UPO2760Zinwave 2700 Distributed Antenna System

ZINWAVE 2700 DISTRIBUTED ANTENNA SYSTEM USER GUIDE Issue 3 Page 1 of 31 15/11/2006 Notices © ZinWave Ltd. 2006 No part of this manual may be reproduced in any form or by any means (including electronic storage and retrieval or translation into a foreign language) without prior agreement and written consent from ZinWave Ltd. as governed by United Kingdom and international copyright laws. Edition Issue 3, November 2006 Warranty The material contained in this document is provided “as is,” and is subject to being changed, without notice, in future editions. Further, to the maximum extent permitted by applicable law, ZinWave disclaims all warranties, either express or implied, with regard to this manual and any information contained herein, including but not limited to the implied warranties of merchantability and fitness for a particular purpose. ZinWave shall not be liable for errors or for incidental or consequential damages in connection with the furnishing, use, or performance of this document or of any information contained herein. Should ZinWave and the user have a separate written agreement with warranty terms covering the material in this document that conflict with these terms, the warranty terms in the separate agreement shall control. Technology Licenses The hardware and/or software described in this document are furnished under a license and may be used or copied only in accordance with the terms of such license. Safety Notices CAUTION A CAUTION notice denotes a hazard. It calls attention to an operating procedure, practice, or the like that, if not correctly performed or adhered to, could result in damage to the product or loss of important data. Do not proceed beyond a CAUTION notice until the indicated conditions are fully understood and met. WARNING A WARNING notice denotes a hazard. It calls attention to an operating procedure, practice, or the like that, if not correctly performed or adhered to, could result in personal injury or death. Do not proceed beyond a WARNING notice until the indicated conditions are fully understood and met. Issue 3 Page 2 of 31 15/11/2006 Trademark Acknowledgements Pentium ® is a registered trademark of Intel Corporation. Adobe ® is a trademark of Adobe Systems Incorporated. Windows XP, Windows 2000, and Windows 98 are U.S. registered trademarks of Microsoft Corporation. All other trademarks are the property of their respective holders. Issue 3 Page 3 of 31 15/11/2006 About this guide This guide contains installation and operating instructions for the ZinWave 2700 Hub (HU), as well as instructions for using the ZinWave 2760 Multi-service Antenna Unit (AU). This guide is one member of a comprehensive documentation set for the ZinWave DAS. It is designed to provide you with a smooth, successful installation and set-up. In addition to this guide, the documentation set includes: • 2700 Software Manual— • Installation and Technical Manual— • System Design and Planning Guidelines (To be added later) • DAS Quick Basics—online tutorial that provides interactive training on how to use the system. (To be added later) • Getting Started Poster—helps you quickly set up the hardware. You’ll find that the steps on the poster correspond directly to the chapters in this book, making it easy to know where to go for more information. (To be added later) • Online help—provides context-sensitive information for entries in each of the views within the software, as well as in-depth information about the use of the ZinConfig software. (To be added later) Issue 3 Page 4 of 31 15/11/2006 Contents About this guide 4 1 Get Ready 7 Unpacking your boxes. 7 Before installing the software. 7 2 Installing the Software 8 What is on the CD. 8 Install the ZinConfig software. 