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Nvidia unveils Revolutionary AI Ethernet and Superchip for unprecedented Performance

Nvidia, a leading technology company, has made significant advancements in the field of artificial intelligence (AI) with the introduction of their new ethernet switch and superchip. The Spectrum-X ethernet switch is specifically designed to handle high volumes of data for AI applications. It ensures “lossless” transmission through a new congestion control mechanism, which prevents packet drops and congestion in network routers.

During his keynote at the Computex conference, Nvidia CEO Jensen Huang unveiled the Spectrum-X family of ethernet products. The first iteration, Spectrum-4, is a groundbreaking 51Tb/sec Ethernet switch built specifically for AI networks. It works in conjunction with Nvidia’s BlueField data-processing unit (DPU) chips and fiber-optic transceivers to route large amounts of data efficiently. Spectrum-4 is a massive chip with one hundred billion transistors, built using advanced process technology.

The introduction of Spectrum-X has the potential to revolutionize the ethernet networking market, which is currently dominated by chip maker Broadcom. It offers a new solution for AI factories, high-performance data centers dedicated to AI training, as well as AI cloud facilities that serve multiple customers simultaneously. The Spectrum-X switch enables efficient traffic management and congestion control, ensuring smooth data flow across the network.

In addition to the ethernet switch, Nvidia showcased their latest addition to the DGX series of AI computers, the DGX GH200. It features the Grace Hopper board, Nvidia’s superchip, which combines a Hopper GPU and the Grace CPU based on ARM instruction set. This powerful combination enables the DGX GH200 to deliver exceptional performance for running giant generative AI models.

The GH200 utilizes 144 terabytes of shared memory, enabling advanced AI capabilities at an unprecedented scale.

Nvidia’s latest innovations in ethernet technology and superchips mark significant milestones in the field of AI. The Spectrum-X ethernet switch brings high-performance computing capabilities to the ethernet market, while the Grace Hopper superchip empowers AI applications with remarkable processing power. These advancements have the potential to drive further progress and breakthroughs in the field of artificial intelligence.

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