CDMA Development Group Contribution on CDMA2000 and Spectrum Flexibility

Similar documents
COPYRIGHTED MATERIAL. Introduction. Harri Holma and Antti Toskala. 1.1 WCDMA in Third-Generation Systems

Mobile broadband technology opportunities in emerging markets

Wireless Communication

Wireless Communication

The jungle of standards what is in the wild?

3G Wireless. from an Operator s Perspective. David T. Shimozawa Technology Development. Page 1. June 2001

MAXIMIZING THE WIRELESS OPPORTUNITY TO CLOSE THE DIGITAL GAP

Big Picture. ~10 years between generations

CDMA2000 Benefits and Market Status

Dr. Bienvenu AGBOKPONTO SOGLO Gov t Affairs Director, West & Central Africa

CDMA in Latin America, the present and the future Latin America Conference São Paulo April 17, 2002

UMTS & New Technologies «Wireless data world»

3G Technical Evolution as an evolving broadband solution

Bridging the Digital Divide Using IMT-2000 to provide Universal Access to Telecom Services

MAXIMISING THE OPPORTUNITY OF THE DIGITAL DIVIDEND Development and harmonisation of spectrum policy to achieve broadband connectivity

Fortune 500 Company. Celebrating more than 25 years of driving the evolution of wireless communications

Chapter 2 The 3G Mobile Communications

Mobile Broadband Comparison. CDMA Development Group March 2008

3rd Generation Mobile Wireless

network overload. limited spectrum RCC IMT. growing demands

4G Mobile Communications

Hong Kong September 2009

Rab Nawaz Jadoon DCS. Assistant Professor. Department of Computer Science. COMSATS Institute of Information Technology. Mobile Communication

Nokia Siemens Networks TD-LTE whitepaper

IMT-2000 vs. Fixed Wireless Access (FWA) systems. The 3G/UMTS Proposition

Digital Dividend Overview - Spectrum Considerations

WCDMA. Hemant K Rath. Research Scholar. Department of Electrical Engineering IIT-Bombay WCDMA Hemant K Rath, IIT-Bombay 1

PCS. Reference. Wireless and Mobile Network Architectures Y-Bing Lin and Imrich Chlamtac Wiley Computer Publishing

ITU Activities on IMT-2000

COPYRIGHTED MATERIAL. Introduction. Harri Holma and Antti Toskala. 1.1 WCDMA technology and deployment status

Session 2: 4G to 5G networks and standard releases

The Smart Money Is On 3G

Standardization Trend for Super 3G (LTE)

Development of CDMA2000 1x EV-DO in Rural Area in Indonesia

Roaming between IMT-MC-450 networks and with the other cellular networks

On the road with 3GPP. 3GPP s Long Term Evolution and System Architecture Evolution projects

3G Network Convergence

Wireless systems overview

Spectrum for IMT. Veena Rawat, O.C., Ph.D. Senior Spectrum Advisor, GSMA. Guatemala city, August, 28 th, 2017

Towards Global Implementation

Harmonization of the Use of 700MHz Band APT s Initiatives ASIA PACIFIC TELECOMMUNITY

Exploring Mobile Broadband Opportunities

3GPP Broadband for Public Safety

Technology Options for Evolution from Existing Mobile Systems to IMT-2000 IMT-2000 Seminar Section 3.2.2

Reliance Infocomm Ltd.

Views to 5G Standard

Latin America Deep Dive. Erasmo Rojas Director America Latina y El Caribe 4G Americas

Business Drivers for Selecting LTE Technology. HSPA+ & LTE Executive Briefing, Jan 27, 2009 Hank Kafka, Vice President, Network Architecture, AT&T

Evolution of Wireless Mobile Communication

Progress Report of NTT DOCOMO LTE Trials January 26, 2009 Takehiro Nakamura NTT DOCOMO

Converging LTE networks

Agilent E7478A GPRS Drive Test System

Mobile broadband wireless access. - Connecting all EU citizens against economic downturn

Introduction to Mobile Broadband (imb)

Internet Accessibility Continental Comparison. Marcus Leaning Professor of Digital Media Education University of Winchester U.K.

Overview. IS-95A + TSB-74/J-STD-008 cdmaone. Current Network Architecture. IS-95A Performance Issues. IS-95B Enhancements

The primer for everything?! Lars Dittmann Head of Communication Technology Cluster

Overview of ITU Standards For Broadband. Bilel Jamoussi, ITU

Introduction Mobile Broadband Market, HSPA+/LTE and frequency bands

3G Evolution. Flexible bandwidth in LTE. Outline. Chapter: Introduction. Frequency spectrum for LTE 1 (4) LTE

Spectrum Audit - What does the mobile world look like today?