8 Verifying your software installation. 9 3 Installing the Hardware 10 Installing the Hub 10 Installing the Antenna Units 10 4 Set Up Your System 11 Overview 11 How to connect the Hub 12 How to power your Hub 12 How to connect the Antenna Unit 13 How to power your Antenna Unit 13 How to connect Antenna Units to the Hub 14 5 Use Your System 16 Overview 16 Turning the power on 16 Command Line Interface 17 Starting the software 18 Identifying Hubs 18 Enabling the Ports 18 Configuring devices 19 Alarms 20 6 Get results fast 21 Using Quick Basics — the Online Tutorial 21 Online Help 21 Accessing Online Help 21 Using Online Help 21 Issue 3 Page 5 of 31 15/11/2006 7 Get Assistance, if You Need It 22 Troubleshooting your 2700 system 22 Device communication problems 22 Verifying your System 22 Returning the System for Service 23 Warranty repair 23 Preparing the system for shipping 23 A Safety and Regulatory Information 24 Warning and caution notices 24 General safety considerations 24 Installation, Use, and Storage 25 Signal and input power 25 B Connection Panels and LED Indicators 26 2700 Hub (HU) 26 2760 Antenna Unit (AU) 26 C System Information 27 Computer Hardware and Software Requirements 27 Options and Part Numbers 27 Cable part numbers 27 System specifications 28 2700 Hub specifications 29 2760 AU specifications 29 D Glossary of terms 31 Abbreviations 31 Issue 3 Page 6 of 31 15/11/2006 1 Get Ready Unpacking your boxes The ZinWave 2700 system is a modular system so your delivery may arrive as a collection of boxes. Carefully unpack each box and locate the following items: Hub † 2700 Hub (without optical modules fitted) † 930x Mains lead † D-sub 9 way null modem cable. † RJ45 (cat 5e) path cord. † 2780 SFP optical fibre transceiver modules (1 required for each active optical port) † 50Ω Dummy loads (optional) † SFP port EMC dust shields (if supplied) † CD containing software and documentation. † Quick start poster Antenna Unit † 2760 Antenna Unit † 9370 AU Power supply unit (Optional) † 930x Mains Lead (Optional) † Installation hardware kit † 2781 SFP optical fibre transceiver module Mains lead options • 9301 – UK • 9302 – European • 9303 – US Any damaged units should be returned to your supplier. NOTE Do not conne…

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Date 16 th November 2006 Telecommunication Certification Body RFI Global Services Ltd. Pavilion A Ashwood Park Basingstoke Hampshire RG23 8BG United Kingdom Subject: Certification Application FCC ID: UPO2760 It is requested that the following information is to be held short term confidential on behalf of Zinwave Ltd until such time that the product is in general release. FCC Rules Part 0.459 refers. Block diagram Block diagrams.pdf 4 Pages SFP_diagram.pdf 1 Page Bill of material Zinwave Antenna Unit ZP00101 BOM v2.01.xls Zinwave HUB Unit ZP00100 BOM v2.01.xls Zinwave SFP 6.2_bom.xls ZP500001-1.07(Hub Mechanics BOM).xls ZP500002-1.08(AU Mechanics BOM).xls ZP500003-7.00(AU SFP Mechanical BOM).xls ZP500004-7.00(Hub SFP Mechanical BOM).xls Datasheet Zinwave Technical Datasheet V3.01.pdf 4pages Labelling ZP301209-X3 Rear label.pdf 1 page ZP301208-X3.PDF 1 page ZP301210-X2.PDF 1 page ZP301211-X2.PDF 1 page PCB design SFP_Bottomside6.1.pdf 1 Page SFP_Topside6.1.pdf 1 Page Zinwave AU Bottomside V2.pdf 1 Page Zinwave AU Drill drawing V2.pdf 1 Page Zinwave AU Topside V2.pdf 1 Page Zinwave Hub Bottomside V2.pdf 1 Page Zinwave Hub Drill drawing V2.pdf 1 Page Zinwave Hub Topside V2.pdf 1 Page Circuit schematics SFP_SCHEMATIC_6.1.pdf 3 Pages Zinwave AU Schematic V2.08.pdf 5 Pages Zinwave Hub Schematic V2.11.pdf 16 Pages Technical and installation guide L4890a v4 15_11_06.pdf 45 Pages Operating manual Quick Start Guide Issue 1 15_11_06.pdf 17 