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Nvidia selects Navitas for the next generation of 800 V HVDC architecture

Navitas Semiconductor Corporation
Navitas Semiconductor Corporation

Navitas’ GAN and SIC technologies were selected to support the 800 V HVDC data center infrastructure from NVIDIA to support 1 MW IT racks and beyond

Nvidia selects Navitas for the next generation of 800 V HVDC architecture

Navitas' GAN and SIC technologies were selected to support the 800 -V -V -HVDC -Coloring center infrastructure from NVIDIA to support 1 MW IT racks and beyond.
Navitas’ GAN and SIC technologies were selected to support the 800 -V -V -HVDC -Coloring center infrastructure from NVIDIA to support 1 MW IT racks and beyond.

Torrance, California, May 21, 2025 (Globe Newswire) – Navitas Semiconductor (NASDAQ: NVTS), the industry leader in Ganfast ™ Gallium Nitrid (GAN) and Genesic ™ Silicon Carbide (SIC) semi -Semications, announced a collaboration with NVIDIA (NASDAQ: NVDA) on the next generation of HVDC architecture (NASDAQ: NVDA). Rubin Ultra, activated by Ganfast ™ and Genesic ™ Power Technologies.

The next generation of 800 V-DC architecture from NVIDIA aims to create a high level of efficiency and a scalable power supply for the next generation of AI work in order to ensure greater reliability, efficiency and a reduced complexity of the infrastructure.

Today’s existing data center architecture uses traditional 54 V-in-rack electricity distribution and is limited to a few hundred kilowatts (KW). Bewer copper bus bars are required to transfer this low voltage current from the shelves with the rack mounting into the calculation carrier. With increasing performance over 200 kW, this architecture increases due to performance density, copper requirements and reduced system efficiency to physical limits.

Modern AI calculation centers need gigawatts (GW) electricity for increasing demand for AI calculation. The approach of NVIDIA is to convert the 13.8 kV change of change power flow directly in 800 V HVDC at the Perimeter data center using solid-state and industrial wheel rectors, which eliminates several alternating current/DC and DC/DC conversion steps, which means that the efficiency and reliability are maximized.

Due to the higher voltage level of 800 V HVDC, the thickness of the copper wires can be reduced by up to 45%due to I2R losses, whereby the same performance can be delivered with increased voltage and lower electricity. With a conventional 54 V equal current system, over 200 kg copper would be required to supply a 1-MW rack with electricity, which is not sustainable for the next generation with GW power supplies.

The 800 V-HVDC operates the IT racks directly (eliminates the need for additional AC-DC converters) and is converted into lower tensions by DC DC converters that drive the GPUs like the Rubin Ultra.

Navitas is an established market leader in AI data center solutions that are made possible by GAN and SIC technology. The high-performance ICS Gansafe ™ Power ICS integrate functions for tax, drive, detection and critical protective features and enable unprecedented reliability and robustness. Gansafe is the world’s safest gan with short circulatory protection (350 NS maximum latency), 2KV ESD protection for all pens, elimination of the negative gate drive and programmable DLEW rate control. All of these characteristics are controlled with 4 pins so that the package can be treated like a discreet GAN-FET, whereby no V is requiredCC Pen.

(Tagstotranslate) Navitas Semiconductor (T) NVIDIA (T) Power Semiconductors (T) HVDC (T) Navitas (T) Data Center (T) Power Density (T) Architecture

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