時機設備市場：2009年

Abstract

Timing devices are used to synchronize components and make up an integral part of nearly every device that contains an IC or generates a radio signal. Major end markets include computer systems, consumer electronics, communications gear, and other electronics. Databeans predicts that the worldwide timing devices market will reach $4.1 billion in sales for 2009. This product group will experience respectable annual growth of 13 percent on average over the next five years until it reaches $7.4 billion in revenue by 2014.

Clock distribution circuits are then used to distribute the generated clock signals and synchronize system operations. Products such as Phase Lock Loops are included within the clock generation segment, as are clock multipliers, doublers, and dividers. Buffers and clock drivers are included in the clock distribution segment.

The clock generation and distribution market grows mostly due to demand from the computing, communications, and consumer electronics segments. ASPs in this market can run anywhere from $0.60 to over $100.00 for a single device, depending upon the application and the sophistication of designs. The market ASPs for timing ICs are projected to reach only $1.80 in 2009 and fall slightly over the remaining forecasted period as production costs of silicon devices decreases over time.

Table of Contents

• Significant Findings
  • Timing Devices
  • Integrated Circuits
• Regional Forecast
  • Americas
  • Europe
  • Japan
  • Asia Pacific
    • China
    • Taiwan
    • Korea
    • India
• Consumption Forecast
  • Automotive
  • Computer
    • PC Motherboard
    • Memory Module
  • Consumer
    • Set-Top Box
    • Video Game Console
    • DVD Player/Recorder
  • Communications
    • SONET/SDH Line Card OC-48
    • DSL Infrastructure
  • Industrial
    • Process Control
    • Test and Measurement
    • Medical
• Production Forecast
  • Crystal Clocks
  • Clock Generation ICs
  • Clock Distribution ICs
  • PLLs
  • MEMS Resonators
  • CMOS Oscillators
• Supplier Market Share
  • Integrated Device Technology
  • Cypress Semiconductor
  • Maxim Integrated Products
  • Texas Instruments
  • Silicon Labs
  • ON Semiconductor
  • NXP Semiconductors
• Methodology
• Databeans Market and Product Segmentation Definitions
  • Market Segmentation
  • Product Segmentation

Table of Figures

• Figure 1: Worldwide Timing Devices Market Forecast (Revenue, Units, and ASPs)
• Figure 2: Worldwide Timing Integrated Circuits Market Forecast (Revenue, Units, and ASPs)
• Figure 3: Worldwide Timing Devices Revenue Forecast by Region
• Figure 4: 2009 Worldwide Timing Devices Revenue Share by Region
• Figure 5: Worldwide Timing Integrated Circuits Revenue Forecast by Region
• Figure 6: 2009 Worldwide Timing Integrated Circuits Revenue Share by Region
• Figure 7: Americas Timing Devices Revenue Forecast
• Figure 8: Americas Timing Integrated Circuits Revenue Forecast
• Figure 9: Europe Timing Devices Revenue Forecast
• Figure 10: Europe Timing Integrated Circuits Revenue Forecast
• Figure 11: Japan Timing Devices Revenue Forecast
• Figure 12: Japan Timing Integrated Circuits Revenue Forecast
• Figure 13: Asia Pacific-China/Taiwan Timing Devices Revenue Forecast
• Figure 14: Asia Pacific-China/Taiwan Timing Integrated Circuits Revenue Forecast
• Figure 15: Asia Pacific-Korea Timing Devices Revenue Forecast
• Figure 16: Asia Pacific-Korea Timing Integrated Circuits Revenue Forecast
• Figure 17: Other Asia Pacific Timing Devices Revenue Forecast
• Figure 18: Other Asia Pacific Timing Integrated Circuits Revenue Forecast
• Figure 19: Worldwide Timing Devices Revenue Forecast by Market Segment
• Figure 20: 2009 Worldwide Timing Devices Revenue Share by Market Segment
• Figure 21: Worldwide Timing Integrated Circuit Revenue Forecast by Market Segment
• Figure 22: 2009 Worldwide Timing Integrated Circuit Revenue Share by Market Segment
• Figure 23: Worldwide Automotive Timing Devices Revenue Forecast
• Figure 24: Worldwide Automotive Timing Integrated Circuit Revenue Forecast
• Figure 25: Worldwide Computer Timing Devices Revenue Forecast
• Figure 26: Worldwide Computer Timing Integrated Circuit Revenue Share by Application
• Figure 27: 2009 Worldwide Computer Timing Integrated Circuit Revenue Share by Application
• Figure 28: Worldwide Consumer Timing Devices Revenue Forecast
• Figure 29: Worldwide Consumer Timing Integrated Circuit Revenue Share by Application
• Figure 30: 2009 Worldwide Consumer Timing Integrated Circuit Revenue Share by Application
• Figure 31: Worldwide Communications Timing Devices Revenue Forecast
• Figure 32: Worldwide Communications Timing ICs Revenue Forecast by Application
• Figure 33: 2009 Worldwide Communications Timing ICs Revenue Share by Application
• Figure 34: 2009 Worldwide Industrial Timing Integrated Circuit Revenue Share by Application
• Figure 35: Worldwide Industrial Timing Devices Revenue Forecast
• Figure 36: Worldwide Industrial Timing Integrated Circuit Revenue Share by Application
• Figure 37: Worldwide Timing Devices Revenue Forecast by Product Type
• Figure 38: 2009 and 2014 Worldwide Timing Devices Revenue Share by Product Type
• Figure 39: Worldwide Crystal Oscillator Market Forecast (Revenue, Units, and ASPs)
• Figure 40: Worldwide Clock Generation Market Forecast (Revenue, Units, and ASPs)
• Figure 41: Worldwide Clock Distribution Market Forecast (Revenue, Units, and ASPs)
• Figure 42: Worldwide PLL Market Forecast (Revenue, Units, and ASPs)
• Figure 43: Worldwide MEMS Resonator Market Forecast (Revenue, Units, and ASPs)
• Figure 44: Worldwide CMOS Oscillator Market Forecast (Revenue, Units, and ASPs)
• Figure 45: 2008 Worldwide Timing Integrated Circuit Revenue Share by Supplier

