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Software Defined Radio in Mobile Phones

Published by: ARCchart

Published: Nov. 1, 2007 - 159 Pages


Table of Contents


A. SDR: CONCEPT, HISTORY AND FRAMEWORK

A.1 Introduction

A.2 What is SDR?

Definition

Software Defined Radio definition

A.3 History of SDR

Software Communications Architecture (SCA)

Joint Tactical Radio System (JTRS)

SPEAKeasy

Other major SDR initiatives

A.4 Summary

B. THE HANDSET: ARCHITECTURE AND VALUE CHAIN

B.1 Functional blocks

Antenna

Introduction

Mobile phone and antennas

Internal antennas

Microstrip antennas

RF Front-end

Introduction

Mobile phone and the RF front-end

Intermediate frequency filter

RF power amplifier

RF ADC and DAC

Introduction

Handset analogue and digital baseband functions

DigRF

Components of the baseband and application processors

Baseband memory

Case-Studies: Popular integrated baseband and application processors

Codec

Mobile phone and codecs

Companding

B.2 Mobile phone manufacturing cycle

B.3 Summary

C. EMERGING WAVEFORMS AND THEIR CHALLENGING REQUIREMENTS

C.1 Mobile TV

Digital Video Broadcast - Handheld (DVB-H)

Integrating DVB-H components in the mobile phone

MediaFLO

Integrating MediaFLO components in the mobile phone

Other Major Mobile TV Standards

C.2 Long Term Evolution (LTE)

The mobile phone and LTE

C.3 Ultra-Wide Band (UWB)

The mobile phones and UWB

Case Study - Staccato Communications

C.4 Global Positioning System (GPS)

The mobile phone and GPS

Company review - TI

Company review - Global Locate

C.5 WiMAX

C.6 Conclusion

D. SDR: BUSINESS CASE AND PREREQUISITES

D.1 Technology and business drivers of SDR

Multi-protocol compatibility

Cost and space savings

Efficient spectrum usage

Support for emerging standards

Mapping SDR in the IP Multimedia Subsystem (IMS) framework

Efficient supply chain and shorter time-to-market

D.2 Technology and business limitations of SDR

RF front-end trade-offs

Antenna trade-offs

Billing complications

Security considerations

Power consumption

Incremental usage of hardware and software resources

Commercial inertia

Intellectual Property Rights (IPR)

Price

Technology factors

D.3 Conclusion

E. CHANGES INTRODUCED BY SDR IN CONVENTIONAL RADIO ARCHITECTURE

E.1 Changes in ADC/DAC

E.2 Changes in PA section

E.3 Changes in IF section

Single chip transceiver from Nexus

Single chip solution from Infineon

Deep submicron semiconductor technology

MEMS

E.4 Changes in baseband

Re-programmable baseband from Sandbridge

Middleware

E.5 Changes to the antenna

Ethertronics Isolated Magnetic Dipole (IMD)

Software defined antenna from TensorComm

MLA from SkyCross

Fractal based antenna from Fractus

LTCC

E.6 DSP, FPGA, ASIC - comparative analysis

DSP

FPGA

ASIC

Summary

F. IMPACT ON THE KEY STAKEHOLDERS

F.1 Design IP Vendors

Overview

Company reviews

ARM

Certicom

Infineon

PrismTech

F.2 RF MEMS/DSP/ASIC/FPGA and other chip vendors

Overview

Company reviews

Altera

BitWave Semiconductor

Freescale

Innovative Wireless Technologies (IWT)

Sandbridge Technologies

Texas Instruments (TI)

Xilinx

F.3 OEMs

Overview

Company reviews

Alcatel-Lucent (ALU)

