CDG : Technology : CDMA Technology Resources

CDMA Technology Resources

Access general information, a tutorial, technical documents and articles on CDMA and cdmaOne. General Information CDMA Quick Market Statistics CDMA Milestones Advantages of CDMA Standards / Reference Documents TIA Documents The CDG does not distribute TIA documents such as those listed below: IS99 - Asynchronous Data & Fax IS657 - Packet Data IS658 - L Interface To obtain TIA documents, please call Global Engineering Documentation at (800) 854-7179. For further assistance, the office number of TIA is (703) 907-7700. Click here to order TIA Documents online. CDMA Certification Forum (CCF) CDG Test reference documents have been transfered to the CDMA Certification Forum (CCF) (Click here to read the official press release) To obtain CCF documents, please visit the CCF website www.globalccf.org. CDG Reference Documents The CDG's Technical Teams have created Reference Documents for a number of CDMA features and services. Educational ABC's of CDMA We are pleased to offer two sections from the CDMA Wireless Academy's introductory course on CDMA: Wireless Communications and Benefits of CDMA. CDMA University QUALCOMM's CDMA University offers seven online modules that provide introductory information on CDMA technology. University of California, San Diego Extensions Code Division Multiple Access or CDMA is the technology that provides the basis for the 3rd generation of wireless telecommunications technology. UCSD Extension's Specialized Certificate in CDMA Engineering provides a wonderful way to grow your technical skills and enhance your career advancement in this rapidly growing field. This certificate is designed to prepare engineers in the fundamental principles and the real-world applications of CDMA engineering. White Papers Past As A Guidepost To The Future: Reflections On The Continued Growth Of The Mobile Communications Industry By Shiv K. Bakhshi, Ph. D. and Randy Giusto, IDC, September 2007, Sponsored by CDG Location-Based Services V2 Roaming Support (Nonproprietary), 80-V8470-2NP A By Qualcomm, January 27, 2005 Mobile Positioning Center (MPC) V2, (Nonproprietary), 80-V6195-2NP B By Qualcomm, January 21, 2005 Location-Based Services Roaming Support (Nonproprietary), 80-V8470-1NP B By Qualcomm, January 21, 2005 Mobile Positioning Center (MPC) V1, (Nonproprietary), 80-V6195-1NP B By Qualcomm, January 20, 2005 Location-Based Services V2, (Nonproprietary), 80-V6410-2NP F By Qualcomm, January 19, 2005 gpsOne User Plane MS-MPC (Nonproprietary), 80-V5456-2NP C By Qualcomm, January 5, 2005 gpsOne User Plane E5 V2 (Nonproprietary), 80-V5458-2NP E By Qualcomm, December 13, 2004 Over-The-Air Provisioning In CDMA By Rohini P.P, Gemplus Technologies, October 2004 gpsOne User Plane MS-MPC (Nonproprietary), 80-V5456-1NP F By Qualcomm, October 18, 2004 gpsOne User Plane Handset V2 Protocol Specification (Nonproprietary), 80-V6114-2NP B By Qualcomm, May 26, 2004 Why Do CDMA Subscribers Need The R-UIM? By Pura Font, Gemplus Corporation, March 10, 2004 Location-Based Services System Specification, 80-V6410-1NP D By Qualcomm, December 3, 2003 gpsOne User Plane E5, 80-V5458-1NP E By Qualcomm, November 21, 2003 CDMA2000 & Wi-Fi: Making a Business Case for Interoperability By CDG, September 2003 An Approach Towards Convergence Of Walsh Codes With SDH Virtual Containers For nth Generation Wireless By Annam Thyagaraja Kishore, Lucent Technologies, August 2003 Ericsson And CDMA-Related Standards Organizations By Ericsson, July 2003 gpsOne User Plane Handset Specification, 80-V6114-1NP Rev. D By Qualcomm, July 11, 2003 Remote RF Is Becoming A Mainstream Solution By Cedric Taylor, Celerica, June 2003 Reverse Link Capacity And Coverage Improvement For CDMA Cellular Systems Using Polarization And Spatial Diversity By Levent Aydin, Eduardo Esteves and Roberto Padovani, Qualcomm, published by IEEE, 2002 This paper explores the benefits of increased diversity