Wise Integration, Navitas Partnered on AI Power Chips
The companies have combined digital control and semiconductor expertise to improve efficiency in AI data center power systems.
Updated on Sept. 28, 2026 in Semiconductors
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Wise Integration and Navitas Semiconductor have announced a partnership focused on power-computing applications. The collaboration targets energy-intensive AI data centers and workstations by integrating digital control technology with gallium nitride and silicon carbide components.
Why it matters
Rising energy demand from AI data centers and high-performance computing is necessitating new architectures for grid-to-chip efficiency. This effort seeks to increase power density for hardware that requires higher efficiency than traditional power converters allow.
The partnership leverages Navitas' gallium nitride (GaN) and silicon carbide (SiC) semiconductors, which allow for higher switching frequencies than legacy silicon chips. These are managed by Wise Integration’s distributed digital control solutions to optimize high-voltage power conversion.
The players
Wise Integration
A Hyeres, France-based company specializing in digital control architecture for power converters.
Navitas Semiconductor
A Torrance, California-based firm that develops gallium nitride and silicon carbide power semiconductors for high-efficiency applications.
The details
The collaboration integrates distributed digital control—a method of managing power states across multiple points in a circuit—with wide-bandgap semiconductors like GaN and SiC. These materials allow transistors to operate at higher voltages and frequencies while generating less thermal waste than silicon. By combining these control systems with power-semiconductor hardware, the companies aim to streamline the power delivery chain from the grid directly to the high-performance computing chip.
Timeline
The partnership was announced on September 28, 2026.
The Tech Race
This effort follows the industry-wide transition toward gallium nitride power electronics to support the increasing thermal and energy demands of AI data centers. It competes with integrated power-delivery roadmaps currently being pursued by major server component manufacturers.
This collaboration aims to increase efficiency in AI workstations and data center power supply units, which may eventually lower energy footprints for high-end computing equipment. Users should look for future announcements regarding power supply efficiency ratings as the companies explore new conversion topologies.
The takeaway
The partnership highlights the critical role of digital control in maximizing the performance of wide-bandgap power semiconductors. Watch for future disclosures on power conversion efficiency benchmarks to determine if this architecture offers measurable improvements over existing silicon-based standards.
Further reading
For broader trends in chip architecture and power delivery, visit our Semiconductors section.
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Do you believe corporate tech partnerships effectively improve energy efficiency for your household or business?
