AXAKRC121105-1

198 17-HRC104 201 PA9 © 1999 Ericsson Inc. - All Rights Reserved User Manual PA9 Mobile Advantage Wireless Office (DWOS 1.0) User Manual User Manual—Mobile Advantage Wireless Office (DWOS 1.0) 2(80)198 17-HRC104 201 PA9 The contents of this document are subject to revision without notice due to continued progress in methodology, design, and manufacturing. Ericsson Inc. must have no liability for any errors or damages of any kind re- sulting from the use of this document. User Manual—Mobile Advantage Wireless Office (DWOS 1.0) 198 17-HRC104 201 PA93 (80) Contents 1Introduction 6 1.1About This Manual 6 1.2Revision History 6 1.3How To Use This Manual 7 2System Description 8 2.1Overview 8 2.2Mobile Advantage Mobile Phone User Features 9 2.3Mobile Advantage Connections 12 2.4Mobile Advantage Unit Descriptions 14 2.4.1Mobility Server 14 2.4.2Cellular Radio Exchange (CRE) 15 2.4.3Radio Heads (RH) 18 2.4.4Scanners 18 2.4.5Mobile Advantage Mobile Phones 18 3Site Planning 19 3.1Site Capacity and Reliability 19 3.2Mobility Server Planning 19 3.2.1Mobility Server Connections 20 3.3Cellular Radio Exchange (CRE) Planning 20 3.3.1CRE connections 21 3.4RH Planning 22 3.4.1Estimating Radio Coverage 22 3.4.2RH Connections 23 3.5Scanner Planning 23 3.5.1Scanner Connections 23 4Site Preparation 24 4.1Environmental Requirements 24 4.2Power Requirements 24 4.3RH and Scanner Cable Installation 25 4.3.1Installing Cables From The CRE to RHs or Scanners 25 5Installation 27 5.1Dangers, Warnings, and Cautions 27 5.1.1Protection against Electrostatic Discharge (ESD) 27 5.2Installing RHs or Scanners 28 5.3Installing the Mobile Advantage Mobility Server 28 5.4Installing a Cellular Radio Exchange (CRE) 29 5.4.1Installing a single-cabinet (main) Wall-Mounted CRE 30 5.4.2Installing a two-cabinet (Main and Auxiliary) Wall-Mounted CRE 32 6Integration and Test 36 6.1Integration 36 6.1.1Initial frequency selection 36 User Manual—Mobile Advantage Wireless Office (DWOS 1.0) 4(80)198 17-HRC104 201 PA9 6.1.2Mobile Advantage Initialization 36 6.1.3The ANSI-41 Link to the HLR 37 6.2Post-Installation test 37 7Numbering Plans 39 7.1Examples of number usage 40 8Operations, Administration and Maintenance (O&M) 42 8.1Overview 42 8.1.1Configuration Management 42 8.2O&M User Interface 42 8.2.1User Login 42 8.2.2Examples of O&M interface screens 43 8.3Description of Authorities 44 8.3.1Access Rights 44 8.4Service Areas 45 8.4.1Customer 45 8.4.2End User 46 8.4.3Personal Number services 47 8.4.4Route Handling 47 8.4.5Hardware Resources 47 8.4.6Fault Management 47 8.4.7Number Analysis 48 8.4.8System Network 48 8.4.9Call Logging 48 8.4.10Performance 48 8.4.11Security 48 8.4.12Tools 48 8.4.13System Description 48 8.4.14Security Management 48 9Troubleshooting 50 9.1General 50 9.1.1Start and restart 50 9.1.2System Backup 50 9.2Fault Management 50 9.3Other fault indicators 51 9.3.1RH and Scanner LEDs 52 9.3.2CRE Boards Common LEDs 52 9.3.3DTU Board LEDs 53 9.3.4SPU Boards LEDs 53 9.3.5RLU Boards LEDs 53 9.3.6SWB LEDs 53 10Software and Hardware Upgrades 54 10.1Hardware Upgrades 54 10.2Upgrading From a One-Cabinet to a Two-Cabinet System 55 10.3Software Upgrades 57 User Manual—Mobile Advantage Wireless Office (DWOS 1.0) 198 17-HRC104 201 PA95 (80) 11Appendix A—Cabling and Connectors 58 11.1Overview 58 11.2-48 Vdc Power and Ground Cables 59 11.2.1-48 Vdc Power Cables 59 11.3Backplane Interconnect Cable for a Two-Cabinet CRE 59 11.4RLU Ethernet Interface Cable (Slot Three Only) 60 11.5RLU Connections 60 11.5.1Punch Block to Radio Heads (RH) or Scanners Cabling 60 11.6SwitchBoard (SWB) 66 11.6.1SWB Ethernet Interface 66 11.6.2SWB E1/T1 PCM Interface 67 11.6.3SWB to DTU cables 71 12Appendix B—Acronyms and Abbreviations 72 13Appendix C—Mobile Advantage Unit Specifications 77 13.1Mobility Server 77 13.2CRE Specifications 77 13.2.1CRE Cabinet Dimensions 77 13.2.2CRE Configuration Example 77 13.2.3CRE Board Assignments 78 13.3Radio Heads and Scanners 78 13.4System power requirements 79 14Appendix D—Recommended tools 80 14.1General 80 User Manual—Mobile Advantage Wireless Office (DWOS 1.0) 6(80)198 17-HRC104 201 PA9 1Introduction 1.1About This Manual This user manual describes how to plan, install, configure, test, operate and maintain the Ericsson Mobile Advantage™ Wireless Office. Sections in this manual explain the hardware and software building blocks and the general specifications for the Mobile Advantage system. This manual is developed and maintained in printable form and filtered into HyperText Markup Language (HTML) outputs suitable for Internet publication, printing, and CD-ROM delivery. In print format, acronyms and abbreviations are expanded when first used. All acronyms and abbreviations are explained in “Appendix B—Acronyms and Abbreviations”, on page 72. In the HTML format, all acronyms and abbreviations are hyper-linked to the appendix and references are linked to the sources. General information for the configuration and use of TDMA-136 compatible mobile phones that function within the Mobile Advantage environment is provided in this manual. More specific information about compatible products can be obtained on-line on the Ericsson WEB page. Writer’s Note:This document will contain generic specifications for the TDMA-136 mobile phones as well as a generic description of how to program a phone for use in DWOS. In the HTML version, there should be a link to the Ericsson WEB site that contains more specific information. 1.2Revision History PA1—Chapters one through three are included in release PA1 for review. Other chapters are in progress but all information is not deemed reliable at this time. Other releases will be issued shortly. PA2—Chapters one through three updated with specification data for tables. Chapters four and five in progress, Index for cables is in review. (10/27/98). PA3—Chapters one through three updated after review on 10-30-98, Appendix A updated and reviewed. PA4—Removed references to rack-mounted cabinet. Combined sectio…