Wireless Networking: An Introduction. Hongwei Zhang

Conformance test system with unique test coverage

Imagining Tomorrow's Wireless Landscape

LTE IS IT THE BEST WAY FORWARD FOR IOT?

2 & 3G Cellular Backhaul: Future Proof Approach

INTRODUCTION TO LTE. ECE MOBILE COMMUNICATION Monday, 25 June 2018

Make the most of Mobile Broadband - an enabler of the digital economy and sustainable society

E1-E2 UPGRADATION COURSE CONSUMER MOBILITY. 3G Concept

WIRELESS SYSTEM AND NETWORKING

Spectrum Policies for mobile broadband development

One Box Tester for LTE-Advanced UE Development

An Overview of Wireless Networks

Etienne Chaponniere Sr. Director, Technical Standards. Introduction to 5G. DASH-IF August 20 th 2015

Len Lauer Chief Operating Officer. The Future of Wireless

E6474A RANAdvisor W1314A/B Multi-Band Wireless Measurement Receiver

CHALLENGES TO LTE PROGRESS. The Evolution of Mobile Broadband and Regulatory Policy

Chinese Activities on 3G & beyond 3G. Wang zhiqin CJK meeting 7th Nov. 2002

Overall Conclusions 3.2.2: Seminar Feedback and Conclusions

Excerpt Poland: LTE and Fiber Rollouts to Turn Telecom Market Around, M&A to Continue

IMT-2000 & SYSTEMS BEYOND ITU Seminar Ottawa, Canada 28 May 2002

COPYRIGHTED MATERIAL. Introduction. Edited by Harri Holma and Antti Toskala. 1.1 WCDMA Early Phase

The Internet of Things is Now: M2M Devices Forecast

Our Wireless Advantage

Analysis of the cdma2000. and UTRA Wireless. 3G Proposals. Final Report. Gabriel Sacripanti EE /7/99

Lehman Brothers Worldwide Wireless & Wireline Conference. May 28, 2008

CDMA2000 CDMA2000 Operator Case Case Studies Studies CDMA Development Group CDMA J l y

Session December 2013 Islamic Republic of Iran

Chapter 1: Introduction

CDMA2000 1x Deployment and Associated Multimedia Services Launched in Japan. KDDI Corporation

TECHNOLOGY OPTIONS FOR EVOLUTION FROM EXISTING MOBILE SYSTEMS

Industry Landscape in Mobile Comupting.

Broadband Wireless Deployment Approach. Indian Perspective.

Mobile Broadband Communications

Challenges of Global Roaming

4G, LTE and the Road to 5G

GSM. Course requirements: Understanding Telecommunications book by Ericsson (Part D PLMN) + supporting material (= these slides) GPRS

One Box Tester for LTE-Advanced UE Development

CDMA2000: Delivering on 3G

GISFI 5G Workshop. Sri Chandra Standards Senior Manager, IEEE-SA

Transcription:

Dept. of Communications & Information Technology Republic of Indonesia Workshop on Radio Frequency Spectrum for the 3 rd Generation Mobile Communications System (IMT-2000) CDMA Development Group Contribution on CDMA2000 and Spectrum Flexibility Bill Dahnke CDMA Development Group 21 July 2005

CDMA Development Group CDMA Worldwide CDMA2000 at 1900 MHz Guardband for Mixed Band Plan Impact of CDMA2000 PCS Operator Re-location 2

CDMA Development Group CDMA Worldwide CDMA2000 at 1900 MHz Guardband for Mixed Band Plan Impact of CDMA2000 PCS Operator Re-location 3

CDMA Development Group - CDG The CDG is a consortium of CDMA operator and vendor member companies from around the world. Members are involved in CDMA system deployment and support. Operators Subscriber Equipment Value-Added Services Network Infrastructure Network Enhancement/ Optimization Network Interface & Access 4

Charter of the CDG To lead the rapid evolution and deployment of CDMA-based systems, based on open standards and encompassing all core architectures, to meet the needs of markets around the world Information Distribution Conferences Emails Website Press Briefings Technical Service Development System Testing GHRC Evolution MMS Deployment Assistance Time-to-Market Int l Roaming Interoperability Regulatory 5

