials in the wall and roof of the building (source : FCC OET Bulletin 65). Products Approvals Team Nortel Networks

Radio Test Report for the qualification of the UMTS 1900 iBTS according to FCC Part 24 UMT/BTS/DJD/007777 V01.01/EN Standard 04/Jul/2003 Page 1/86 Radio Test Report for the qualification of the UMTS 1900 iBTS according to FCC Part 24 UMT/BTS/DJD/007777 V01.01/EN Standard 04/Jul/2003 Page 2/86 PUBLICATION HISTORY 04/Jul/2003 S. BALE Document creation. Issue V01.01 / EN Standard Radio Test Report for the qualification of the UMTS 1900 iBTS according to FCC Part 24 UMT/BTS/DJD/007777 V01.01/EN Standard 04/Jul/2003 Page 3/86 CONTENTS 1. INTRODUCTION ...................................................................................................................... 4 1.1. OBJECT.............................................................................................................................. 4 1.2. SCOPE OF THIS DOCUMENT................................................................................................... 4 1.3. AUDIENCE FOR THIS DOCUMENT............................................................................................ 4 2. RELATED DOCUMENTS ......................................................................................................... 4 2.1. APPLICABLE DOCUMENTS..................................................................................................... 4 2.2. REFERENCE DOCUMENTS..................................................................................................... 4 3. TEST RESULTS ....................................................................................................................... 5 3.1. INTRODUCTION............................................................................................................... 5 3.2. MEASUREMENT RESULTS.............................................................................................. 5 3.3. MAXIMUM OUTPUT POWER............................................................................................... 6 3.3.1 FCC REQUIREMENTS .............................................................................................. 6 3.3.2 Test results................................................................................................................. 6 3.3.3 Test procedure........................................................................................................... 7 3.4. OCCUPIED BANDWIDTH ................................................................................................. 8 3.4.1 FCC REQUIREMENTS .............................................................................................. 8 3.4.2 Test results................................................................................................................. 8 3.4.3 Test procedure......................................................................................................... 10 3.5. SPURIOUS EMISSIONS AT ANTENNA TERMINALS ...................................................... 11 3.5.1 Fcc requirements...................................................................................................... 11 3.5.2 Test results............................................................................................................... 12 3.5.3 Test procedure......................................................................................................... 80 3.6. CONCLUSION..................................................................................................................... 81 3.7. MEASUREMENT EQUIPMENT LIST......................................................................................... 82 4. TECHNICAL STATUS OF THE MODULES CONSTITUTING THE TESTED EQUIPMENT..... 83 5. ABBREVIATIONS AND DEFINITIONS................................................................................... 85 5.1. ABBREVIATIONS................................................................................................................. 85 5.2. DEFINITIONS...................................................................................................................... 86 Radio Test Report for the qualification of the UMTS 1900 iBTS according to FCC Part 24 UMT/BTS/DJD/007777 V01.01/EN Standard 04/Jul/2003 Page 4/86 1. INTRODUCTION 1.1. OBJECT This document presents the measurements results of tests performed on Nortel Networks UMTS iBTS according to FCC specifications. 1.2. SCOPE OF THIS DOCUMENT This document applies to Nortel FDD UMTS Indoor 2 iBTS UMTS Outdoor iBTS 1.3. AUDIENCE FOR THIS DOCUMENT This document is to be used by any person needing a view on Nortel FDD UMTS 1900 iBTS. 2. RELATED DOCUMENTS 2.1. APPLICABLE DOCUMENTS [A1] UMT/BTS/APP/0022 Methodology of UMTS BTS validation under 25.141 specification [A2] UMT/BTS/DD/0017 e-mobility iBTS platform/UMTS/GSM product specification [A3] UMT/BTS/DPL/07135 1900 MHz UMTS Project Qualification Plan [A4] UMT/BTS/DPL/7401 Radio Test Plan for the qualification of the 1900 iBTS 2.2. REFERENCE DOCUMENTS [R1] 47CFR Part 24 PERSONAL COMMUNICATIONS SERVICES January 2001 [R2] 47CFR Part 2 FREQUENCY ALLOCATIONS AND RADIO TREATY MATTERS; GENERAL RULES AND REGULATIONS October 2001 Radio Test Report for the qualification of the UMTS 1900 iBTS according to FCC Part 24 UMT/BTS/DJD/007777 V01.01/EN Standard 04/Jul/2003 Page 5/86 3. TEST RESULTS 3.1. INTRODUCTION This document presents the RF tests performed for the qualification of the 1900 iBTS. UMTS Indoor2 iBTS is feeded with -48V DC as standard configuration. As an option, UMTS Indoor2 may be feeded with +24V DC, through an additional DC to DC converter (+24 V to -55 V). UMTS Outdoor iBTS is feeded with 220V AC split phase. The following information is submitted to introduce a Certification of the UMTS 1900 iBTS for Northern Telecom, Inc: - According to 47CFR Part 24, Subpart E - According to 47CFR Part 2, Subpart J of the FCC Rules and Regulations. The measurement procedures were in accordance with the requirements of Part 2.947. 3.2. MEASUREMENT RESULTS Table 1…