Table of Tables

• Table 1: Worldwide Timing Devices Market Forecast (Revenue, Units, and ASPs)
• Table 2: Worldwide Timing Integrated Circuits Market Forecast (Revenue, Units, and ASPs)
• Table 3: Worldwide Timing Devices Revenue Forecast by Region
• Table 4: Worldwide Timing Integrated Circuits Revenue Forecast by Region
• Table 5: Worldwide Timing Devices Revenue Forecast by Market Segment
• Table 6: Worldwide Timing Integrated Circuit Revenue Forecast by Market Segment
• Table 7: Worldwide Automotive Electronics Revenue Forecast by Application Area
• Table 8: Worldwide Automotive Electronics Shipment Forecast by Application Area
• Table 9: Worldwide Computers Timing Integrated Circuit Revenue Forecast by Application
• Table 10: Worldwide Computer Electronics Revenue Forecast by Application
• Table 11: Worldwide Computer Electronics Shipment Forecast by Application
• Table 12: Worldwide Consumer Timing Integrated Circuits Revenue Forecast by Application
• Table 13: Worldwide Consumer Electronics Revenue Forecast by Application
• Table 14: Worldwide Consumer Electronics Shipment Forecast by Application
• Table 15: Worldwide Timing Integrated Circuit Revenue Forecast for Communications by Application
• Table 16: Worldwide Communications Electronics Revenue Forecast by Application
• Table 17: Worldwide Communications Electronics Shipment Forecast by Application
• Table 18: Worldwide Industrial Timing Integrated Circuit Revenue Forecast by Application
• Table 19: Worldwide Industrial Electronics Revenue Forecast by Application Area
• Table 20: Worldwide Timing Devices Revenue Forecast by Product Type
• Table 21: Worldwide Timing Devices Shipment Forecast by Product Type
• Table 22: Worldwide Crystal Oscillator Market Forecast (Revenue, Units, and ASPs)
• Table 23: Worldwide Clock Generation Market Forecast (Revenue, Units, and ASPs)
• Table 24: Worldwide Clock Distribution Market Forecast (Revenue, Units, and ASPs)
• Table 25: Worldwide PLL Market Forecast (Revenue, Units, and ASPs)
• Table 26: Worldwide MEMS Resonator Market Forecast (Revenue, Units, and ASPs)
• Table 27: Worldwide CMOS Oscillator Market Forecast (Revenue, Units, and ASPs)
• Table 28: 2008 and 2007 Worldwide Timing Integrated Circuit Revenue Share by Supplier