Products & Solutions
Semiconductors & Devices
Mitsubishi Electric provides semiconductors/devices including power modules and high power devices that handle the highly efficient control of power, optical devices that deliver the performance required in fibre-optic communication devices, high frequency devices that cover everything from radios and mobile phones to satellite communications, as well as the line of TFT-LCD modules that improve interfaces for information.
Product Lineup
High Frequency Devices
High Frequency Devices
Mitsubishi Electric has long supported the advancement of wireless communication networks through the development of its high frequency devices. Products manufactured utilising the latest electronics and other technologies combined with newly developed high-performance materials have kept us in a market leading position. Our range of high frequency devices are contributing to the wireless communications infrastructure, helping achieve more reliable wireless communications such as satellite communications, as well as smaller and more powerful mobile phones, and other high-performance network equipment.
- GaN High Frequency Devices
- GaAs High Frequency Devices
- Silicon RF Devices
Infrared sensors
Infrared sensors
This infrared sensor incorporates thermal-diode infrared sensor technologies originally developed by Mitsubishi Electric to realise higher pixel and high-temperature resolution performance. By capturing the detailed thermal images of people, objects etc. and improving the performance of identifying people/objects and people’s movements, this sensor is ideal for crime prevention, surveillance systems, people-counting systems and air-conditioning systems.
- Infrared sensor
Contact Image Sensors
Contact Image Sensors
With a high-sensitive and high-S/N CMOS image sensor and an ASIC that incorporates a dedicated image processing unit and a high-precision A/D converter, Mitsubishi Electric's Contact Image Sensors deliver the world's fastest scanning speed in its class and digital output for maximum usability.