Motorola

Nokia

OEMs from the APAC region

picoChip

Vanu

F.4 EMS providers

Overview

Outlook

Company review

Lyrtech

F.5 Air interface stakeholders

Introduction and overview

Company review

Qualcomm

F.6 Operators

Overview

F.7 Antenna specialists

Overview

Company reviews

Antenova

Sarantel

F.8 Industry associations

Overview

Stakeholder overview

E2R

SDR Forum

F.9 Regulators

Overview

Regulator reviews

FCC

Ofcom

IDA-Singapore

G. MARKET SIZE AND FORECASTS

G.1 Methodology

G.2 Handset SDR market size forecast

Driver analysis

Mobile TV

GPS

WiMAX

SDR-enabled handsets and smartphones

G.3 Regional Analysis

Asia Pacific (APAC)

Europe, Middle East and Africa (EMEA)

North America (NA)

Caribbean and Latin America (CA-LA)

Regional summary

H. KEY MARKETS AND PATENT ANALYSIS

H.1 Readiness assessment of key national markets

Australia

Brazil

China

India

Japan

South Korea

UK

US

H.2 Patent analysis

Patent activity history

Patent categories

ADC/DAC

Antenna

Baseband block

Dynamic configuration changes using the air interface

Power amplifier and modem

Processes and materials that facilitate SDR

RF front-end

SDR based business and technology innovations

Testing and approval of SDR equipment

Leading patent assignees

Leading innovating countries

I. APPENDICES

I.1 IF filter

I.2 RF power amplifier

I.3 RF ADC and DAC

I.4 Mobile phone memory types

I.5 Mobile phone baseband ICs

PNX5220

ARM

I.6 Companding methodology

I.7 RF front-end design limitations

I.8 Wheeler’s and Maxwell’s antenna equations

I.9 Static and dynamic power dissipation

I.10 ADC/DAC process enhancements

I.11 Digital linearization techniques and vendor specific process enhancements in PA

Digital linearization techniques

Vendor initiatives

I.12 Sirific Nexus HEDGE transceiver

I.13 Sandblaster architecture

I.14 IMD antenna from Ethertronics

I.15 ractals

I.16 E2R use cases

Policy Management

Self-Configuring Protocols

Traffic Load Prediction and Balancing

ACRONYMS AND ABBREVIATIONS

Abstract

With all the sophistication that characterizes today’s mobile phones, it’s easy to forget that the handset, at heart, is a radio! Traditionally, radios have been implemented entirely in hardware, with new waveforms added by integrating new hardware. However, jump forward three years and it is foreseeable that handsets sold into developed markets will need to support all of the following wireless standards: GSM, GPRS, EDGE, WCDMA, HSDPA, LTE, GPS, mobile TV, Wi-Fi, Bluetooth and UWB. Add WiMAX to the mix, as well as multi-mode handsets able to work across GSM and CDMA networks, and the number of waveforms to be supported is considerable.

Integrating additional radio hardware is impractical beyond a point because it increases the handset size, complexity and price. The attraction of Software Defined Radio (SDR) is its ability to support multiple waveforms by re-using the same hardware while changing its parameters in software. This has enormous benefits for handset size, cost, development cycle, upgrade and interoperability. SDR-enabled phones will also ease the challenges presented by limited spectrum availability and act the prefect device compliment to the network-agnostic approach of IMS.

Handset SDR is not a case of ‘if’ but ‘when’. This report presents a detailed analysis of all facets of SDR activity and forecasts the timelines and market for SDR in mobile phones.

Topics of coverage include:
  • A history of SDR: the primary adopters and various initiatives
  • The technologies that are likely to accelerate the adoption of SDR
  • Emerging waveforms and their challenging requirements
  • The commercial and business incentives pushing the handset industry towards SDR
  • The technical challenges to be addressed before SDR can become mainstream
  • Approaches being undertaken to address the technology and business challenges of SDR
  • Analysis of the SDR patent landscape
  • Discussion of the impact which SDR-enabled handsets will have on the value-chain players: from chip makers to OEMs to operators to regulators
  • Forecast for the growth in SDR mobile phone shipments broken down by regions and device category


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