POZNPMWCS003353ABase Station

Amosphere NPM Installation Procedures (WCS) Release 1.2 Part 003609A revision 01 Revision History RevisionDateChanges Made 01December 16, 2002Released Copyright 2002 SOMA Networks, Inc. All Rights Reserved. SOMA Networks, Inc. 185 Berry Street Suite 2000 San Francisco, CA 94107 U.S.A. Phone +1.415.882.6500 Fax+1.415.882.6501 SOMA, SOMA Networks and the star-and-circle logo are trademarks of SOMA Networks, Inc. All of SOMA Networks’ product names are trademarks of SOMA Networks, Inc. All other company and product names may be trademarks or registered trademarks of their respective owners. Products and services of SOMA Networks, Inc. and those of its licensees may be protected by one or more pending or issued U.S. or foreign patents. A list of third-party software used in the production of or included in this product, as well as any available documentation for such software, can be obtained at www.somanetworks.com/thirdparty.html. SOMA Networks, Inc. assumes no responsibility for the accuracy or completeness of the information presented or for any use of the information contained in this document. SOMA Networks, Inc. reserves the right to, without notice, make changes to its products as progress in engineering or manufacturing methods or circumstances may warrant. December 16, 2002Part 003609A revision 013 Chapter 0 PREFACE This book explains how to install a Network Port Manager (NPM) basestation. NPM installation includes installing the NPM racks, connecting the NPM to the network core, and powering on the system. This book is intended for field technicians with experience installing and configuring telecommunications equipment at cellular basestations and network operations centers. How This Book Is Organized Table 1 shows how information in this book is organized. ChapterTitleDescription Chapter 1Installation OverviewProvides an overview of the installation process Chapter 2Site PreparationLists the physical, environmental, electrical, and network requirements of an NPM Chapter 3Pre-Installation ActivitiesLists activities that must be performed prior to installing an NPM Chapter 4Installation ProceduresProvides procedures for installing an NPM basestation Chapter 5Power-On ProceduresProvides procedures for applying power to the NPM Chapter 6On-Site Software Installation and Configuration Procedures Provides procedures for installing and configuring the software on the NPM Appendix ANPM DecommissioningDescribes how to power off and decommission the NPM Table 1Book Organization 4Part 003609A revision 01December 16, 2002 Amosphere NPM Installation Procedures (WCS) Related Documentation SOMA Networks documentation is modular, so users need to read or carry only those components relevant to a particular job function. This guide makes cross- references to the following documents: „Amosphere NPM Maintenance Procedures – provides procedures for performing maintenance on the NPM. „Amosphere OAMP Guide – provides installation and configuration instructions for the initial commissioning of an NPM basestation. Additional SOMA Networks Documentation Table 2 shows the other guides in the SOMA Networks customer documentation suite. ComponentDescriptionAudience Amosphere Alarms and Events Reference Comprehensive list of all alarms and events Network operations center operators and field technicians Amosphere Diagnostic Procedures Procedures for isolating and fixing network problems Network operations center operators and field technicians Amosphere NPM Hardware Reference Description of the NPM hardware architecture Network operations center operators, field technicians, and network engineers Amosphere Software Installation Procedures Procedures for installing core server software Network operations center operators and field technicians Amosphere Theory of Operations Complete solution overviewNetwork operations center operators and network engineers Booster Antenna Installation Guide Installation instructions for optional SOMAport external antenna Subscribers SOMAport Setup GuideInstallation and maintenance guide for subscriber premises equipment Subscribers Table 2Amosphere Customer Documentation Components December 16, 2002 Part 003609A revision 015 Third-Party Documentation Table 3 shows third-party documents that provide additional information which may be useful when installing the NPM. Conventions This section outlines the conventions used in this guide. Measurement Conventions Measurements in this guide are expressed according to the Systeme International d’Unites (SI) standards for metric units and abbreviation. Equivalent Imperial measurements (used in the United States) are provided in parentheses, except when Imperial is the international standard. Bits and Bytes For clarity, bits and bytes are not abbreviated in this document, but their prefixes are. SOMA Networks follows the common practice of using SI prefixes (base 10) with these terms. Thus, 1 kbit/s (kilobit per second) is equivalent to 1000 bits/s; it should not be confused with 1 Kibit/s (kilobinary bit per second) or 1 x 2 10 = 1024 bits/s. DocumentDescription Central Office Environment Installation/Removal Generic Requirements (GR-1275-CORE) Available from Telcordia Technologies, Inc. Provides generic installation requirements for telecommunication suppliers and carriers. Zyfer AccuSync-R GPS Synchronized Time and Frequency Instrument User’s Manual (377-8006) Available from Zyfer, Inc. Provides installation, configuration, and operational information about the GPS clock module. ZT5550, ZT5541, ZT4804, ZT4805 Hardware User’s Manuals Available from Performance Technologies Inc. The manuals describe the utility bus controllers, radio sector controllers, application hosts, and rear I/O cards in detail. CPC4400 Ethernet Switching Platform User’s and System Integrator’s Guide Available from Performance Technologies Inc. The manual describe the Ethernet switch and rear I/O card in detail. Table 3Third-Party Documentation 6Part 003609A re…