Pages DAS User Guide_Issue 3 15_11_06.pdf 30 Pages Zinwave Ltd is a VC funded start up company. The 2700, 2760 distributed antenna products reflect the companies first product offering. The 2700, 2760 product embodies the company intellectual property which is confidential to Zinwave. Patents are pending in both the US and Europe relating to this IP. The IP and product design details contained in these files are a differentiator between Zinwave Ltd and other commercially available products. It is essential that this remains confidential. It is requested that this information remains short term confidential as it is commercially sensitive and also IP sensitive. Release of this technical information, ahead of a general product release, would be commercially damaging to Zinwave, impacting both the company valuation and viability. Any such information released to date has been under a specific confidential disclosure agreement between a third party and Zinwave Ltd. In addition it is requested that the following sub-set of the documentation remains always confidential. Block diagram Block diagrams.pdf 4 Pages SFP_diagram.pdf 1 Page Bill of material Zinwave Antenna Unit ZP00101 BOM v2.01.xls Zinwave HUB Unit ZP00100 BOM v2.01.xls Zinwave SFP 6.2_bom.xls ZP500001-1.07(Hub Mechanics BOM).xls ZP500002-1.08(AU Mechanics BOM).xls ZP500003-7.00(AU SFP Mechanical BOM).xls ZP500004-7.00(Hub SFP Mechanical BOM).xls PCB design SFP_Bottomside6.1.pdf 1 Page SFP_Topside6.1.pdf 1 Page Zinwave AU Bottomside V2.pdf 1 Page Zinwave AU Drill drawing V2.pdf 1 Page Zinwave AU Topside V2.pdf 1 Page Zinwave Hub Bottomside V2.pdf 1 Page Zinwave Hub Drill drawing V2.pdf 1 Page Zinwave Hub Topside V2.pdf 1 Page Circuit schematics SFP_SCHEMATIC_6.1.pdf 3 Pages Zinwave AU Schematic V2.08.pdf 5 Pages Zinwave Hub Schematic V2.11.pdf 16 Pages It is requested that the information listed above remains always confidential as it is commercially sensitive and also IP sensitive. This level of detail would not be generally available even following product release and remains Zinwave Confidential. Release of this technical information would be commercially damaging to Zinwave, impacting both the company valuation and viability. Yours sincerely

0.0025.0 0.00 45.0 30.0 9.0 6.9 7.0 10.5 35.7 ZINWAVE LOGO ARTWORK SUPPLIED FONT COLOUR: PANTONE 541 WHEELIE BIN LOGO (RECYCLING) 50.0 BACKGROUND COLOUR: TO BE SOLID WHITE.1. FONT COLOUR: PANTONE 541.2. FONT SIZE: SEE DRAWING.3. NOTES: REVISIONS ZONE REV.DESCRIPTIONDATEAPPROVED X1INITIAL RELEASE28/09/2006K LEESON X2 REMOVED TEXT FROM BOTTOM OF 1. LABEL 01/11/2006K LEESON D E F C 1234 B A 3215 C D 4678 A B REVISION: X2 ANTENNA / LABEL, BOTTOM ZP301211-X2 0.66 A3 SHEET 1 OF 1 SCALE: 2:1 DWG NO. TITLE: DO NOT SCALE DRAWING MATERIAL: DATE WEIGHT: FINISH: UNLESS OTHERWISE SPECIFIED: DIMENSIONS ARE IN MILLIMETERS THIRD ANGLE PROJECTION MANUFACTURING APRV'D BY: ENGINEERING APRV'D BY: CHECKED BY: DESIGNER / ENGINEER: SIZE TOLERANCES UNLESS OTHERWISE SPECIFIED X.X 0.20 X.XX 0.10 X.XXX 0.05 ANGLES: 0.5 HARSTON MILL HARSTON, CAMBRIDGE CB2 5GG FILE LOCATION K LEESON K LEESON K LEESON 01 NOV 06 D E F C 1234 B A 3215 C D 4678 A B ZP301211-X2 0.66 A3 SHEET 1 OF 1 SCALE: DWG NO. TITLE: DO NOT SCALE DRAWING MATERIAL: DATE WEIGHT: FINISH: UNLESS OTHERWISE SPECIFIED: DIMENSIONS ARE IN MILLIMETERS THIRD ANGLE PROJECTION MANUFACTURING APRV'D BY: ENGINEERING APRV'D BY: CHECKED BY: DESIGNER / ENGINEER: SIZE TOLERANCES UNLESS OTHERWISE SPECIFIED X.X 0.20 X.XX 0.10 X.XXX 0.05 ANGLES: 0.5 HARSTON MILL HARSTON, CAMBRIDGE CB2 5GG FILE LOCATION K LEESON K LEESON K LEESON 28 SEP 06 28 SEP 06