Text truncated - open the document above for the full version.

EricssonZ February 9, 1999 Federal Communications Commission Authorization & Evaluation Division 7435 Oakland Mills Road Columbia, Maryland 21046 Attention: Equipment Authorization Branch Subject: Certification for FCC ID: AXAKRC121105-1 Gentlemen: Ericsson Inc. requests a grant of Certification under Part 22, and Part 24 of the Code of Federal Regulations (CFR) Title 47 for the above mentioned FCC Identifier. This Base Station Transceiver is designed for use in the Public Mobile Services, Cellular Radiotelephone Services (Part 22, Subpart H), and the Personal Communications Services, Broadband PCS (Part 24, subpart E). This Transceiver is a fully digitized TDMA system in both requested services. Ericsson Inc. requests confidentiality under CFR 0.459. Confidentiality for the following exhibits are requested: Circuit Diagrams Circuit and Device Description Photographs of the circuit board for the TRX unit Justification of this request is in order to protect the large investment in developing this technology and to facilitate the circuit miniaturization utilized in this design and protect the innovative design as well as proprietary techniques which are implemented. In order to protect Ericsson’s competitive advantage on these proprietary techniques, we request the above listed exhibits be held as confidential and withheld from the Public Information File. The TRX radio head consists of 4 transmitter (TX1, 2, 4, and 5) units and one transceiver (TRX3) (Transmitter and Receiver) unit, all of which utilize a common printed circuit board, so a single identifier will be used for all. The transmitter and transceiver output power range is from .025 Watts (14 dBm) to .000630 Watts (-2 dBm), and is continuously variable in 4 dB steps. If additional information is needed, please contact me at the following numbers: Telephone: (919) 472-6009 FAX: (919) 472-7488 Mobile: (919) 270-6916 Email: [email protected] Sincerely, Darin Hatcher Sr. Staff Engineer, Regulatory Approvals Ericsson Inc. 7001 Development Drive P.O. Box 13969 Research Triangle Park, NC 27709

