The 16W GaN power amplifier reduces costs and power consumption while enabling wider deployment of 5G mMIMO base stations.

The S1-Series HVIGBT Module is designed for extra powerful and efficient inverter systems of railways, electric power systems and more.

This project saw the development of the world's highest class pulse energy, a high-energy short-pulse deep ultraviolet wavelength laser system that achieves an output energy of 235 millijoules.

The new MelDIR thermal-diode infrared sensor suppresses incident-light components that blur thermal images and uses a newly designed lens with double the field of view of existing sensors.

For extra-powerful, high-efficiency inverter systems in railcars, electric power systems and more.

Deployment in 32T32 massive MIMO antennas will lower production costs and reduce base station power consumption.

Small-package TO-56CAN will contribute to miniaturized, low-power consumption of optical transceiver modules.

The model is expected to extend the range and reduce the power consumption of commercial radio equipment.

Six-model lineup of compact T-PMs and other modules will lead to smaller, more efficient inverters for xEVs.

The GaN power amplifier module achieves at least 43% power-added efficiency over a wide frequency range of 400 MHz, helping to reduce the power consumption of base stations.