0.00 61.0 30.0 9.0 5.0 7.0 10.5 38.8 0.0023.0 ZINWAVE LOGO ARTWORK SUPPLIED FONT COLOUR: PANTONE 541 WHEELIE BIN LOGO (RECYCLING) X2 50.0 BACKGROUND COLOUR: TO BE SOLID WHITE.1. FONT COLOUR: PANTONE 541.2. FONT SIZE: SEE DRAWING.3. NOTES: REVISIONS ZONE REV.DESCRIPTIONDATEAPPROVED X1INITIAL RELEASE28/09/2006K LEESON X2REMOVED FCC NUMBER1.01/11/2006K LEESON D E F C 1234 B A 3215 C D 4678 A B REVISION: X2 HUB / LABEL, BOTTOM ZP301210-X2 0.90 A3 SHEET 1 OF 1 SCALE: 2:1 DWG NO. TITLE: DO NOT SCALE DRAWING MATERIAL: DATE WEIGHT: FINISH: UNLESS OTHERWISE SPECIFIED: DIMENSIONS ARE IN MILLIMETERS THIRD ANGLE PROJECTION MANUFACTURING APRV'D BY: ENGINEERING APRV'D BY: CHECKED BY: DESIGNER / ENGINEER: SIZE TOLERANCES UNLESS OTHERWISE SPECIFIED X.X 0.20 X.XX 0.10 X.XXX 0.05 ANGLES: 0.5 HARSTON MILL HARSTON, CAMBRIDGE CB2 5GG FILE LOCATION K LEESON K LEESON K LEESON 01 NOV 06 D E F C 1234 B A 3215 C D 4678 A B ZP301210-X2 0.90 A3 SHEET 1 OF 1 SCALE: DWG NO. TITLE: DO NOT SCALE DRAWING MATERIAL: DATE WEIGHT: FINISH: UNLESS OTHERWISE SPECIFIED: DIMENSIONS ARE IN MILLIMETERS THIRD ANGLE PROJECTION MANUFACTURING APRV'D BY: ENGINEERING APRV'D BY: CHECKED BY: DESIGNER / ENGINEER: SIZE TOLERANCES UNLESS OTHERWISE SPECIFIED X.X 0.20 X.XX 0.10 X.XXX 0.05 ANGLES: 0.5 HARSTON MILL HARSTON, CAMBRIDGE CB2 5GG FILE LOCATION K LEESON K LEESON K LEESON 28 SEP 06 28 SEP 06

ZinWave Proprietary Slide 1 Zinwave 2700, 2760 label placement Zinwave 2700, 2760 label placement

Contact Us Head Office (Cambridge) Zinwave Ltd Harston Mill Harston Cambridge CB2 5GG Tel: +44 (0) 1223 875272 Fax: +44 (0) 1223 875243 Email: [email protected] Ref ZP400027-3.01 Theale Office Zinwave Ltd 1210 Parkview Arlington Business Park Theale Reading RG7 4TY Tel: +44 (0) 118 965 4122 Fax: +44 (0) 118 965 4123 Ordering Information Item Code Desscrition Notes Hub Items 2700 2700 HU Basic HU (without optical modules fitted) 2780 2.5GHz MM SFP Code for separate purchase of SFP modules to populate the hub (max 8 x SFP per hub 9301 Main lead, 2m, UK 9302 Main lead, 2m, European 9303 Main lead, 2m, US AU Items 2760 AU includes 2.5GHZ MM SFP 9370 AU Power Supply Unit, 100-240V, 50-60Hz, DC—LEMO plug, IEC mains plug (included with AU as default) 9301 Main lead, 2m, UK 9302 Main lead, 2m, European 9303 Main lead, 2m, US 2700 Distributed Antenna System The Zinwave 2700 Distributed Antenna System (DAS) comprises a centrally located hub unit (HU) and re-motely attached Antenna Units (AU). The hub is a 1U high 19” rack mount device supporting 4 RF service inputs and driving up to 8 independent AUs through fibre optic connections. The AU is housed in a smal l enclosure designed for un-obtrusive installation wi th separate antennas in an office environment. The Zinwave system is a simple 2 stage design, util is- ing multimode or single mode fibre cable to connect each AU to the Hub. ZinWave’s technology makes the use of conventional multimode fibre practical for wideband high frequen cy RF transmission. This patented technology enables t he simultaneous transmission of multiple RF signals fo r different services over practical link lengths usin g low cost uncooled transceivers. 2700 Hub • Frequency Range 370MHz – 2.5GHz • Interface for up to 8 opti- cal transceiver outputs over MMF to remote AU • Supports up to 4 concur- rent RF services via 4 x RF input/outputs (SMA ports) • 1U 19” rack mountable form factor • Unique software pro- grammable RF combiner architecture enabling wide variety of RF to an-tenna mappings • MMF operating distances (from Hub to Antenna) of at least 550m • SNMP GUI-based and CLI- based network manage-ment • RJ-45 Ethernet and Serial management interface • Health monitoring capa- bilities for hub and re-mote DAS units 2760 Antenna unit • Converts optical I/O to electrical I/O (SMA connec-tor) • Powered via 48V external power supply, or option-ally via PoE systems • Attractive but robust de- sign • Ceiling