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For most mobile handsets, baseband is the most expensive semiconductor device. As the price TFT-LCD display is declining, baseband semiconductor is becoming the most expensive mobile handset device. Moreover, baseband determines the choice of mobile phone platforms, as well as the function and performance of mobile phones. Therefore, it is definitely the heart of mobile phone.
The market pattern of baseband semiconductors is changing. In the 2G market, especially the China market, the emergence of MediaTek caused a great change. It has swept the Chinese market with its low price, high concentration, abundant functions, high performance, perfect service etc.
Baseband semiconductors distribution of Chinese local-made mobile handsets in 2004
Baseband semiconductors distribution of Chinese local-made mobile handsets in 2005
According to the Ministry of Information Industry, mobile phone sales in China in 2005 added up to 140 million units (including smuggling and underground market). The market share of imported brands (including smuggling market) was 65%. The baseband semiconductors shipment of MediaTek in 2005 was 30 million pieces, among which, 90% went to China mainland with a market share of 55%. The other large providers include ADI, TI and Philips.
The surge of Mediatek market share from 13% in 2004 to 55% in 2005 is a miracle. Its shipment increased from 3.4 million pieces to 27 million pieces. And the handset models of MT6228 and MT6229 developed by MediaTek will carry on the myth of MT6218 and MT6219 in 2006.
ADI and Spreadtrum are now really influenced by MediaTek. ADI pays much attention on Asian market. However, because its software development highly depends on TTPCOM with such problems as long development period, high technical difficulty and high cost, its clients such as LG turned to MediaTek. Spreadtrum, which concentrates on Chinese local mobile phone manufacturers, had to reduce the price due to the fierce competition with MediaTek.
The decline of Philips was mainly caused by a sharp shipment decrease of CECW who adopts Philips platform, and also by the fact that it pays less attention to the semiconductor sector. Moreover, although under pressure, TI has successfully positioned itself on high-end products, especially in the field of smart mobile phone. And SKYWORKS has gained a strong support from Techfaith, thus maintaining a steady market share.
In China, there are 4-5 corporations specializing in the development of TD-SCDMA baseband. Although TD-SCDMA attracts more and more attention, it still has a high risk. The maturity of TD-SCDMA and support level of operators are all still having many undetermined factors. Operators are all expected to establish 3G network with lowest cost, strongest performance. Even if the license for TD-SCDMA will be issued in 2006, it still does not imply the success of TD-SCDMA
But there is no doubt that WCDMA license will be definitely issued in 3G market in China. WCDMA also faces a couple of challenges such as an expensive patent (Qualcomm), a large investment requirement and a furious competition. Three Taiwan corporations have entered the field of WCDMA baseband, including MediaTek.
The most suitable time-to-market for TD-SCDMA baseband manufacturers will be shortly before or after the issue of TD-SCDMA license. For most investors and security analysts, issue of TD-SCDMA license means absolute success of TD-SCDMA, due to their superficial knowledge of the market and technology.
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For most mobile handsets, baseband is the most expensive semiconductor device. As the price TFT-LCD display is declining, baseband semiconductor is becoming the most expensive mobile handset device. Moreover, baseband determines the choice of mobile phone platforms, as well as the function and performance of mobile phones. Therefore, it is definitely the heart of mobile phone.
The market pattern of baseband semiconductors is changing. In the 2G market, especially the China market, the emergence of MediaTek caused a great change. It has swept the Chinese market with its low price, high concentration, abundant functions, high performance, perfect service etc.
Baseband semiconductors distribution of Chinese local-made mobile handsets in 2004
Baseband semiconductors distribution of Chinese local-made mobile handsets in 2005
According to the Ministry of Information Industry, mobile phone sales in China in 2005 added up to 140 million units (including smuggling and underground market). The market share of imported brands (including smuggling market) was 65%. The baseband semiconductors shipment of MediaTek in 2005 was 30 million pieces, among which, 90% went to China mainland with a market share of 55%. The other large providers include ADI, TI and Philips.