CDMA Development Group CDMA Worldwide CDMA2000 at 1900 MHz Guardband for Mixed Band Plan Impact of CDMA2000 PCS Operator Re-location 6

The Dominant 3G Standards are Based on CDMA IMT-2000 Terrestrial Radio Interfaces IMT-2000 CDMA Direct Spread IMT-2000 CDMA Multi-Carrier IMT-2000 CDMA TDD IMT-2000 TDMA Single Carrier IMT-2000 FDMA/ TDMA WCDMA (UMTS) CDMA2000 1X & 1xEV UTRA TDD & TD-SCDMA UWC-136/ EDGE DECT 3G CDMA Source: ITU-R recommendation M.1457 7

CDMA is the Fastest Growing Worldwide Cellular Technology Serves more than 256 million users across all continents Subscriber base growing at 27% per year, compared to 20% for the overall industry 43% CDMA market growth in Asia Rapidly expanding in key markets India fastest growing technology, reached 12+ million subscribers and growing rapidly China 28 million users Indonesia 5 commercial CDMA operators Source: CDMA Development Group Dominant technology in North America CDMA: 97 million subscribers, 49% market share TDMA: being phased out GSM: 57 million subscribers, 30% market share 8

CDMA2000 Dominates 3G Market Today 168 million 3G (IMT-2000) Subscribers on CDMA2000 Source: CDMA Development Group and UMTS Forum 9

CDMA2000 Dominates 3G Market Today 168 million 3G (IMT-2000) Subscribers on CDMA2000 Source: CDMA Development Group and UMTS Forum 25 million 3G (IMT-2000) Subscribers on WCDMA 10

CDMA Development Group CDMA Worldwide CDMA2000 at 1900 MHz Guardband for Mixed Band Plan Impact of CDMA2000 PCS Operator Re-location 11

ITU Identified Bands for 3G (IMT-2000) IMT-2000 806-960 800 900 IMT-2000 1710-2025 IMT-2000 2110-2200 1700 1800 1900 2000 2100 2200 IMT-2000 2500 2690 2500 2600 Frequency Band in Megahertz (MHz) 12

3G Deployments in Various Bands CDMA2000 (1.25 MHz) India, China, Japan, Korea, USA, and 60+ other countries IMT 2000 806-960 800 900 IMT 2000 1710-2025 IMT 2000 2110-2200 1700 1800 1900 2000 2100 2200 IMT2000 2500 2690 2500 2600 Frequency Band in Megahertz (MHz) 13

3G Deployments in Various Bands CDMA2000 (1.25 MHz) CDMA2000 (1.25 MHz) Over 65 CDMA operators in 1900 MHz PCS band in 21 countries IMT 2000 806-960 800 900 IMT 2000 1710-2025 IMT 2000 2110-2200 1700 1800 1900 2000 2100 2200 IMT2000 2500 2690 2500 2600 Frequency Band in Megahertz (MHz) 14

3G Deployments in Various Bands CDMA2000 (1.25 MHz) CDMA2000 (1.25 MHz) WCDMA (5 MHz) IMT 2000 806-960 800 900 Both CDMA2000 and WCDMA operate in 1900 MHz PCS band in USA IMT 2000 1710-2025 IMT 2000 2110-2200 1700 1800 1900 2000 2100 2200 IMT2000 2500 2690 2500 2600 Frequency Band in Megahertz (MHz) 15

3G Deployments in Various Bands CDMA2000 (1.25 MHz) CDMA2000 (1.25 MHz) WCDMA (5 MHz) WCDMA (5 MHz) WCDMA operates across these two bands in Europe and Asia IMT 2000 806-960 800 900 IMT 2000 1710-2025 IMT 2000 2110-2200 1700 1800 1900 2000 2100 2200 IMT2000 2500 2690 2500 2600 Frequency Band in Megahertz (MHz) 16

Who Operates CDMA2000 at 1900 MHz? Romania Canada USA Mexico Ecuador Colombia Guatemala Puerto Rico Dom.Rep. Haiti, USVI Algeria Brazil Pakistan Nepal Congo Indonesia Uruguay Chile Argentina Nigeria Over 65 networks in 21 countries on 5 continents 17

More than 250 of 700+ CDMA2000 Terminals Operate at 1900 MHz Color Displays and 3 MegaPixel Cameras Streaming Video Real-Time VOD/AOD Voice Recognition, GPS R-UIM enabled Low-tier phones as well Source: www.3gtoday.com 18