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December 16, 2002 Part 003609A revision 0171 Chapter 4: Installation Procedures ATTACHING THE SHELVES AND MODULES These procedures describe how to attach the shelves and modules to the NPM racks. Table 4.3 shows the actions described in this section. ActionPage Attach the Radio Shelves to the Radio Rack74 Cover Empty Radio Bays75 Attach the Utility Shelf to the Radio Rack76 Install the GPS Clock Module77 Install the RFSS Modules78 Cover Empty RFSS Slots79 Table 4.3Attaching the Shelves and Modules Procedure Summary 72Part 003609A revision 01December 16, 2002 Amosphere NPM Installation Procedures (WCS) Radio Rack Layout The utility and radio shelves and the GPS clock module slide into their respective bays and bolt directly to the rack using 5/16-inch screws. The recommended torque value for each 5/16-inch screw is 50 inch-pounds. Figure 4.9 shows the layout of the radio rack. Figure 4.9Radio Rack Layout 00393 GPS Clock Module Upper Cooling Unit Utility Shelf Radio Shelf #1 Lower Cooling Unit 00446 Ethernet Patch Panel Cable Trough Radio Shelf #2 Radio Shelf #0 Cable Bracket Radio Rack December 16, 2002 Part 003609A revision 0173 Chapter 4: Installation Procedures RF Rack Layout The RFSS modules slide into their respective slots and bolt to each RF shelf using #2 Phillips thumb screws. In NPMs that have less than 12 RFSS modules, the empty slots are covered with filler panels. Figure 4.10 shows the location of the RFSS modules and filler panels in an NPM that supports three sectors. Figure 4.10RF Rack Layout 00393 RF Rack 4-Slot RFSS Filler Panel 2-Slot RFSS Filler Panel RFSS Module 00447 Cable Bracket 74Part 003609A revision 01December 16, 2002 Amosphere NPM Installation Procedures (WCS) Attach the Radio Shelves to the Radio Rack Depending on the configuration of your NPM, there may be one, two, or three radio shelves that need to be installed. The radio shelves are installed in the bottom three bays in the radio rack. If your NPM uses fewer than three radio shelves, you need to add dummy shelves to the empty bays to ensure the required airflow to the occupied bays. To attach the radio shelves to the radio rack 1Remove the radio shelf from its protective bag. NOTE: Each shelf weighs approximately 6.3 kg (14 pounds) before it is filled with cards. You can distinguish the radio shelves from the utility shelf by reading the manufacturer’s label on the chassis. 2Slide the radio shelf into the lowest available radio shelf bay in the radio rack. If the bay is too tight to accommodate the radio shelf, loosen the 5/16-inch screws that hold the cable troughs to the rack. This should provide enough space for you to slide in the radio shelf. If any of the cable brackets interfere with the insertion of the radio shelf, remove them. The cable brackets attach to the rack using 5/16-inch screws. 3Puncture a hole in the grounding tape for each radio shelf screw location. 4Secure the radio shelf to the rack using eight 5/16-inch screws. Torque each screw to 50 inch-pounds. 5Reattach any cable brackets you removed. 6Retighten the 5/16-inch screws on any loosened cable troughs. 7Repeat steps 1 to 6 for the remaining radio shelves. WARNING: Your NPM may arrive with the utility and radio shelves already populated with cards. If this is the case, ensure that you are properly grounded before handling the shelves. Failure to do so may damage the cards. December 16, 2002 Part 003609A revision 0175 Chapter 4: Installation Procedures Cover Empty Radio Bays Depending on the configuration of your NPM, there may be empty bays on the radio rack. Your NPM may arrive with the unused radio bays already occupied with dummy shelves. If this is not the case or if the configuration of your NPM has changed, you need to add dummy shelves to any empty bays to ensure the required airflow to the occupied bays. To cover the empty radio bays 1Slide the dummy shelf into the lowest empty radio shelf bay in the radio rack. If the bay is too tight to accommodate the dummy shelf, loosen the 5/16-inch screws that hold the cable troughs to the rack. This should provide enough space for you to slide in the dummy shelf. 2Puncture a hole in the grounding tape for each dummy shelf screw location. 3Secure the dummy shelf to the rack using eight 5/16-inch screws. Torque each screw to 50 inch-pounds. 4Retighten the 5/16-inch screws on any loosened cable troughs. 5Repeat steps 1 to 4 for any remaining empty bays in the radio rack. 76Part 003609A revision 01December 16, 2002 Amosphere NPM Installation Procedures (WCS) Attach the Utility Shelf to the Radio Rack The utility shelf is installed in the top-most bay in the radio rack. To attach the utility shelf to the radio rack 1Remove the utility shelf from its protective bag. You can distinguish the utility shelf from the radio shelves by reading the manufacturer’s label on the inside of the chassis. 2Slide the utility shelf into the top bay in the radio rack. If the bay is too tight to accommodate the utility shelf, loosen the 5/16-inch screws that hold the upper cooling unit and the cable trough to the rack. This should provide enough space for you to slide in the utility shelf. If any of the cable brackets interfere with the insertion of the radio shelf, remove them. The cable brackets attach to the rack using 5/16-inch screws. 3Puncture a hole in the grounding tape for each utility shelf screw location. 4Attach the utility shelf to the rack using eight 5/16-inch screws. Torque each screw to 50 inch-pounds. 5Reattach any cable brackets you removed. 6Retighten any 5/16-inch screws on the upper cooling unit and the cable trough. December 16, 2002 Part 003609A revision 0177 Chapter 4: Installation Procedures Install the GPS Clock Module The Global Positioning System (GPS) clock module consists of a 1U module that contains two plug-in GPS receivers. The GPS clock module requires two GPS antennas. GPS antenna installation is described on page 110. To install the GPS clock module 1Remove the GPS cl…

