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Market Research Report

2010 Automotive Microcontrollers

Published by Databeans, Inc.
Published August, 2010 Product code 127548
Content info 88 PAGES
Price
US $ 2200 PDF and XLS File By E-mail (Corporate Wide Licensing)


2010 Automotive Microcontrollers published by Databeans, Inc. in August, 2010. This report consists of 88 PAGES and the price starts from US $ 2200.

Introduction

Abstract

The recent economic crisis has helped provide a massive structural change in the auto industry, which is setting the stage for growth over the next decade. Because of the high barriers to entry and the need for scale economies (in operations, supply chain and marketing), the global auto industry landscape will continue to be a highly concentrated one, with about 10 global automakers accounting for over 77 percent of the production worldwide.

According to statistics, the value of automotive electronic products accounts for roughly one quarter of an automobile' s total cost, and, in luxury cars, can account for more than 30 percent of the cost. This proportion continues to rise, and it is expected that the value content of electronic products in a number of luxury cars may soon reach half of the car' s total cost. Databeans projects that the entire automotive semiconductor market will reach $21 billion in global revenue for 2010, an increase of 27 percent over 2009 totals as the automotive industry prepares for a return in new vehicle demand.

IC content, particularly microcontroller-based engine control units (ECUs), is continually increasing. ECUs control most features such as antilock brakes, stability control and even backup warning systems. The average cars contains somewhere between 25 to 35 ECUs per design, while as many as 70 control units can be found on luxury vehicles today. However, the sky is not the limit here, as increasing the number of microcontrollers in a vehicle, also increases the overall system cost and complexity.

The automotive market represents a major piece of the total $13.4 billion Microcontrollers market. It is expected to remain the second largest application segment, behind Industrial and IC Cards, and will experience average growth of 8 percent annually, reaching $7 billion by 2015. The top suppliers of automotive microcontrollers include Freescale, NEC, Renesas, and Microchip Semiconductor.

ABOUT DATABEANS

Databeans, Inc., headquartered in Reno, Nevada, USA, is an internationally recognized market research firm focused on the semiconductor and electronics industry. Databeans publishes over 50 market research reports annually that are available for purchase as individual studies, or bundled together in cost-saving subscription services. Databeans' detailed quality studies, industry leading customer service, and unparallel responsiveness are unmatched in the electronics market research industry.

Table of Contents

  • Significant Findings
    • Automotive Industry
    • Automotive Electronics
    • Automotive Semiconductor Market
    • Automotive Microcontrollers
  • Regional Outlook
    • Americas
    • Europe
    • Japan
    • Asia Pacific
  • Application Consumption Analysis
    • Safety Systems
    • Powertrain and Body
    • Infotainment
    • Aftermarket
  • Product Market Analysis
    • 8-Bit Microcontrollers
    • 16-Bit Microcontrollers
    • 32-Bit Microcontrollers
  • Automotive Microcontroller Market Share
    • Freescale Semiconductor
    • NEC/Renesas Electronics
    • Microchip Technology
    • Infineon Technologies
    • Fujitsu
    • Texas Instruments
    • NXP Semiconductor
    • Atmel
    • STMicroelectronics
  • Methodology
  • Databeans Market and Product Segmentation Definitions
    • Market Segmentation
    • Product Segmentation