APPLICANT:2.1033 (12) Ericsson Inc.FCC ID Number: AXAKRC121105-1 EXTERNAL PHOTOGRAPHS 2.1033 (12) Photographs Side of TRX with connector and FCC ID label location: Rear of TRX with Antenna connectors for TX’s 1,2,4,and 5: APPLICANT:2.1033 (12) Ericsson Inc.FCC ID Number: AXAKRC121105-1 EXTERNAL PHOTOGRAPHS Side of Radio Head with R-Link connection: Front of Radio Head with TRX 3 antenna connector location, and RF shielded cover:

APPLICANT:2.1033(11) Ericsson Inc.FCC ID Number: AXAKRC121105-1 IDENTIFICATION PLATE 2.1033(11) Photo of Equipment Identification Label

APPLICANT:2.1033 (12) Ericsson Inc.FCC ID Number: AXAKRC121105-1 EXTERNAL PHOTOGRAPHS 2.1033 (12) Photographs Side of TRX with connector and FCC ID label location: Rear of TRX with Antenna connectors for TX’s 1,2,4,and 5: FCC ID Label APPLICANT:2.1033 (12) Ericsson Inc.FCC ID Number: AXAKRC121105-1 EXTERNAL PHOTOGRAPHS Side of Radio Head with R-Link connection: Front of Radio Head with TRX 3 antenna connector location, and RF shielded cover:

APPLICANT:2.1033 (1-2)(4-8) Ericsson Inc.FCC ID Number: AXAKRC121105-1 DESCRIPTION 2.1033 (c) (1)Manufacturer:Ericsson Inc. 1 Mountain View Road Lynchburg VA 24502 Applicant:Ericsson Inc. Darin Hatcher 7001 Development Drive Research Triangle Park, NC 27709 (2)FCC Identifier: AXAKRC121105-1 (4)Type of Emissions:40K0DXW. This transmitter is for use in the Personal Communications Service (CFR title 47 part 24 Subpart E), and in the Public Mobile Service (CFR title 47 part 22 Subpart H Cellular Radiotelephone Service). (5) Frequency Ranges:869 to 894 MHz and 1930 to 1990 MHz. (6)Range of operating power: The TX/TRX output is 14 dBm (25 mW) to -2 dBm (0.63 mW). There are 4 TX, and 1 TRX The output power is Digitally controlled in 4 dB steps (+14 to -2 dB). (7)Maximum Power Rating: 14 dBm (25 mW) per channel (TRX) (8)DC Voltage and Current: Final Amplifier Voltage and Current. Output Power:.025W Voltage (DC):5 Current (Amps):0.16

APPLICANT:2.1033 (9) Ericsson Inc.FCC ID Number: AXAKRC121105-1 TUNE-UP PROCEDURE 2.1033 (9) Tune-up Procedure All the necessary adjustments will be set in the factory, and no adjustments are needed. The output power level will have its 25 mW limit defined during the factory calibration and will not operate outside of this limit. The operating output power is remotely controlled by the Cellular Radio Exchange (CRE). If the Transceiver (TRX) is not able to maintain the requirements for power output, frequency stability, etc., a fault code is sent to the CRE. On severe faults the TRX will disable transmission.

APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 1 - 2.1046 (a) RF Power Output The 800 MHz Band RF power output at the TX1 antenna terminal is: Page 2:800 MHz channel 991, power range from lowest to highest. Page 3:800 MHz channel 383, power range from lowest to highest. Page 4:800 MHz channel 799, power range from lowest to highest. The 800 MHz Band RF power output at the TRX3 antenna terminal is: Page 5:800 MHz channel 991, power range from lowest to highest. Page 6:800 MHz channel 383, power range from lowest to highest. Page 7:800 MHz channel 799, power range from lowest to highest. The 1900 MHz Band RF power output at the TX1 antenna terminal is: Page 8:800 MHz channel 2, power range from lowest to highest. Page 9:800 MHz channel 998, power range from lowest to highest. Page 10:800 MHz channel 1998, power range from lowest to highest. The 1900 MHz Band RF power output at the TRX3 antenna terminal is: Page 11:800 MHz channel 2, power range from lowest to highest. Page 12:800 MHz channel 998, power range from lowest to highest. Page 13:800 MHz channel 1998, power range from lowest to highest. Equipment used: Hewlett Packard RF Vector Signal AnalyzerHP 89441A APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 2 - APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 3 - APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 4 - APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 5 - APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 6 - APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 7 - APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 8 - APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 9 - APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 10 - APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 11 - APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 12 - APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 13 -