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The reproduction of this document is authorised only if integral. Any partial reproduction must be authorised by GYL Technologies. This document results of test applied on one sample. It doesn’t prejudge of conformity of all products to the tested sample. Technical control: O.ROY GYL technologies Parc d’activités de Lanserre 21, rue de la Fuye 49610 Juigné sur Loire Tel. : 02.41.57.57.40 - Fax : 02.41.45.25.77 Quality Control: L.MONTIEL TEST REPORT CFR 47 Part 15 and CFR 47 Part 24 UMTS 1900 Outdoor iBTS N°149026DK EMC TEST REPORT The 42 pages of this report are not sharable 2/42 FCC registration # 90469 Written by : O. ROY July 8, 2003 Identification : 149026DK Summary 1 GENERAL INFORMATION.................................................................................................................................... 3 1.1 APPLICANT: ...........................................................................................................................................................................................3 1.2 MANUFACTURER: ................................................................................................................................................................................3 1.3 APPLICANT REPRESENTATIVE:.........................................................................................................................................................3 1.4 TEST DATE:............................................................................................................................................................................................3 1.5 TEST SITE: ..............................................................................................................................................................................................3 2 INTRODUCTION ...................................................................................................................................................... 4 3 MEASUREMENT EQUIPMENT LIST................................................................................................................... 4 4 TESTED SYSTEM DETAILS................................................................................................................................... 5 5 EQUIPMENT DESCRIPTION................................................................................................................................. 5 5.1 PRODUCT TYPE: ...................................................................................................................................................................................5 5.2 AUXILIARY EQUIPMENT:....................................................................................................................................................................5 5.3 PRODUCT PICTURES:...........................................................................................................................................................................6 5.4 PRODUCT COMPOSITION....................................................................................................................................................................8 6 EXERCISING TEST CONDITIONS ....................................................................................................................... 9 6.1 CHANNELS TEST CONFIGURATION:.................................................................................................................................................9 6.2 EUT EXERCISING SOFTWARE............................................................................................................................................................9 7 CONFORMANCE STATEMENT.......................................................................................................................... 10 7.1 STANDARDS REFERENCED FOR THIS REPORT............................................................................................................................10 7.2 JUSTIFICATION ...................................................................................................................................................................................10 8 INTERPRETATION AND REMARKS: ............................................................................................................... 10 8.1 IMPORTANT REMARK: ......................................................................................................................................................................10 9 TEST ACCORDING TO CFR 47 PART 15 CLASS B......................................................................................... 11 9.1 REFERENCE DOCUMENTATION:.....................................................................................................................................................11 9.2 CONDUCTED EMISSIONS MEASUREMENTS.................................................................................................................................11 9.3 RESULTS: (§ 15.107 class B)................................................................................................................................................................12 9.4 INTERPRETATION AND REMARKS: ................................................................................................................................................15 9.5 RADIATED EMISSIONS MEASUREMENTS .....................................................................................................................................16 9.6 RESULTS (§ 15.109 class B):................................................................................................................................................................18 9.7 INTERPRETATION AND REMARKS: ................................................................................................................................................19 9.8 …