order using spatially separated, polarized antennas at the base station receiver of a CDMA cellular system. Copyright © IEEE. Reprinted from (all relevant publication info). This material is posted here with permission of the IEEE. Such permission of the IEEE does not in any way imply IEEE endorsement of any of CDG's products or services. Internal or personal use of this material is permitted. However, permission to reprint/republish this material for advertising or promotional purposes or for creating new collective works for resale or redistribution must be obtained from the IEEE by sending a blank email message to pubs-permissions@ieee.org. By choosing to view this document, you agree to all provisions of the copyright laws protecting it. gpsOne Mobile Station Sensor Interface Application TCP/IP Wrapper Interface Specification, CL93-V2246-1 Rev. B By Qualcomm, September 24, 2002 Capacity and Coverage Improvements of Adaptive Antennas in CDMA Networks, V1.2 By Erik Lindskog and Mitchell Trott of ArrayCom Inc., May 16, 2001 gpsOne Mobile Station Sensor Interface Application TCP/IP Wrapper Interface Specification, CL93-V2246-1 Rev. B By Qualcomm, September 24, 2002 A Novel Polarization Smart Antenna By Joseph Shapira and Samuel Miller, Celletra, May 7, 2001 Transmission Considerations For Polarization-Smart Antennas By Joseph Shapira and Samuel Miller, Celletra, May 5, 2001 On Polarization Transmit Diversity In CDMA Regimes By Joseph Shapira and Samuel Miller, Celletra, February 20, 2001 High Speed Wireless Data - Building The Business Case By Airvana, Inc., 2001 Articles Does GSM Really Have The Edge Over CDMA? By Lance Wilson, Research Director, Wireless Infrastructure, ABI Research, 3Q 2006 CDMA2000 & Wi-Fi: Making a Business Case for Interoperability By CDG, September 2003 CDMA Enhancements Build On A Strong Foundation By CDG, November 2002 Welcome to the World of CDMA by Arthur H.M. Ross,Ph.D. CDMA is a complex concept that can be viewed at many levels. We intend to offer explanations suitable for a broad audience, from non-technical to expert. Global View of CDMA History for TDMA Operators by Perry LaForge, Executive Director, CDMA Development Group, March 2001 The Move to CDMA: Bell Mobility's Technology Decision by Brian O'Shaughnessy, Vice President, Technology Development, Bell Mobility After an initial deployment of TDMA digital technology, Canada's Bell Mobility discovered that its customers' needs were not being met. Following a detailed technical evaluation and exploration of the options, Bell Mobility replaced the TDMA system with CDMA digital technology to capitalize on CDMA's technical and financial advantages today and into the future. Presentations Why Smart Antennas & Subscriber Device Based Enhancements Are Important to Wireless Service Providers, October 1, 2002 By Tom Crook, Director, Technology, Sprint and Dean Prochaska, Director, Sprint CDMA Advantages of AABS Smart Antenna Technology, October 1, 2002 By Alejandro Martínez-Muñoz, CDMA BTS Product Manager, Nortel Network Intelligent Antennas and BLAST for CDMA2000 Networks, October 1, 2002 By Paul Polakos, Director, Wireless Advanced Technology Lab, Bell Labs / Lucent Technologies Use of Smart Antennas in a Mixed CDMA2000 Voice and Data Environment, October 1, 2002 By Eduardo Cocozza, Strategic Marketing Manager, Motorola and Dr. Colin D. Frank, Advanced Radio Technologies Research, Motorola The Evolution Of Smart Antennas To 3G, October 1, 2002 By Marty Feuerstein, Chief Technology Officer, Metawave Adaptive Array Technology in CDMA2000 Basestations and Terminals, October 1, 2002 By Dr. Athos Kasapi, CTO, IntelliCell Group, ArrayComm Mobile Receive Diversity in CDMA2000 - Simulation and Field Test Results, October 1, 2002 By Parag Agashe, Staff Engineer, Qualcomm and Roy Davis, Engineering Director, Qualcomm Inc. CDMA Capacity Evolution - Mobile Receive Diversity, October 1, 2002 By Adam Gould, CTO, CDMA Nokia Mobile Phones