Table of Figures

  • Figure 1: 2010 and 2015 Worldwide Vehicle Production Share by Country
  • Figure 2: Worldwide Vehicle Production Forecast
  • Figure 3: Worldwide Hybrid Vehicle Production Forecast
  • Figure 4: 2010 and 2015 Worldwide Hybrid Vehicle Production Share by Region
  • Figure 5: Worldwide Automotive Semiconductor Revenue Forecast
  • Figure 6: 2010 Worldwide Automotive Semiconductor Revenue Share by Application Market
  • Figure 7: 2010 Worldwide Automotive Semiconductor Revenue Share by Product
  • Figure 8: Worldwide Microcontroller Revenue Forecast by Market Segment
  • Figure 9: 2010 Worldwide Microcontroller Revenue Share by Market Segment
  • Figure 10: Worldwide Automotive Microcontroller Revenue Forecast
  • Figure 11: Worldwide Automotive Microcontroller Market Forecast (Revenue, Units, and ASPs)
  • Figure 12: Worldwide Automotive Microcontroller Revenue Forecast by Region
  • Figure 13: 2010 Worldwide Automotive Microcontroller Revenue Share by Region
  • Figure 14: Worldwide Automotive Microcontroller Shipment Forecast by Region
  • Figure 15: 2010 Worldwide Automotive Microcontroller Shipment Share by Region
  • Figure 16: Americas Automotive Microcontroller Revenue Forecast
  • Figure 17: Americas Automotive Microcontroller Shipment Forecast
  • Figure 18: Europe Automotive Microcontroller Revenue Forecast
  • Figure 19: Europe Automotive Microcontroller Shipment Forecast
  • Figure 20: Japan Automotive Microcontroller Revenue Forecast
  • Figure 21: Japan Automotive Microcontroller Shipment Forecast
  • Figure 22: Asia Pacific Automotive Microcontroller Revenue Forecast
  • Figure 23: Asia Pacific Automotive Microcontroller Shipment Forecast
  • Figure 24: Worldwide Automotive Microcontroller Revenue Forecast by Application Market
  • Figure 25: 2010 Worldwide Automotive Microcontroller Revenue Share by Application Market
  • Figure 26: Worldwide Safety System Microcontroller Revenue Forecast by Application Market
  • Figure 27: 2010 Worldwide Safety System Microcontroller Revenue Share by Application Market
  • Figure 28: Worldwide Powertrain/Body Microcontroller Revenue Forecast by Application Market
  • Figure 29: 2010 Worldwide Powertrain/Body Microcontroller Revenue Share by Application Market
  • Figure 30: Worldwide Infotainment Microcontroller Revenue Forecast by Application Market
  • Figure 31: 2010 Worldwide Infotainment Microcontroller Revenue Share by Application Market
  • Figure 32: Worldwide Aftermarket Microcontroller Revenue Forecast by Application Market
  • Figure 33: 2010 Worldwide Aftermarket Microcontroller Revenue Share by Application Market
  • Figure 34: Worldwide Automotive Microcontroller Revenue Forecast by Resolution
  • Figure 35: 2010 Worldwide Automotive Microcontroller Revenue Share by Resolution
  • Figure 36: Worldwide Automotive Microcontroller Shipment Forecast by Resolution
  • Figure 37: Worldwide Automotive Microcontroller Shipment Forecast by Resolution
  • Figure 38: Worldwide Automotive 8-Bit Microcontroller Revenue Forecast
  • Figure 39: Worldwide Automotive 8-Bit Microcontroller Shipment Forecast
  • Figure 40: Worldwide Automotive 16-Bit Microcontroller Revenue Forecast
  • Figure 41: Worldwide Automotive 16-Bit Microcontroller Shipment Forecast
  • Figure 42: Worldwide Automotive 32-Bit Microcontroller Revenue Forecast
  • Figure 43: Worldwide Automotive 32-Bit Microcontroller Shipment Forecast
  • Figure 44: 2009 Worldwide Automotive Microcontroller Revenue Share by Supplier

Table of Tables

  • Table 1: Worldwide Vehicle Production Forecast by Country
  • Table 2: Worldwide Hybrid Vehicle Production Forecast by Region
  • Table 3: Worldwide Automotive Semiconductor Revenue Forecast by Application Market
  • Table 4: Worldwide Automotive Semiconductor Revenue Forecast by Product
  • Table 5: Worldwide Microcontroller Revenue Forecast by Market Segment
  • Table 6: Worldwide Automotive Microcontroller Market Forecast (Revenue, Units, and ASPs)
  • Table 7: Worldwide Automotive Microcontroller Revenue Forecast by Region
  • Table 8: Worldwide Automotive Microcontroller Shipment Forecast by Region
  • Table 9: Worldwide Automotive Microcontroller Revenue Forecast by Application Market
  • Table 10: Worldwide Automotive Electronics Revenue Forecast by Application
  • Table 11: Worldwide Automotive Electronics Shipment Forecast by Application
  • Table 12: Worldwide Safety System Microcontroller Revenue Forecast by Application Market
  • Table 13: Worldwide Powertrain/Body Microcontroller Revenue Forecast by Application Market
  • Table 14: Worldwide Infotainment Microcontroller Revenue Forecast by Application Market
  • Table 15: Worldwide Aftermarket Microcontroller Revenue Forecast by Application Market
  • Table 16: Worldwide Automotive Microcontroller Revenue Forecast by Resolution
  • Table 17: Worldwide Automotive Microcontroller Shipment Forecast by Resolution
  • Table 18: 2009 and 2008 Worldwide Automotive Microcontroller Revenue Share by Supplier

Press Release

Automotive Microcontrollers Market to Reach $7 billion by 2015.

September 2nd, 2010

Global Information Inc. presents a new market research report, "2010 Automotive Microcontrollers" by Databeans, Inc..

The recent economic crisis has helped provide a massive structural change in the auto industry, which is setting the stage for growth over the next decade. Because of the high barriers to entry and the need for scale economies (in operations, supply chain and marketing), the global auto industry landscape will continue to be a highly concentrated one, with about 10 global automakers accounting for over 77 percent of the production worldwide.

According to statistics, the value of automotive electronic products accounts for roughly one quarter of an automobiles total cost, and, in luxury cars, can account for more than 30 percent of the cost. This proportion continues to rise, and it is expected that the value content of electronic products in a number of luxury cars may soon reach half of the cars total cost. Databeans projects that the entire automotive semiconductor market will reach $21 billion in global revenue for 2010, an increase of 27 percent over 2009 totals as the automotive industry prepares for a return in new vehicle demand.

IC content, particularly microcontroller-based engine control units (ECUs), is continually increasing. ECUs control most features such as antilock brakes, stability control and even backup warning systems. The average cars contains somewhere between 25 to 35 ECUs per design, while as many as 70 control units can be found on luxury vehicles today. However, the sky is not the limit here, as increasing the number of microcontrollers in a vehicle, also increases the overall system cost and complexity.

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