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American Telecommunications Certification Body Inc. 6731 Whittier Ave, McLean, VA 22101 January 3, 2003 RE: FCC ID: POZNPMWCS003353A Attention: Juan Martinez I have a few comments on this Application. 1. The internal photos in the file Internal RFSS Module Photos.pdf are unreadable. Please provide clear photos. 2. The drawing of the label is not clear and it does not contain the FCC ID number. Please provide a readable label with the correct FCC ID number. 3. The operational description (theory of operation) is typically a short description of how the device works. You have provided 6 files containing many hundreds of pages, much of what is more adequately defined as user manual information. Can you please provide a shorter description of how the main transmitting device operates? This will make the application process much quicker. 4. I did not find any information in the installation guide about rf exposure, safe distances, or FCC regulatory. Please explain. 5. Please explain your radiated emissions limit calculations in the table on page 32. Perhaps I have miscalculated, but I do not get the same numbers. Dennis Ward mailto:[email protected] The items indicated above must be submitted before processing can continue on the above referenced application. Failure to provide the requested information may result in application termination. Correspondence should be considered part of the permanent submission and may be viewed from the Internet after a Grant of Equipment Authorization is issued. Please do not respond to this correspondence using the email reply button. In order for your response to be processed expeditiously, you must submit your documents through the AmericanTCB.com website. Also, please note that partial responses increase processing time and should not be submitted. Any questions about the content of this correspondence should be directed to the sender.