The surge of Mediatek market share from 13% in 2004 to 55% in 2005 is a miracle. Its shipment increased from 3.4 million pieces to 27 million pieces. And the handset models of MT6228 and MT6229 developed by MediaTek will carry on the myth of MT6218 and MT6219 in 2006.
ADI and Spreadtrum are now really influenced by MediaTek. ADI pays much attention on Asian market. However, because its software development highly depends on TTPCOM with such problems as long development period, high technical difficulty and high cost, its clients such as LG turned to MediaTek. Spreadtrum, which concentrates on Chinese local mobile phone manufacturers, had to reduce the price due to the fierce competition with MediaTek.
The decline of Philips was mainly caused by a sharp shipment decrease of CECW who adopts Philips platform, and also by the fact that it pays less attention to the semiconductor sector. Moreover, although under pressure, TI has successfully positioned itself on high-end products, especially in the field of smart mobile phone. And SKYWORKS has gained a strong support from Techfaith, thus maintaining a steady market share.
In China, there are 4-5 corporations specializing in the development of TD-SCDMA baseband. Although TD-SCDMA attracts more and more attention, it still has a high risk. The maturity of TD-SCDMA and support level of operators are all still having many undetermined factors. Operators are all expected to establish 3G network with lowest cost, strongest performance. Even if the license for TD-SCDMA will be issued in 2006, it still does not imply the success of TD-SCDMA
But there is no doubt that WCDMA license will be definitely issued in 3G market in China. WCDMA also faces a couple of challenges such as an expensive patent (Qualcomm), a large investment requirement and a furious competition. Three Taiwan corporations have entered the field of WCDMA baseband, including MediaTek.
The most suitable time-to-market for TD-SCDMA baseband manufacturers will be shortly before or after the issue of TD-SCDMA license. For most investors and security analysts, issue of TD-SCDMA license means absolute success of TD-SCDMA, due to their superficial knowledge of the market and technology.
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1. Brief Introduction of Baseband 1.1 Definition and functions of baseband 1.2 DSP applications 1.3 Changes of baseband in 3G generation 1.4 Design separation or integration of baseband and application processor 2. Baseband Market 2.1 3G mobile phone market 2.2 2.5G baseband market pattern 2.3 3G baseband market pattern 3. Baseband Manufacturers 3.1 Qualcomm 3.2 TI 3.3 Freescale 3.4 Agere 3.5 Ericsson Mobile Platforms 3.6 ADI 3.7 Infineon 3.8 Broadcom 3.9 Philips 3.10 SKYWORKS 3.11 Commit 3.12 CYIT 3.13 Spreadtrum 3.14 T3G 3.15 Silicon Laboratories 3.16 VIA Telecom 3.17 EONEX 3.18 ICERA 3.19 MediaTek 4. Baseband Periphery Manufacturers 4.1 ARM 4.2 TTPCOM 5. Cost Analysis of Mobile Phone Semiconductor 5.1 Cost analysis of mobile phone 5.2 Cost analysis examples of mobile phone semiconductor and mobile phone disassembly 5.2.1 Bird D660 5.2.2 Sony Ericsson V800 5.2.3 Nokia 7600 5.2.4 Toshiba V603T 5.2.5 Nokia 9500 5.2.6 Motorola V3 |
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2005-2006 www.researchinchina.com All Rights Reserved |
