Infineon provides radiation-resistant power infrastructure for the NASA Roman Space Telescope to ensure stable energy distribution at the second Sun-Earth Lagrange point.

Infineon Technologies expands radiation-hardened power electronics for satellite power conversion and GaN-based space platforms.

Infineon Technologies AG and LS ELECTRIC are collaborating to develop high-efficiency direct current power infrastructure for AI data centers and next-generation power grids.

Infineon Technologies has developed a ready-to-integrate hardware and software architecture to enable digital card tokenization and near-field communication transactions on wearable computing devices.

Infineon Technologies supplies GaN devices for Chicony Power’s high-power laptop adapters, supporting compact designs and improved power conversion efficiency in computing hardware.

Infineon introduces compact driver-integrated power stage for motor drives and switched-mode supplies requiring efficient high-frequency conversion.

New opto-emulator devices simplify migration from optocouplers in high-voltage industrial and energy conversion systems.

Designed for USB Hi-Speed peripherals, the new controller adds security hardware, DMA support, and large on-chip buffering for data-intensive devices.

A new single-chip connectivity platform targets low-power IoT deployments by combining 20 MHz Wi-Fi 7, multi-protocol support, and robust operation in congested wireless environments.

New 750 V G2 devices in Q-DPAK and D2PAK packages improve thermal behavior, switching efficiency, and gate-drive flexibility for automotive chargers and industrial power systems.