or wall mountable, • Multi-service capability e.g. TETRA, GSM, CDMA, TDMA, UMTS, iDEN, Pag-ing, DCS, EDGE, EVDO • MMF operating distances (from Hub to Antenna) of at least 550m • Upgradeable to support future wireless standards Hub Unit Antenna Unit Network management options SNMP v2, CLI via telnet & RS232 Remote via Hub Interface 100base-T Ethernet port and RS232 for CLI Hub Unit Antenna Unit Supply 100 - 240 Volts, 50 / 60 Hz 100 - 240 Volts, 50 / 60 Hz or 40—76V DC (48V nominal) for PoE supply Consumption 15W 4W Hub Unit Antenna Unit Number of optical ports 8 transceivers in industry standard, hot pluggable SFP form factor 1 transceiver via single small form pluggable-units (SFP) Wavelength 1310nm Fibre distance (MM Cable) At least 550m, dependent on fibre quality Fibre distance (SM Cable) At least 2km Laser safety classification Class 1 Fibre types supported MM (both 50 and 62.5um) And SM cable 9/125um) RF Parameters Downlink Min Typ Max Unit System bandwidth 370 2500 MHz RF input power -5 0 +10 dBm Max RF output power +6 dBm Total Broadband com- posite output power System gain * -10 +10 dB 1dB adjustment steps Wideband gain flatness -5 +5 dB Over full frequency range Single band gain flatness -2 +2 dB In any 100MHz band Spurious emissions -110 dB/Hz Return loss 1.5:1 Uplink Min Typ Max Unit System bandwidth 370 2500 MHz Noise Figure * -5 0 +10 dBm Max RF output power +6 dBm System gain ** -10 +10 dB 1dB adjustment steps Wideband gain flatness -5 +5 dB Over full frequency range Single band gain flatness -2 +2 dB In any 100MHz band * Assuming worst-case fibre loss * Assuming 300m multi-mode fibre, 15dB Input Gain Fibre Optic Specifications Power Supervisory Connectivity Hub Unit Antenna Unit RF Connectors SMA (female) Connectors, separate Tx and Rx; 4 RF I/O pairs 2 x SMA (female) connectors Optical connectors 8 x Pluggable SFP (1310nm), LC du-plex connectors 1 x Pluggable SFP (1310nm), LC du-plex connectors Supervisory RJ45 (Ethernet), RS232 (CLI) Power IEC switched main connector Power over Ethernet via RJ45 or di-rect DC via latching 2 pole connec-tor Physical Specifica- Dimensions Hub Unit Antenna Unit Width 445mm (17.5in), brackets for 19” rack mounting 130mm (5.125in) Height 44mm (1.8in) 215mm (8.5in) Depth 270mm (10.6in) 45mm (1.8in) Weight 3.5kg 0.75kg Environmental Specifications Hub Unit Antenna Unit Operating temperature (Ambient, non-condensing 0 to +55 deg C 0 to +45 deg C Storage -25 to +55 deg C -25 to +55 deg C EMC, Regulatory & Safety Requirements EN 55022/CISPR22 FCC Part 15 Class A European EMC directive 89/336/EEC Electrical Safety EN 60950 NEC (National Electrical Code—US) UL 1950 Laser Safety BS EN 60825-1:20034 Safety of laser products. Standards & Approvals

ZINWAVE 2700 DISTRIBUTED ANTENNA SYSTEM INSTALLATION AND TECHNICAL MANUAL ZINWAVE 2700 DISTRIBUTED ANTENNA SYSTEM - INSTALLATION AND TECHNICAL MANUAL Part No: Document No: Issue: v4 THIS PAGE IS LEFT INTENTIONALLY BLANK ZINWAVE 2700 DAS - INSTALLATION AND TECHNICAL MANUAL ii ZINWAVE 2700 DISTRIBUTED ANTENNA SYSTEM - INSTALLATION AND TECHNICAL MANUAL INTRODUCTION This document describes the installation and technical specifications for the ZinWave 2700 Distributed Antenna System (DAS). The 2700 DAS comprises a Hub Unit (HU) and remote Antenna Units (AUs) with Small Form Pluggable (SFP) modules providing the RF to Optical interface. The simple view of the ZinWave 2700 DAS is that it enables downlink radio signals to be converted into RF modulated optical signals at the HU and then transmitted to remote AUs over any optical fibre medium (single mode or multimode) where the optical RF signal is converted back into pure radio signals for radiation from attached Antennae. Radio signals from client devices take an uplink path back