RE: FCC ID: POZNPMWCS003353A 1. The internal photos in the file Internal RFSS Module Photos.pdf are unreadable. Please provide clear photos. Photo has been uploaded 2. The drawing of the label is not clear and it does not contain the FCC ID number. Please provide a readable label with the correct FCC ID number. New FCC label has been uploaded with the FCC number included in it. 3. The operational description (theory of operation) is typically a short description of how the device works. You have provided 6 files containing many hundreds of pages, much of what is more adequately defined as user manual information. Can you please provide a shorter description of how the main transmitting device operates? This will make the application process much quicker. I have gather together the information on how the signal is transmitted through the system. If this still does not provide enough information on how the system works, please let us know. 4. I did not find any information in the installation guide about rf exposure, safe distances, or FCC regulatory. Please explain. Since the system is a Base station transmitter, in the past we have not placed any RF exposure statements. If this is still an issue please let us know. FCC regulatory statement has been uploaded separately, but will be included in the installation guide. 5. Please explain your radiated emissions limit calculations in the table on page 32. Perhaps I have miscalculated, but I do not get the same numbers. The table has been corrected to include the correct limit (55 dBuV/m) -40 dBm + 95.3 = 55.3 dBuV/m so you were correct. If you need further information or clarification please do not hesitate to contact us via [email protected]. Regards Juan Martinez

External Photos

RFSS Module Photos

SOMA NPM 1000 Model: NPM 1000-3100 CAUTION: FOR INDOOR USE ONLY! USE ONLY WITH APPROVED POWER SUPPLY. INPUT RATING: 24 V DC 292 A MAXIMUM Made in U.S.A. Label P/N: 003337A FCC PART 15 COMPLIANCE This device complies with Part 15 of the FCC Rules. Operation is subject to following two conditions: 1) This device may not cause harmful interference. 2) This device must accept any interference received,including interference that may cause undesired operation. S/N: U L CUS LISTED ITE 91LF E217858 FCC ID: POZNPMWCS003353A

ALL VERSIONS 1 2 50 (6X) (3X) 3 8 7 B 6 SECTOR VERSION A TOP SIDE VIEW ALL VERSIONS 2.50 4.00 .35 (2X) DETAIL A SCALE 1 : 4 99 100 2 (24X) DETAIL B SCALE 1 : 2 ALL VERSIONS 110 FRONT VIEW 9 D C A A B C D 3 4 5 6 78 8 7 6 5 4 3 2 1 THE INFORMATION CONTAINED IN THIS DRAWING IS THE SOLE PROPERTY OF SOMA NETWORKS, INC. ANY REPRODUCTION IN PART OR AS A WHOLE WITHOUT THE WRITTEN PERMISSION OF SOMA NETWORKS IS PROHIBITED. PROPRIETARY AND CONFIDENTIAL MATERIAL: FINISH: DRAWN DATE NAME TITLE: SIZE C DWG. NO. REV SHEET 1 OF 3 SCALE: 1:8 REVISIONS REV. COMMENT UNLESS OTHERWISE SPECIFIED: DO NOT SCALE DRAWING ASSY DWG MX,FRAME,RADIO,NPM,STUFFED,24V,NO FREQ ADM-000002 02 J.CRIM DIMENSIONS ARE IN INCHES TOLERANCES: ANGULAR: 1 ONE PLACE DECIMAL .1 TWO PLACE DECIMAL .01 THREE PLACE DECIMAL .005 DWG. NO. REV SH ADM-000002 02 1 NOTES: (UNLESS OTHERWISE SPECIFIED) 1. THIS DRAWING SHALL BE INTERPRETED PER ANSI Y14.5M 1994. ALL 12-24 THREAD FORMING SCREWS (ITEM 110) USED FOR MOUNTING SHELVES (ITEMS 2, 10 AND 70) IN THE FRAME SHALL BE TORQUED TO 50 +/-5 IN-LBS. TORQUE FACEPLATE SCREWS TO 4.0 +/- 0.5 IN-LBS. FOR BLANK FILLER SHELF (ITEM 70), INSTALL ITEM 80 AT END OF UNUSED POWER CABLES IN PLACE OF CONNECTION TO REAR OF SHELF. TORQUE SCREWS TO 8 +/-1 IN-LB. TO ACCESS AREA TO ADJUST SCREW FOR NUMBER OF SECTORS, THE COVER PANEL MUST BE REMOVED. THIS MUST BE REPLACED AFTER ADJUSTMENT AND THE SCREWS TORQUED BACK TO THEIR ORIGINAL VALUE OF 12 +/-2 IN-LBS. SET NUMBER OF SECTORS: TURN SCREW COUNTER CLOCKWISE AS FAR AS POSSIBLE TO FIND 1 SECTOR POSITION (SHOWN). TURN SCREW CLOCKWISE SO THAT SLOT POINTS TO CORRECT NUMBER OF SECTORS. CABLE TIE BRACKETS AND THE SCREWS THAT MOUNT THEM ON THE FRONT OF THE FRAME SHALL BE SHIPPED LOOSE. BRACKETS TO BE INSTALLED AFTER SHELVES (ITEMS 2, 10 AND 70). POWER CABLES NOT SHOWN FOR CLARITY. AFFIX REGULATORY LABEL, ITEM 99, AS SHOWN. 02 12/19/2002 12/19/2002 Checked By ENG APPR. MODEL FILE: RADIO FRAME, STUFFED.SLDPRT/REVERROR!:Revision 2 1 RELEASE PER EC-02075 2. 3. 4. 5. 6. 7. 8. 9. ; CHANGES PER THIS REV NOTED AS

