Onsemi and NVIDIA Collaborate to Drive the Transition to 800V DC Power Supply Solutions for Next-Generation AI Data Centers

2025-07-31 10:58:48 1496

Shanghai, China - July 30, 2025 -- ON Semiconductor (NASDAQ: ON) announced a collaboration with NVIDIA to drive the transition to an 800V DC power supply architecture. This transformative solution will enable significant improvements in energy efficiency, density, and sustainability for next-generation AI data centers.

Figure. 1

The core of this transformation is a new power distribution system—one that must efficiently distribute large amounts of power with minimal losses during each voltage conversion. Onsemi's intelligent power product portfolio plays a critical role in next-generation AI data centers by providing high-efficiency, high-density power conversion technology throughout the entire power supply chain, from high-voltage AC/DC conversion at substations to precise voltage regulation at the processor level.

Onsemi leverages decades of innovation in silicon and silicon carbide (SiC) technology to deliver industry-leading solutions for solid-state transformers, power modules, 800VDC power distribution, and core power supply, all of which integrate intelligent monitoring and control capabilities. The breadth and depth of this technical capability position Onsemi as one of the few companies capable of meeting the stringent power supply requirements of modern AI infrastructure with scalable, practical designs.

 

About ON Semiconductor (onsemi)

ON Semiconductor (onsemi, NASDAQ: ON) is committed to driving disruptive innovation to create a better future. The company focuses on major trends in the automotive and industrial end markets, accelerating transformative innovation in niche areas such as automotive electronics, automotive safety, sustainable grids, industrial automation, and 5G and cloud infrastructure. Onsemi offers a highly differentiated portfolio of innovative products and smart power and smart sensing technologies to address the world's most complex challenges, leading the way to a safer, cleaner, and smarter world.

Tags:

Share

Related News more>

ADAS Power Supply Challenges? 75% Capacitor Reduction Solution
As more and more edge intelligence technologies enter the mainstream, they demand increasingly lower power supply voltage rails to enable real-time local data processing. Applications such as ADAS, infotainment, and body electronics systems in automotive electronics widely adopt edge intelligence technologies. For such applications, the demands on power supply systems are growing increasingly stringent, presenting designers with significant challenges in developing next-generation systems. To support new ma....
Onsemi and NVIDIA Collaborate to Drive the Transition to 800V DC Power Supply Solutions for Next-Generation AI Data Centers
Shanghai, China - July 30, 2025 -- ON Semiconductor (NASDAQ: ON) announced a collaboration with NVIDIA to drive the transition to an 800V DC power supply architecture. This transformative solution will enable significant improvements in energy efficiency, density, and sustainability for next-generation AI data centers. Figure. 1 The core of this transformation is a new power distribution system—one that must efficiently distribute large amounts of power with minimal losses during each voltage convers....
EP4CE15F17C8N FPGAs: Features, Applications and Datasheet
EP4CE15F17C8N Description The EP4CE15F17C8N is a member of Intel (formerly Altera) Cyclone IV E FPGA family, designed for cost-sensitive and power-efficient applications while offering significant logic density and embedded memory. Fabricated on a 60 nm process, it provides a balance between performance, low static power, and affordability. The device is packaged in a FineLine BGA-256, optimized for compact board layouts. EP4CE15F17C8N Features Logic Elements (LEs): ~15,408 Embedded Memory: 516 Kbits dist....
Pushing the limits of performance: GaN enables high-frequency motor drives
Complex new technology applications such as humanoid robots place stringent demands on motor drives: the drives must provide precise control capabilities to ensure that speed, torque and efficiency remain constant. In recent years, these motor systems have developed rapidly, which is inseparable from technological advances and material innovations in the electronic power industry - many applications are transitioning from traditional silicon-based devices to advanced gallium nitride (GaN) solutions. GaN tec....