APPLICANT:2.1033(14), 2.1051/3 Ericsson Inc.FCC ID Number: AXAKRC121105-1 SPURIOUS EMISSIONS - 1 - 2.1051 Conducted Spurious Emissions Spurious emissions at the antenna terminal (conducted) when properly loaded with an appropriate artificial antenna were measured. Results are shown in the following exhibits: Page numberTransmitterChannelPower Level Page 2TX 1Ch. 991High power and Low Power Page 3TX 1Ch. 383High power and Low Power. Page 4TX 1Ch. 799High power and Low Power. Page 5TRX 3Ch. 991High power and Low Power. Page 6TRX 3Ch. 383High power and Low Power. Page 7TRX 3Ch. 799High power and Low Power. Page 8TX 1Ch. 2High power and Low Power. Page 9TX 1Ch. 998High power and Low Power. Page 10TX 1Ch. 1998High power and Low Power. Page 11TRX 3Ch. 2High power and Low Power. Page 12TRX 3Ch. 998High power and Low Power. Page 13TRX 3Ch. 1998High power and Low Power. Equipment used: HP 8563E Spectrum Analyzer 2.1053Field Strength Spurious Emissions Ref. 2.993 field strength of spurious emissions was measured at the following NVLAP accredited test lab: Underwriters Laboratories Inc. 12 Laboratory Drive Research Triangle Park, NC 27709 Results are shown in the following exhibits: Page numberTransmitterChannelPower Level Page 14TX 1Ch. 991High power and Low Power Page 15TX 1Ch. 383High power and Low Power. Page 16TX 1Ch. 799High power and Low Power. Page 17TRX 3Ch. 991High power and Low Power. Page 18TRX 3Ch. 383High power and Low Power. Page 19TRX 3Ch. 799High power and Low Power. Page 20TX 1Ch. 2High power and Low Power. Page 21TX 1Ch. 998High power and Low Power. Page 22TX 1Ch. 1998High power and Low Power. Page 23TRX 3Ch. 2High power and Low Power. Page 24TRX 3Ch. 998High power and Low Power. Page 25TRX 3Ch. 1998High power and Low Power. APPLICANT:2.1033(14), 2.1051/3 Ericsson Inc.FCC ID Number: AXAKRC121105-1 SPURIOUS EMISSIONS - 2 - Transmitter Conducted measurements: Transmitter Conducted Spurious Emissions Channel 991. TX1 High Power -90 -80 -70 -60 -50 -40 -30 -20 -10 0 10 0200040006000800010000 Frequency (MHz) ------- = FCC LIMIT LINE Power in dBm No Spurious Emissions with in 20 dB of the limit Transmitter Conducted Spurious Emissions Channel 991. TX1 Low Power -90 -80 -70 -60 -50 -40 -30 -20 -10 0 10 0200040006000800010000 Frequency (MHz) ------- = FCC LIMIT LINE Power in dBm No Spurious Emissions with in 20 dB of the limit APPLICANT:2.1033(14), 2.1051/3 Ericsson Inc.FCC ID Number: AXAKRC121105-1 SPURIOUS EMISSIONS - 3 - Transmitter Conducted Spurious Emissions Channel 383. TX1 High Power -90 -80 -70 -60 -50 -40 -30 -20 -10 0 10 02000400060008000100001200014000160001800020000 Frequency (MHz) ------- = FCC LIMIT LINE Power in dBm Transmitter Conducted Spurious Emissions Channel 383. TX1 Low Power -90 -80 -70 -60 -50 -40 -30 -20 -10 0 10 0200040006000800010000 Frequency (MHz) ------- = FCC LIMIT LINE Power in dBm No Spurious Emissions with in 20 dB of the limit APPLICANT:2.1033(14), 2.1051/3 Ericsson Inc.FCC ID Number: AXAKRC121105-1 SPURIOUS