| OSDM includes Optoelectronics, Sensors, Discretes and MEMs. Image Sensors, LEDs, Couplers, Isolators, Infrared, and Laser Pickup and Transmitters constitute Optoelectronics. Sensors include MEMs, Temperature Sensors Accelerometers, Pressure Sensors and Magnetic Field Sensors. Discretes include Diodes, Small Signal Transistors, Power Transistors, Rectifiers, and Thyristors. |
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Market Trackers Features and Benefits: |
| Annual Forecasts |
Design Locations |
| Quarterly Forecasts |
Consumption by Application |
| Quarterly Updates |
Consumption by Region/Country |
| Revenue, Units and Pricing |
Advice and Support |
| Market Share |
Multi-Site Licensing |
| Wallet Share |
New product announcements |
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| Market Reports Features and Benefits: |
| Annual Forecasts |
Consumption by Application |
| Revenue, Units and Pricing |
Consumption by Region/Country |
| Market Share |
Multi-Site Licensing
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OSDM Service
Quarterly Trackers and Market Reports on the optoelectronics, sensors, discretes, and MEMs markets. |
Discretes Market Tracker
Quarterly Tracker for Diodes, Small Signal Transistors, Power Transistors, Rectifiers, Thyristors, and Other Discretes |
LEDs
LEDs constitute the majority of the optoelectronics market and will continue to rapidly outpace the rest of the market, thanks consumption in a variety of new applications and manufacturing techniques which are quickly driving down selling prices. |
OSDM Market Trackers Bundle
Quarterly Trackers for OSDM products |
Optoelectronics Market Tracker
Quarterly Tracker for Image sensors, LEDs, and other optoelectronic devices |
Optoelectronics
Optoelectronics are some of the fastest growing semiconductor product segments, and are making significant advances into many markets. The push for energy efficiency across the entire industry has led to new developments and applications for LEDs, image sensors, and other light controlling products. |
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Sensors and MEMS Market Tracker
Quarterly Tracker for MEMs, Temperature Sensors, Accelerometers and other sensors |
Temperature Sensors
Integrated circuit based temperature sensors hold several advantages over traditional sensors, such as low production costs and easy interface with other electronic components. IC-based sensors can output current or voltage, and some also incorporate voltage monitoring, remote diode sensing, or fan control functions. |