CDMA Development Group CDMA Worldwide CDMA2000 at 1900 MHz Guardband for Mixed Band Plan Impact of CDMA2000 PCS Operator Re-location 19

Mixed Band Plan Spectrum allocation proposal for 3G Services in Indonesia (with 5 MHz guard band at UMTS-PCS boundary) GB: 5 MHz GB: 10 MHz GB: 5 MHz DCS D/L PCS U/L UMTS U/L PCS D/L UMTS D/L 75 MHz 25 MHz 40 MHz 25 MHz 40 MHz 1805 1880 1885 1910 1920 1960 1965 1990 2110 2150 Frequency in MHz DCS downlink spectrum for GSM/GPRS/EDGE services UMTS up/downlink spectrum for WCDMA services PCS up/downlink spectrum for CDMA2000 1X and 1xEV-DO services GB: Guard Band 20

Guard Band provision between UMTS Uplink and PCS Downlink Available guard band between the UMTS uplink and the PCS downlink is always more than the proposed 5 MHz guard band Occupied bandwidth of a WCDMA carrier is 3.84 MHz. Hence, 580 khz of inherent guardband available on each side of a WCDMA carrier Provision exists in the PCS band allocations for a 625 khz of inherent guardband at the edges Hence, total available guard band between UMTS U/L and PCS D/L is 0.58 + 5 + 0.625 = 6.205 MHz UMTS Uplink Last WCDMA carrier Available GB: 0.58+5+0.625 = 6.205 MHz PCS Downlink CDMA2000 Carriers GB Provision: 5 MHz 1955 1960 1965 1970 Frequency in MHz Center-to-center frequency of 8.75 MHz 21

Interference Considerations with the UMTS-PCS Mixed Band Plan Types of interference issues that would arise in such UMTS-PCS mixed band plan are: 1. CDMA2000 BTS transmit affecting the WCDMA BTS Receive 2. WCDMA UE Transmit affecting the CDMA2000 MS Receive The first issue is readily addressed by filters and antenna positioning. The second issue is only expected to occur under infrequent, worst-case conditions. 22

CDMA Development Group CDMA Worldwide CDMA2000 at 1900 MHz Guardband for Mixed Band Plan Impact of CDMA2000 PCS Operator Re-location 23

Considerations for Re-location of CDMA2000 PCS Operators Both current and new frequencies must be simultaneously supported for ~3 years ~ 1-2 years for base station changes (150 300 base stations) ~ 1 years for manual handset re-programming change (or capital expense for automatic programming equipment) Base stations must be modified, or replaced, to support both current and new frequencies, simultaneously Some base stations (depending on model) cannot simultaneously support the old and new frequencies Base station modifications or replacements are expensive: ~US50.000 for modification or ~US100.000 for replacement RF-related hardware (Tx filters, Rx filters, duplexers, combiners, etc) will not support the new frequency and the old frequency 24

Considerations for Re-location of CDMA2000 PCS Operators CDMA2000 handsets use a Preferred Roaming List (PRL) to select proper RF channels a new PRL is required for the new frequency assignment Indonesia s PCS carriers do not have the ability to program the PRL over-the-air (OTA). Such OTA equipment is expensive (~US350k) Subscribers will not want to bring handsets to a store for manual re-programming. > 1M handsets must be re-programmed! Will they be returned to distributors for re-programming? Assuming labor cost is US1.00 per phone: 1M x US1.00 = US1 million The proposed frequency change will substantially impact Indonesian operators Example: 100 base stations x US50k = US5 million Plus US350k for over-the-air programming equipment OR manual handset re-programming will cause customer dissatisfaction and churn 25

Summary CDMA2000 dominates the 3G market with over 168 million subscribers ITU treats all IMT2000 bands equally-- CDMA2000 operators can choose from multiple frequency bands CDMA2000 terminals are widely available in 1900 MHz band and have achieved economies of scale Frequency coordination plans permit CDMA2000 and WCDMA to coexist in ITU identified bands 5 MHz of guard band allows CDMA2000 at 1900 MHz and WCDMA at 2.1 GHz to co-exist Re-locating CDMA2000 operators include substantial tangible and intangible costs CDMA2000 PCS operators are providing affordable communications services and smooth migration to advanced 3G services -- they should not be penalized due to spectrum re-organization 26

Thank you! More info: www.cdg.org bdahnke@cdg.org 27