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Radio Tests Report in Extreme Environment for 1900 MHz UMTS Outdoor iBTS with Alpha modules This confidential document is the property of SANMINA-SCI, it must not be copied or circulated except in its entirety form. A SANMINA-SCI formal written agreement is required for any partial copy of this document. RPT-T-030443-6G1 A Approved 29/07/03 Page 2/16 PUBLICATION HISTORY VERSION DATE AUTHOR MODIFICATION A 28/07/2003 J. PALARD Creation of the document Radio Tests Report in Extreme Environment for 1900 MHz UMTS Outdoor iBTS with Alpha modules This confidential document is the property of SANMINA-SCI, it must not be copied or circulated except in its entirety form. A SANMINA-SCI formal written agreement is required for any partial copy of this document. RPT-T-030443-6G1 A Approved 29/07/03 Page 3/16 CONTENTS 1. INTRODUCTION..................................................................................................................4 2. RELATED DOCUMENTS.....................................................................................................4 2.1. APPLICABLES DOCUMENTS......................................................................................4 2.2. REFERENCE DOCUMENTS.........................................................................................4 3. IDENTIFICATION OF TESTED TECHNICAL VARIANT AND OF THE MODULES CONSTITUTING THE TESTED EQUIPMENT...........................................................................................................5 4. SYNTHESIS OF TESTS RESULTS FOR ALL VARIANTS.....................................................6 5. TESTS DATES AND OPERATORS FOR EACH VARIANT....................................................6 6. TESTS APPARATUS USED FOR TESTS.............................................................................6 7. TESTS RESULTS OF 3GPP TS 25.141 STANDARD.............................................................7 7.1. BASE STATION MAXIMUM OUTPUT POWER AT 30W (CL. 6.2.1)................................7 7.2. BASE STATION MAXIMUM OUTPUT POWER AT 45W (CL. 6.2.1)................................8 7.3. FREQUENCY ERROR AT PMAX-3DB (CL. 6.3)............................................................9 7.4. FREQUENCY ERROR AT PMAX-18DB (CL. 6.3)........................................................10 7.5. REFERENCE SENSITIVITY LEVEL (CL. 7.2)..............................................................11 8. TESTS RESULTS OF 47 CFR PART 24.............................................................................12 9. CONCLUSION...................................................................................................................15 10. ABBREVIATIONS & DEFINITIONS....................................................................................15 10.1. ABBREVIATIONS......................................................................................................15 10.2. DEFINITIONS.............................................................................................................16 Radio Tests Report in Extreme Environment for 1900 MHz UMTS Outdoor iBTS with Alpha modules This confidential document is the property of SANMINA-SCI, it must not be copied or circulated except in its entirety form. A SANMINA-SCI formal written agreement is required for any partial copy of this document. RPT-T-030443-6G1 A Approved 29/07/03 Page 4/16 1. INTRODUCTION This document presents the measurements results of Radio tests performed on the 1900 MHz UMTS Outdoor iBTS equipped with Alpha UMTS 1900 MHz modules, in extreme environment according to 3GPP TS 25.141 and 47CFR Part 24 and Nortel requests. The measurements reported in this document have been performed in Sanmina-SCI climatic chamber. The tests definitions, methods and requirements follow the applicable version of the 3GPP TS 25.141 and 47CFR Part 24 as defined in the PLN-T-030089-6G1 Test Plan. The tests results in this report relate to the equipment under test only described below and in the Nortel Networks AVL ref: UMT/BTS/DJD/7228 Ver 01.01/EN: Product: UMTS Outdoor iBTS Manufacturer: Nortel Networks Type: UMTS 1900 Configuration: STSR3D Power supply: 208-240 Vac Power supply range: 187 Vac to 264 Vac Extreme temperature range: -40°C to +50°C This document is addressed to Nortel Networks and Sanmina-SCI R&D department involved in the development of the UMTS Outdoor iBTS and Alpha UMTS 1900 MHz modules. 2. RELATED DOCUMENTS 2.1. APPLICABLES DOCUMENTS [A1] 3GPP TS 25.141 3 rd generation partnership project: Technical Specification Group Radio Access Networks; Base Station (BS) conformance testing (FDD) Release 1999; Version 3.12.0 [A2] 47 CFR Part 24 Personal Communications Services 2.2. REFERENCE DOCUMENTS [R1] UMT/BTS/DPL/07135 1900 MHz UMTS Project Qualification Plan [R2] UMT/BTS/DD/0058 Mechanical & Environmental Requirement Specification for a MK2 Outdoor Cabinet [R3] PLN-V-030355-6G1 1900 Mhz UMTS PI Qualification Plan [R4] UMT/BTS/DJD/7228 Hardware Delivery form for 1900 MHz UMTS Outdoor iBTS Radio Tests Report in Extreme Environment for 1900 MHz UMTS Outdoor iBTS with Alpha modules This confidential document is the property of SANMINA-SCI, it must not be copied or circulated except in its entirety form. A SANMINA-SCI formal written agreement is required for any partial copy of this document. RPT-T-030443-6G1 A Approved 29/07/03 Page 5/16 3. IDENTIFICATION OF TESTED TECHNICAL VARIANT AND OF THE MODULES CONSTITUTING THE TESTED EQUIPMENT Tests were performed on all the following variants: TECHNICAL VARIANTS Identification Comments Configuration code UMTS Outdoor iBTS STSR3D 30W A UMTS Outdoor iBTS STSR3D 45W B Radio Tests Report in Extreme Environment for 1900 MHz UMTS Outdoor iBTS with Alpha modules This confidential document is the property of SANMINA-SCI, it must not be copied or circulated except in its entirety form. A SANMINA-SCI formal written agreement is required for any partial copy of this document. RPT-T-030443-6G1 A Approved 29/07/…

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