As large-model training and inference drive explosive power growth, per-card power is moving toward the kilowatt level. Designed for AI chips including GPUs, ASICs, and FPGAs, this solution delivers high current, ultra-low output voltage, and ultra-fast transient response, with multiphase parallel designs and vertical power delivery architectures becoming mainstream.
15A, integrated 3mΩ power MOSFET with current monitoring function for multiple protection devices
5V system, 6A hot-swappable protection device with current limiting function
5V system, 6A hot-swappable protection device with current limiting function
12V system, 6A hot-swappable protection device with current limiting function
12V system, 6A hot-swappable protection device with current limiting function
50A, integrated 1.2mΩ power MOSFET and PMBus™ interface multi-protection E-Fuse
0.6 mΩ, a parallel-able 50A hot-swappable protection device integrated with MOSFET
As large-model training and inference drive explosive power growth, per-card power is moving toward the kilowatt level. Designed for AI chips including GPUs, ASICs, and FPGAs, this solution delivers high current, ultra-low output voltage, and ultra-fast transient response, with multiphase parallel designs and vertical power delivery architectures becoming mainstream.
15A, integrated 3mΩ power MOSFET with current monitoring function for multiple protection devices
5V system, 6A hot-swappable protection device with current limiting function
5V system, 6A hot-swappable protection device with current limiting function
12V system, 6A hot-swappable protection device with current limiting function
12V system, 6A hot-swappable protection device with current limiting function
50A, integrated 1.2mΩ power MOSFET and PMBus™ interface multi-protection E-Fuse
0.6 mΩ, a parallel-able 50A hot-swappable protection device integrated with MOSFET