Wolfspeed has established a dedicated data-center solutions team and regional office in Silicon Valley to address surging demand for efficient power architecture in AI infrastructure.
Market context
The exponential growth of AI computing is driving unprecedented demand for next-generation data-center power architecture. Wolfspeed, a leading manufacturer of silicon carbide (SiC) materials and power semiconductors, recognizes that moving to higher voltage systems is no longer optional but a fundamental requirement for modern AI clusters.
Strategic positioning
The new team will focus on delivering high-voltage SiC power solutions engineered to drastically reduce energy loss and maximize efficiency. By establishing a physical presence in the San Francisco Bay Area, Wolfspeed aims to align more closely with hyperscalers, original design manufacturers (ODMs), and the broader ecosystem. This proximity enables the company to develop differentiated products tailored to the specific power needs of high-density AI deployments.
Leadership appointments
Ganesh Srinivasan joins as senior vice president to lead the data-center solutions team. He brings deep experience working with hyperscalers and ODMs, most recently as vice president of product management for AI, Cloud, and Enterprise at TE Connectivity, and previously 17 years in power product leadership at Texas Instruments. Srinivasan holds M.S. and Ph.D. degrees in electrical engineering from Georgia Tech.
Yogesh Ramadass joins as vice president of power systems solutions and fellow. An expert in high- and low-voltage power topologies, he authored over 160 technical articles and previously led R&D efforts in high-voltage power management, MEMS, and sensors at Texas Instruments. Ramadass holds advanced degrees from MIT and is a former IEEE Distinguished Lecturer and chair of the ISSCC Power Management Subcommittee.
Forward outlook
This investment signals Wolfspeed’s commitment to strengthening its capabilities for long-term growth and value creation. As AI workloads continue to scale, the company’s high-voltage SiC solutions are positioned to become a critical enabler of efficient, reliable data-center power architecture—a market that will only intensify in importance as the industry grapples with energy constraints and performance demands.