through the AU, via fibre to the Hub. The system enables the Antennae to be situated remotely from the RF signal source by large distances that will vary depending on the choice of fibre type used, but at least 550m for 62.5um diameter fibre and at least 2000m for single mode fibre. Uniquely, the 2700 DAS has a broadband frequency response that will accept and transmit RF signals ranging from 370 MHz to 2.5 GHz enabling a range of cellular and data service formats to be propagated without down conversion or intervention at their carrier frequency. Services that can be carried over the 2700 system include TETRA, GSM, CDMA, TDMA, UMTS, iDEN, WLAN (currently Europe only), Paging, DCS, EDGE, EVDO and DECT. In addition, the HU has a programmable combiner that simply enables the radio signal channels to be connected to one or multiple optical channels or combined with other services to multiple optical channels providing multi-service radio transmission to the AUs. Each channel comprises a full duplex uplink/downlink pair, and the HU has software configurable uplink/downlink gain and attenuation control. The HU is a 1U 19” rack mountable form factor which can accept up to four concurrent RF services via duplex SMA RF ports at the rear of the module and transmit on up to 8 optical channels via unique analog duplex Small Form Pluggable (SFP) optical modules plugged into sockets in the front panel of the module. Each RF channel is always connected to at least 2 optical channels. Accepted combination options include 1x2, 1x4, 1x8, 2x2, 2x4, 2x8, 3x2, 3x8, 4x2, 4x8 (each of x inputs to y outputs). Where x and y are both numbers greater than 2, this implies that the RF channels are being combined onto multiple optical channels. Visible warning LEDs are incorporated to show individual channel status and overall system status. The SFP modules are built to fit the physical form of the international standard for digital modules, but specifically operate as analog parts. They are made pluggable so that the HU need only be populated with those optical channels required at any particular time, so providing a low cost but scaleable solution. The interface between the SFP and the customer fibre backbone is via custom ZinWave patchcords, with LC connectors at the HU end and any connector of customer equipment choice at the link end. The SFP modules incorporate SFP industry standard alarms and control features. The AUs use an SFP as the fibre to RF transceiver. They also incorporate software configurable uplink/downlink gain and attenuation control and radiate/receive RF signals via Antennae connected to SMA ports on the unit. Power for the AU is via an RJ45 connector which accepts industry standard Power over Ethernet (PoE) 48V DC supply. The antennas are separate to the antenna unit as the specification of these will depend upon the service deployed using the system. A typical deployment is to use two patch antenna, one for the uplink and one for the downlink. Software control of the HU is PC based from which both configuration of the System (via Command Line Interface (CLI)) and ongoing user control (via Simple Network Management Protocol (SNMP) over the internet) of the System can be achieved. The SNMP Management Interface Base (MIB) is constructed to allow control via any third party SNMP manager such as HP Openview. Direct user control is simple and achieved through a Graphical User Interface (GUI) which is supplied disk with the system. The RS232 connector for the CLI is situated at the back of the HU while internet connectivity is via an RJ45 connector, also at the rear of the HU. Software control features include uplink/downlink gain and attenuation settings on both the HU and AU, RF path combiner control and digital diagnostics