Databeans - 2010 Timing Devices

2010 Market Research Report

Report Title:

2010 Timing Devices

Price:

$3,700.00 USD

Release Date:

June 2010

Pages:

100

PDF Abstract:

10LOGIC_Timing

Abstract
Table of Contents
Table of Figures
Table of Tables

Electronic timing devices are necessary products that synchronize components and make up an essential part of many devices that generates a radio signal. The major end markets include consumer electronics, computer systems, and communications gear. Databeans projects that in 2010 this total market will reach $5.4 billion in global revenue. Over the next five years both shipments and sales will expand by 10 percent annually on average.

Silicon-based IC clocks accurately align a reference clock signal with a clock distribution signal. The clock rate or “frequency” is the fundamental rate in refresh cycles per second, which is measured in hertz, for the frequency of the clock in any synchronous circuit. This is an essential factor in determining the rate at which a PC’s CPU can perform set instructions and are required for the other circuits to function harmoniously. Clock generation devices are used to produce these signal copies. Timer chips are either single function or multi-function and operate in either up direction, down direction, or bi-direction.

Clock distribution circuits are then used to distribute the generated clock signals and synchronize system operations. Phase Lock Loops (PLLs) are included within the clock generation segment, and are used in a variety of ways, including for the recovery of clock-timing information from a disk drive, or to maintain timing relationships between processor elements that operate at faster speeds than external signal. Other products here are clock multipliers, doublers, and dividers.

Databeans projects that timing circuits will reach $3 billion in global revenue in 2010, accounting for approximately 56 percent of the timing devices market as a whole. Over the next five years timing IC revenue will grow 12 percent annually, reaching $5.3 billion by 2015. ASPs are also much higher here, ranging anywhere from $0.60 to over $100.00 for a single device depending on their use and sophistication, leading to higher margins for suppliers. Also because they are manufactured instead of naturally occurring suppliers can benefit from new process technologies and falling prices.

Significant Findings
   Timing ICs

Regional Forecast
   Americas
   Europe
   Japan
   Asia Pacific
         China
         Taiwan
         Korea
   Other Asia
         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
   PLLs
   MEMS Resonators
   CMOS Oscillators
   Clock Distribution ICs

Supplier Market Share
   Integrated Device Technology
   Cypress Semiconductor
   Texas Instruments
   Silicon Labs
   NXP Semiconductors
   Micrel

Methodology

Databeans Market and Product Segmentation Definitions
   Market Segmentation
   Product Segmentation

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: 2010 Worldwide Timing Devices Revenue Share by Region
Figure 5: Worldwide Timing Integrated Circuits Revenue Forecast by Region
Figure 6: 2010 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: China/Taiwan Timing Devices Revenue Forecast
Figure 14: China/Taiwan Timing Integrated Circuits Revenue Forecast
Figure 15: Korea Timing Devices Revenue Forecast
Figure 16: Korea Timing Integrated Circuits Revenue Forecast
Figure 17: Other Asia Timing Devices Revenue Forecast
Figure 18: Other Asia Timing Integrated Circuits Revenue Forecast
Figure 19: Worldwide Timing Devices Revenue Forecast by Market Segment
Figure 20: 2010 Worldwide Timing Devices Revenue Share by Market Segment
Figure 21: Worldwide Timing Integrated Circuit Revenue Forecast by Market Segment
Figure 22: 2010 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 Forecast by Application
Figure 27: 2010 Worldwide Computer Timing Integrated Circuit Revenue Share by Application
Figure 28: Worldwide Computer Timing Integrated Circuit Revenue Forecast in PC Motherboards
Figure 29: Worldwide Computer Timing Integrated Circuit Revenue Forecast in Memory Module
Figure 30: Worldwide Consumer Timing Devices Revenue Forecast
Figure 31: Worldwide Consumer Timing Integrated Circuit Revenue Forecast by Application
Figure 32: 2010 Worldwide Consumer Timing Integrated Circuit Revenue Share by Application
Figure 33: Worldwide Consumer Timing Integrated Circuit Revenue Forecast in Set-Top Box
Figure 34: Worldwide Consumer Timing Integrated Circuit Revenue Forecast in Video Game Consoles
Figure 35: Worldwide Consumer Timing Integrated Circuit Revenue Forecast in DVD Player/Recorder
Figure 36: Worldwide Communications Timing Devices Revenue Forecast
Figure 37: Worldwide Communications Timing Integrated Circuit Revenue Forecast
Figure 38: 2010 Worldwide Communications Timing Integrated Circuit Revenue Share by Application
Figure 39: Worldwide Communications Timing Integrated Circuit Revenue Forecast in SONET/SDH Line Card OC-48
Figure 40: Worldwide Communications Timing Integrated Circuit Revenue Forecast in DSL Infrastructure
Figure 41: Worldwide Industrial Timing Devices Revenue Forecast
Figure 42: Worldwide Industrial Timing Integrated Circuit Revenue Forecast by Application
Figure 43: 2010 Worldwide Industrial Timing Integrated Circuit Revenue Share by Application
Figure 44: Worldwide Timing Devices Revenue Forecast by Product Type
Figure 45: 2010 Worldwide Timing Devices Revenue Share by Product Type
Figure 46: Worldwide Timing Devices Revenue Forecast in Crystal Oscillator
Figure 47: Worldwide Crystal Oscillator Market Forecast (Revenue, Units, and ASPs)
Figure 48: Worldwide Clock Generation Market Forecast (Revenue, Units, and ASPs)
Figure 49: Worldwide Clock Generation IC Revenue Forecast by Product Type
Figure 50: Worldwide PLL Market Forecast (Revenue, Units, and ASPs)
Figure 51: Worldwide MEMS Resonator Market Forecast (Revenue, Units, and ASPs)
Figure 52: Worldwide CMOS Oscillator Market Forecast (Revenue, Units, and ASPs)
Figure 53: Worldwide Clock Distribution Market Forecast (Revenue, Units, and ASPs)
Figure 54: 2009 Worldwide Timing Integrated Circuit Revenue Share by Supplier

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 Communications Timing Integrated Circuit Revenue Forecast 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 Generation IC Revenue Forecast by Product Type
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: Worldwide Clock Distribution Market Forecast (Revenue, Units, and ASPs)
Table 29: 2009 and 2008 Worldwide Timing Integrated Circuit Revenue Share by Suppli

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