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Basic Structure of a Handset DMIPS Consumption in Different Applications ARM' Prediction of MODEM Development in the Future Brief Introduction to ARM1156 Statistics and Forecast of Global 3G Mobile Phone Shipment, 2002-2009 Statistics and Forecast of Global CDMA & WCDMA Phones Shipment, 2003-200 Global Market Share Distribution of Major CDMA2000 Phone Manufacturers in 2005 Global Market Share Distribution of Major CDMA Phone Manufacturers in 2005 Market Share Distribution of Major 2.5G Baseband Manufacturers in 2005 Market Share Forecast of Major 2.5G Baseband Manufacturers in 2006 Market Share of Major Baseband Manufacturers in China Market Share of Major WCDMA Baseband Manfacturer in 2004 Qualcomm's Major Clients Road Map of Qualcomm's Baseband Products Multimedia Functions for Qualcomm's Different Baseband Platforms Qualcomm's CDMA EV-DO Operational Partners Manfacturers adopting Qualcomm's 6025 & 6000 chip Qualcomm's WCDMA Operational Partners Patent Licensed Manfacturers of Qualcomm's WCDMA Manufacturers Adopting Qualcomm's WCDMA Chip Total Operation Income and Growth Rate of Wireless Division for Texas, 2002-2004 Growth Rate of Six Largest Global Wireless CMOS Chip Enterprises, 2003-2004 Income Structure of Texas, 2001-2004 Interior Structure and Exterior Applications of OMAPV2230 Interior Module and Exterior Applications of OMAPV1030 Software Construction of OMAPV1030 Internal Structure of OMAP733 Internal Structure of OMAP730 Internal Structure of OMAP750 Internal Structure of OMAP850 GPS5300 Application modules Internal Structure of BRF6100/BRF6150 WLAN Solution Scheme of Texas Q3 2004-Q3 2005, Freescale's Sales Volume and Profit 3G Mobile Phones Adopting Freescale Chip Freescale 3G Mobile Phone Framework Freescale 3G Mobile Phone Design Software Internal Structure of MXC275-30 Platform Framework of MXC275-30 Communication betwwen MXC275-30 and MCU I25-21 Software Construction I250-21 Platform Construction Agere's revenue structure, 2004 -2005 Sceptre TC module Internal Structure of Sceptre HP Internal Structure of Sceptre HPE Vision Software Structure Internal Structure of VisionX115 Global Income Distribution of Ericsson EMP Mobile Phone Platform Roadmap Software structure of U100 EMP 3G Platform Roadmap Software Structure of EMP 3G Platform Software Structure of EMP IP Multimedia Subsystem Multimedia Functions of EMP 3G Platform Products Multimedia Software Structure of EMP Platform Structure of U250 Platform Incomes and Gross Profit of ADI , 2003-2005 Global Income Distribution of ADI , 2003-2005 Application Structure of ADI Products in 2005 Structure of ADI Softfone Platform ADI Entrance-level Mobile Platform Module ADI Platform for Distinctive Mobile Phones ADI Platform for Distinctive EDGE Mobile Phones ADI Smartphone Platform ADI WCDMA Mobile Phone Platform ADI TD-SCDMA Mobile Phone Platform AD6525 Functional Modules AD6525 Application Connection Modules Internal Module of AD6537 Application Structure of AD6720 Reference Design of ADI TD-SCDMA Mobile Phone Internal Structure of ADI TD-SCDMA 6901 Q1 2004- Q3 2005, Income and EBIT Statistic of Infineon Communications Division Product Roadmap of Infineon Single-Chip RF Transceiver Internal Application Structure of PMB7870 Application Structure of PMB7870 Platfor Structure of E-GOLD V3 Internal Structure of PMB8876 Internal Structure of PMB6811 Internal Structure of PMB6258 Internal Structure of E-GOLDLITE Income & Gross Profit of Broadcome, 1Q 2003-3Q 2005 (11 Continuous Quarters) Broadcom's Income Structure ML2011 Application Framework ML2011 Internal Structure BCM2121 Application Framework BCM2121 Internal Structure BCM2132 Application Framework BCM2132 Internal Structure BCM2140 Application Framework BCM2140 Internal Structure Income & Gross Profit of Philips Semiconductor Divison, 2000-2004 1H 2005, Income