for the Optical Link. TRADEMARK ZINWAVE 2700 DAS - INSTALLATION AND TECHNICAL MANUAL Page ii ZINWAVE 2700 DISTRIBUTED ANTENNA SYSTEM - INSTALLATION AND TECHNICAL MANUAL WARRANTY The ZinWave 2700 DAS is designed to operate in conditions conformant with Pollution Degree 2 as defined in IEC 60950 (the normal environmental class for offices). The installation of sub-assemblies into the main units of the The ZinWave 2700 DAS shall only be undertaken if precautions required by IEC/TS 61340-5-1 have been taken. This covers: • the installation of Zinwave 2780 SFP optical fibre transceiver modules into the ZinWave 2700 Hub; • the replacement of the Zinwave 2781 SFP optical fibre transceiver modules in the ZinWave 2760 Antenna Unit. ZINWAVE 2700 DAS - INSTALLATION AND TECHNICAL MANUAL Page iii ZINWAVE 2700 DISTRIBUTED ANTENNA SYSTEM - INSTALLATION AND TECHNICAL MANUAL CONTENTS Table of Contents Introduction.........................................................................................................................................................................ii Trademark....................................................................................…

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ZinWave Ltd Harston Mill Harston Cambridge CB2 5GG MPE Calculation for 2700 DAS System The FCC requires that the calculated MPE be equal to or less than a given limit dependent on frequency at a distance of 20 cm from a device to the body of a user. The overall transmitter frequency range of operation considered for the 2700 DAS Antenna Unit (AU) is 806MHz to 1990MHz. This covers GSM800, iDEN and PCS1900 operating bands. The transmitter power value used is the maximum measured system average broadband power for all combinations of service feed to the antenna. Each individual service is not capable of reaching this power. The equation for the MPE calculation is given in OET Bulletin 65, page 19 as: S = EIRP/4 π R 2 Where S = Power density EIRP = Effective Isotropically Radiated Power (EIRP = P x G) R = distance to the centre of radiation of the antenna Values Output power (P) : +6.0dBm conducted max Antenna gain (G) : 8dBi (from 2700 DAS technical specification) R = 20cm Calculation S = EIRP/4 π R 2 S = 4 x 6.31 /(12.56 x 20 2 ) S = 0.005 mW/cm 2 Registered in England No. 4587255 Page 1 of 2 For the 2700 DAS @ 806MHz at 20cm distance S = f/1500 mW/cm 2 (f = operating frequency) (from table 1 (b) - Limits for General Population/ Uncontrolled Exposure of FCC Rule Part 1.1310) S = 806/1500 = 0.537 mW/cm 2 For the 2700 DAS @ 1930MHz at 20cm distance S = 1.0 mW/cm 2 (from table 1 (b) - Limits for General Population/ Uncontrolled Exposure of FCC Rule Part 1.1 S = 1.0 mW/cm 2 Conclusion The MPE value of the 2700 DAS at 20 cm meets the RF exposure limits. Registered in England No. 4587255 Page 2 of 2

TEST REPORT FROM RFI GLOBAL SERVICES LTD Test of: Zinwave Ltd 2700 DAS To: FCC Part 22: 2005 (Subpart H) Tested in Accordance to Test Plan RFI/REGA1/TP48310JD01 Test Report Serial No: RFI/RPTE2/RP48409JD23A Supersedes Test Report Serial No: RFI/RPTE1/RP48409JD23A This Test Report Is Issued Under The Authority Of Andrew Brown, Operations Manager: Tested By: Jamie Huckerby Checked By: Steven Wong Report Copy No: PDF01 Issue Date: 08 November 2006 Test Dates: 31 August 2006 to 02 October 2006 This report is issued in Adobe Acrobat portable document format (PDF). It is only a valid copy of the report if it is being viewed in PDF format with the following security options not allowed: Changing the document, Selecting text and graphics, Adding or changing notes and form fields. This report may be copied in full. The results in this report apply only to the sample(s) tested. RFI GLOBAL SERVICES LTD TEST REPORT