IF-RF Card Photos

File: R49535 Page 1 of 16 Electromagnetic Emissions Test Report In Accordance With Industry Canada Radio Standards Specification 118 & FCC Part 27 on the Soma Networks Model: WCS NPM 1.1 FCC ID: POZNPMWCS003353A GRANTEE: Soma Networks 185 Berry Street, Suite 2000 San Francisco, CA. 94107 TEST SITE: Elliott Laboratories, Inc. 684 W. Maude Ave Sunnyvale, CA 94086 REPORT DATE: November 27, 2002 FINAL TEST DATE: November 25, 2002 AUTHORIZED SIGNATORY: ______________________________ Juan Martinez Senior EMC Engineer Elliott Laboratories, Inc. is accredited by the A2LA, certificate number 2016-01, to perform the test(s) listed in this report. This report shall not be reproduced, except in its entirety, without the written approval of Elliott Laboratories, Inc. Elliott Laboratories, Inc. -- EMC Department Test Report Report Date: November 27, 2002 File: R49535 Page 2 of 16 Pages TABLE OF CONTENTS COVER PAGE...................................................................................................................................................................................1 TABLE OF CONTENTS..............................................................................................................................................................2 FCC CERTIFICATION INFORMATION..................................................................................................................................3 SCOPE............................................................................................................................................................................................5 OBJECTIVE...................................................................................................................................................................................5 EMISSION TEST RESULTS.......................................................................................................................................................6 SECTION 2.1046: RF POWER OUTPUT.................................................................................................................................6 SECTION 2.1047: MODULATION CHARACTERISTICS...................................................................................................6 Section 2.1047 (d) Other types of equipment................................................................................................................6 SECTION 2.1049: OCCUPIED BANDWIDTH.......................................................................................................................7 SECTION 2.1051: SPURIOUS EMISSION AT ANTENNA TERMINAL...........................................................................7 SECTION 2.1053: FIELD STRENGTH OF SPURIOUS RADIATION.................................................................................7 SECTION 2.1055: FREQUENCY STABILITY........................................................................................................................8 TEST SITE......................................................................................................................................................................................9 GENERAL INFORMATION.....................................................................................................................................................9 CONDUCTED EMISSIONS CONSIDERATIONS.................................................................................................................9 RADIATED EMISSIONS CONSIDERATIONS....................................................................................................................9 MEASUREMENT INSTRUMENTATION................................................................................................................................10 RECEIVER SYSTEM................................................................................................................................................................10 INSTRUMENT CONTROL COMPUTER.............................................................................................................................10 POWER METER......................................................................................................................................................................10 FILTERS/ATTENUATORS....................................................................................................................................................10 ANTENNAS.............................................................................................................................................................................10 ANTENNA MAST AND EQUIPMENT TURNTABLE.....................................................................................................11 INSTRUMENT CALIBRATION............................................................................................................................................11 TEST PROCEDURES.................................................................................................................................................................12 SPECIFICATION LIMITS AND SAMPLE CALCULATIONS...........................................................................................16 RADIATED EMISSIONS SPECIFICATION LIMITS.........................................................................................................16 CALCULATIONS – EFFECTIVE RADIATED POWER....................................................................................................16 EXHIBIT 1: Test Equipment Calibration Data.............................................................................................................1 EXHIBIT 2: Test Measurement Data...............................................................................................................................2 Elliott Laboratories, Inc. -- EMC Department Test Report …

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Test Configuration Photos