EMISSIONS - 4 - Transmitter Conducted Spurious Emissions Channel 799. TX1 High Power -90 -80 -70 -60 -50 -40 -30 -20 -10 0 10 0200040006000800010000 Frequency (MHz) ------- = FCC LIMIT LINE Power in dBm Transmitter Conducted Spurious Emissions Channel 799. TX1 Low Power -90 -80 -70 -60 -50 -40 -30 -20 -10 0 10 0200040006000800010000 Frequency (MHz) ------- = FCC LIMIT LINE Power in dBm No Spurious Emissions with in 20 dB of the limit APPLICANT:2.1033(14), 2.1051/3 Ericsson Inc.FCC ID Number: AXAKRC121105-1 SPURIOUS EMISSIONS - 5 - Transmitter Conducted Spurious Emissions Channel 991. TRX3 High Power -90 -80 -70 -60 -50 -40 -30 -20 -10 0 10 0200040006000800010000 Frequency (MHz) ------- = FCC LIMIT LINE Power in dBm Transmitter Conducted Spurious Emissions Channel 991. TRX3 Low Power -90 -80 -70 -60 -50 -40 -30 -20 -10 0 10 0200040006000800010000 Frequency (MHz) ------- = FCC LIMIT LINE Power in dBm No Spurious Emissions with in 20 dB of the limit APPLICANT:2.1033(14), 2.1051/3 Ericsson Inc.FCC ID Number: AXAKRC121105-1 SPURIOUS EMISSIONS - 6 - Transmitter Conducted Spurious Emissions Channel 383. TRX3 High Power -90 -80 -70 -60 -50 -40 -30 -20 -10 0 10 0200040006000800010000 Frequency (MHz) ------- = FCC LIMIT LINE Power in dBm Transmitter Conducted Spurious Emissions Channel 383. TRX3 Low Power -90 -80 -70 -60 -50 -40 -30 -20 -10 0 10 0200040006000800010000 Frequency (MHz) ------- = FCC LIMIT LINE Power in dBm No Spurious Emissions with in 20 dB of the limit APPLICANT:2.1033(14), 2.1051/3 Ericsson Inc.FCC ID Number: AXAKRC121105-1 SPURIOUS EMISSIONS - 7 - Transmitter Conducted Spurious Emissions Channel 799. TRX3 High Power -90 -80 -70 -60 -50 -40 -30 -20 -10 0 10 0200040006000800010000 Frequency (MHz) ------- = FCC LIMIT LINE Power in dBm Transmitter Conducted Spurious Emissions Channel 799. TRX3 Low Power -90 -80 -70 -60 -50 -40 -30 -20 -10 0 10 0200040006000800010000 Frequency (MHz) ------- = FCC LIMIT LINE Power in dBm No Spurious Emissions with in 20 dB of the limit APPLICANT:2.1033(14), 2.1051/3 Ericsson Inc.FCC ID Number: AXAKRC121105-1 SPURIOUS EMISSIONS - 8 - Transmitter Conducted Spurious Emissions Channel 2. TX1 Low Power -90 -80 -70 -60 -50 -40 -30 -20 -10 0 10 02000400060008000100001200014000160001800020000 Frequency (MHz) ------- = FCC LIMIT LINE Power in dBm No Spurious Emissions with in 20 dB of the limit Transmitter Conducted Spurious Emissions Channel 2. TX1 High Power -90 -80 -70 -60 -50 -40 -30 -20 -10 0 10 02000400060008000100001200014000160001800020000 Frequency (MHz) ------- = FCC LIMIT LINE Power in dBm No Spurious Emissions with in 20 dB of the limit APPLICANT:2.1033(14), 2.1051/3 Ericsson Inc.FCC ID Number: AXAKRC121105-1 SPURIOUS EMISSIONS - 9 - Transmitter Conducted Spurious Emissions Channel 998. TX1 Low Power -90 -80 -70 -60 -50 -40 -30 -20 -10 0 10 02000400060008000100001200014000160001800020000 Frequency (MHz) ------- = FCC LIMIT LINE Power in dBm No Spurious Emissions with in 20 dB of the limit Transmitter Conducte…