S.No. RFI/RPTE2/RP48409JD23A Page: 2 of 66 Issue Date: 08 November 2006 Test of: Zinwave Ltd 2700 DAS To: FCC Part 22: 2005 (Subpart H) Tested in Accordance to Test Plan RFI/REGA1/TP48310JD01 This page has been left intentionally blank. RFI GLOBAL SERVICES LTD TEST REPORT S.No. RFI/RPTE2/RP48409JD23A Page: 3 of 66 Issue Date: 08 November 2006 Test of: Zinwave Ltd 2700 DAS To: FCC Part 22: 2005 (Subpart H) Tested in Accordance to Test Plan RFI/REGA1/TP48310JD01 Table of Contents 1. Client Information ......................................................................................................... 4 2. Equipment Under Test (EUT) ....................................................................................... 5 3. Test Specification, Methods and Procedures .......................................................... 11 4. Deviations from the Test Specification .................................................................... 12 5. Operation of the EUT during Testing ........................................................................ 13 6. Summary of Test Results........................................................................................... 14 7. Measurements, Examinations and Derived Results................................................ 15 8. Measurement Uncertainty.......................................................................................... 48 9. Measurement Methods............................................................................................... 49 Appendix 1. Test Equipment Used................................................................................ 58 Appendix 2. Test Configuration Drawings ................................................................... 60 RFI GLOBAL SERVICES LTD TEST REPORT S.No. RFI/RPTE2/RP48409JD23A Page: 4 of 66 Issue Date: 08 November 2006 Test of: Zinwave Ltd 2700 DAS To: FCC Part 22: 2005 (Subpart H) Tested in Accordance to Test Plan RFI/REGA1/TP48310JD01 1. Client Information Company Name: Zinwave Ltd Address: Harston Mill Harston Cambridge CB2 5GG Contact Name: Mr D Parkinson RFI GLOBAL SERVICES LTD TEST REPORT S.No. RFI/RPTE2/RP48409JD23A Page: 5 of 66 Issue Date: 08 November 2006 Test of: Zinwave Ltd 2700 DAS To: FCC Part 22: 2005 (Subpart H) Tested in Accordance to Test Plan RFI/REGA1/TP48310JD01 2. Equipment Under Test (EUT) The following information (with the exception of the Date of Receipt) has been supplied by the client: 2.1. Identification of Equipment Under Test (EUT) Description: Hub Unit (HU) Brand Name: Zinwave Model Name or Number: 2700 DAS Unique Type Identification: 00-17-68-00-01-00 Serial Number: 0005256371 Hardware Revision: 1.06 Software Revision: 1.05 FCC ID Number: UPO2700 Country of Manufacture: UK Date of Receipt: 31 August 2006 Description: Antenna Unit (AU) Brand Name: Zinwave Model Name or Number: 2700 DAS Unique Type Identification: MID: 10F54BEB Serial Number: 0005256326 Hardware Revision: 1.08 Software Revision: 1.05 FCC ID Number: UPO2760 Country of Manufacture: UK Date of Receipt: 31 August 2006 RFI GLOBAL SERVICES LTD TEST REPORT S.No. RFI/RPTE2/RP48409JD23A Page: 6 of 66 Issue Date: 08 November 2006 Test of: Zinwave Ltd 2700 DAS To: FCC Part 22: 2005 (Subpart H) Tested in Accordance to Test Plan RFI/REGA1/TP48310JD01 Identification of Equipment Under Test (EUT) (Continued) Description: Antenna Unit (AU) Brand Name: Zinwave Model Name or Number: 2700 DAS Unique Type Identification: MID: 32CF5825 Serial Number: 0005256279 Hardware Revision: 1.08 Software Revision: 1.05 FCC ID Number: UPO2760 Country of Manufacture: UK Date of Receipt: 31 August 2006 Description: Antenna Unit (AU) Brand Name: Zinwave Model Name or Number: 2700 DAS…

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