Semiconductor News & Analysis Feed

NVIDIA has advanced its 800-VDC power architecture from concept to production, aiming to address the escalating power demands of AI computing in data centers. Traditional AC power delivery at 415V or 480V faces significant limitations in high-density GPU environments, leading to excessive current, c

As the space and defense sectors increasingly demand high-performance computing and real-time data processing, the need for efficient, reliable, and compact power devices has become critical. Gallium nitride (GaN) high-electron mobility transistors (HEMTs) are emerging as a transformative technology

As hyperscale cloud providers and enterprise customers race to build increasingly powerful artificial intelligence infrastructure, power delivery and energy efficiency are emerging as critical constraints. ON Semiconductor's introduction of 800V DC power architecture represents a significant advance

Samsung Electronics is aggressively positioning itself in the AI data center power architecture space, targeting NVIDIA's 800V AI data center power architecture. This strategic move reflects the intensifying technological competition within the semiconductor industry driven by surging AI computing d