Structure of Philips semiconductor Division 1H 2005, Sales Channel of Philips semiconductor Division 1H 2005, Technologic Structure of Philips Semiconductor Products 1H 2005, Global Income Distribution of Philips semiconductor Mobile Phones Models Adopted Philips Baseband in 2005 Internal Structure of PCF5213 Nexperia System Solution 5210 Revenue of Skyworks,2002-2005 Profit of Skyworkds, 2002-2005 Internal Framework of CX805-50 Application Framework of SKY832 Internal Framework of SKY832 Working Years Structure of Commit's Employees Age Structure of Commmit's Employees Education Level Structure of Commit's Employees Internal Framework of Commit's TD-SCDMA/GSM/GPRS Dual-mode Baseband Software Structure of Commit's Neptune Platform Organizational Structure of T3G R&D Power of T3G Internal Framework of T3G's TD-SCDMA Baseband Processor Application Framework of T3G's TD-SCDMA Baseband Processor Protocol of T3G's TD-SCDMA Baseband Processor Reference Design of T3G's TD-SCDMA Mobile Phone Products Roadmap of T3G Revenue of Silicon Laboratories, 2001-2004 Internal Structure of SI4905 PCB Picture for the Reference Design of AeroFONE Mobile Phones Software Structure for the Reference Design of AeroFONE Mobile Phones Internal Framework of CBP4.0 Software Structure of Eonex's Products Revenue and Gross Profit of Media Tek, 1999-2005 Revenue and Annual Growth Rate of Media Tek, 1993-1994 After-tax Profit and Annual Growth Rate of Media Tek, 1990-1994 Monthly Mobile Phone Chip Shipment of Media Tek, Jan-Dec 2005 Application Framework of MT6218B Internal Framework of MT6218B Memory Management of MT6218B Internal Framework of MT6219 Pin of MT6219 ARM Product Structure ARM Product Roadmap Roadmap of ARM Mobile Phone Products ARM Revenues, 2000-2004 ARM Incomes Gained from Patent Licensing Fee, 2000-2004 R&D Expenditure of ARM, 2000-2004 Income Structure of ARM in 2004 ARM Products Applications Structure in 2004 Income Distribution of ARM Products in 2004 Core Structure of ARM Mobile Phones Roadmap of TTPCOM Mobile Phone Baseband TTPCOM Communication Protocol Roadmap Structure of TTPCOM Dual-Module Protocol TTPCOM AJAR Product Roadmap TTPCOM AJAR Platform Appearance of Bird D660 Appearance of SonyErisson V800 Breakdown of Sony Ericsson V800 Breakdown of ToshibaV603T Breakdown of Nokia 9500 Breakdown of Motorola V3 IC Board of Bird D220 IC Board of Bird M10 Relationship among Major Baseband Manufacturers and Their Clients Overview of Qualcomm's Subsidiary Companies Qualcomm's Income Structure, Jan.-Sep 2005 Qualcomm's Chip Shipment and Its Global Market Share, Jan-Sep 2002-2005 Performance of Qualcomm's Baseband Products Mobile Phone Manfacturers and Models Adopting Qualcomm's Chip Texas Mobile Phone Platforms List Characteristics of OMAP Baseband Processor Series Components Performance of Frescale Platform I200-20, I250-20 and I250-21 ADI Mobile Platform Products ADI Mobile Phone Baseband Products Primary Baseband Products of Broadcom Overview of Broadcom's Acquisitions Philips Baseband Products List Baseband Products of Skyworks Eonex's Products Brief Introduction of Icera Corporation Bird D660 BOM Semiconductor Components of Sony Ericsson V800 Semiconductor BOM of Nokia 7600 Semiconductor Components of Toshiba V603T Semiconductor Components of Nokia 9500 Semiconductor Components of Motorola V3 Semiconductor Components of Amoi A660 Semiconductor Components of Bird D220 Semiconductor Components of Bird M10 Semiconductor Components of Bird V109 Semiconductor Components of Bird V99 Semiconductor Components of Bird M08
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