Text truncated - open the document above for the full version.

APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 1 - 2.1047 (d)Modulation Characteristics The modulation characteristics for this unit is measured with pseudorandom data modulation of the unit and the result is shown as the Error Vector Magnitude which is limited to 12.5 percent according to the TIA/IS-136/IS-138. In this test the Vector Error is measured 21 times on each frequency to show the range at which can be expected. Page 2:800 MHz TX 1 modulation characteristics, high, mid., and low channels. Page 3:800 MHz TRX3 modulation characteristics, high, mid., and low channels. Page 4:1900 MHz TX 1 modulation characteristics, high, mid., and low channels. Page 5:1900 MHz TRX3 modulation characteristics, high, mid., and low channels. Equipment used: Hewlett Packard RF Vector Signal AnalyzerHP 89441A APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 2 - APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 3 - APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 4 - APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 5 -

APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 1 - 2.1049 (h) Occupied Bandwidth Pages 2 through 13 are the Occupied Bandwidth plots for the Part 22 .917 (c) (Subpart H Cellular Radiotelephone Service). All plots are modulated with 48.6 kbs Pseudorandom Data. Page numberTransmitterChannelPower Level Page 2TX 1Ch. 991High power. Page 3TX 1Ch. 383High power. Page 4TX 1Ch. 799High power. Page 5TX 1Ch. 991Low power. Page 6TX 1Ch. 383Low power. Page 7TX 1Ch. 799Low power. Page 8TRX 3Ch. 991High power. Page 9TRX 3Ch. 383High power. Page 10TRX 3Ch. 799High power. Page 11TRX 3Ch. 991Low power. Page 12TRX 3Ch. 383Low power. Page 13TRX 3Ch. 799Low power. Pages 14 through 33 are Occupied Bandwidth plots for Part 24.238 Emission Limits (Subpart E Broadband PCS). All plots are modulated with 48.6 kbs Pseudorandom Data. Page numberTransmitterChannelPower LevelType of plot Page 14TX 1Ch. 2High powerReference. Page 15TX 1Ch. 2High powerEmission BW. Page 16TX 1Ch. 2High powerBlock Edge. Page 17TX 1Ch. 2Low powerReference. Page 18TX 1Ch. 2Low powerBlock Edge. Page 19TX 1Ch. 1998High powerReference. Page 20TX 1Ch. 1998High powerEmission BW. Page 21TX 1Ch. 1998High powerBlock Edge. Page 22TX 1Ch. 1998Low powerReference. Page 23TX 1Ch. 1998Low powerBlock Edge. Page 24TRX 3Ch. 2High powerReference. Page 25TRX 3Ch. 2High powerEmission BW. Page 26TRX 3Ch. 2High powerBlock Edge. Page 27TRX 3Ch. 2Low powerReference. Page 28TRX 3Ch. 2Low powerBlock Edge. Page 29TRX 3Ch. 1998High powerReference. Page 30TRX 3Ch. 1998High powerEmission BW. Page 31TRX 3Ch. 1998High powerBlock Edge. Page 32TRX 3Ch. 1998Low powerReference. Page 33TRX 3Ch. 1998Low powerBlock Edge. Equipment Used: Part 22 plotsHP 89441AHewlett Packard RF Vector Signal Analyzer Part 24 plotsHP 8563EHewlett Packard Spectrum Analyzer APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 2 - APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 3 - APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 4 - APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 5 - APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 6 - APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 7 - APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 8 - APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 9 - APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 10 - APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 11 - APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 12 - APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 13 - APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 14 - 1900 MHz Frequency Band for PCS The measurement methods according to CFR title 47 Part 24.238 were used to obtain the following results: 24.238 (b) Transmitter 1 High Power (Attenuation = 0) Ch. 2 (1.93008 GHz) 24.238 (b) Reference plot: APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 15 - 24.238 (b) Emission Bandwidth (26 dBc method): 48.6 kbs Pseudorandom Data. APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 16 - 24.238 (c) Block Edge: 48.6 kbs Pseudorandom Data. APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 17 - Low Power (Attenuation = 20) Ch. 2 (1.93008 GHz) 24.238 (b) Reference plot: APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 18 - 24.238 (c) Block Edge: 48.6 kbs Pseudorandom Data. APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 19 - Transmitter 1 continued; High Power (Attenuation = 0) Ch. 1998 (1.98996 GHz) 24.238 (b) Reference plot: APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 20 - 24.238 (b) Emission Bandwidth (26 dBc method): 48.6 kbs Pseudorandom Data. APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 21 - 24.238 (c) Block Edge: 48.6 kbs Pseudorandom Data. APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 22 - Low Power (Attenuation = 20) Ch. 1998 (1.98996 GHz) 24.238 (b) Reference un-modulated carrier: APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 23 - 24.238 (c) Block Edge: 48.6 kbs Pseudorandom Data. APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 24 - Transceiver 3 High Power (Attenuation = 0) Ch. 2 (1.93008 GHz) 24.238 (b) Reference plot: APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 25 - 24.238 (b) Emission Bandwidth (26 dBc method): 48.6 kbs Pseudorandom Data. APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 26 - 24.238 (c) Block Edge: 48.6 kbs Pseudorandom Data. APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 27 - Low Power (Attenuation = 20) Ch. 2 (1.93008 GHz) 24.238 (b) Reference plot: APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 28 - 24.238 (c) Block Edge: 48.6 kbs Pseudorandom Data. APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 29 - High Power (Attenuation = 0) Ch. 1998 (1.98996 GHz) 24.238 (b) Reference plot: APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 30 - 24.238 (b) Emission Bandwidth (26 dBc method): 48.6 kbs Pseudorandom Data. APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 31 - 24.238 (c) Block Edge: 48.6 kbs Pseudorandom Data. APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 32 - Low Power (Attenuation = 20) Ch. 1998 (1.98996 GHz) 24.238 (b) Reference plot: APPLICANT:2.1033 Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT - 33 - 24.238 (c) Block Edge: 48.6 kbs Pseudorandom Data.

APPLICANT:2.1033(14) Ericsson Inc.FCC ID Number: AXAKRC121105-1 TEST REPORT 2.1055 Frequency Stability Variations of output frequency as a result of either temperature or voltage variations is reported below: The measurements were taken per CFR Title 47 Part 2.1055. *NOTE: Frequency Stability is continuously checked and monitored. In the event of an unsatisfactory Frequency stability the channel is shut down. The product is marketed to operate from 0 to 50 degrees C. This test was run from +50 to –30, at temperatures below –20 the Stability exceeded the programmed value (.1 ppm) and the channel was shut down. Therefor there is no data represented at –30 degrees C. Equipment Used: HP 89441AHewlett Packard RF Vector Signal Analyzer HP 6813A AC Power Source / Analyzer (Output DC) ESPEC EMX612PA Temperature Chamber FREQUENCY vs. TEMPERATURE DATE: January 11 1999 -0.5 -0.4 -0.3 -0.2 -0.1 0 0.1 0.2 0.3 0.4 0.5 -35-25-15-551525354555 TEMPERATURE in DEGREES CELSIUS See Note* PPM FREQUENCY vs. VOLTAGE DATE: Feb. 5-99 -0.5 -0.4 -0.3 -0.2 -0.1 0 0.1 0.2 0.3 0.4 0.5 -55.5-50.5-45.5-40.5 VOLTAGE PPM