In a groundbreaking move, NVIDIA recently unveiled the H200, the world’s most powerful AI chip to date. This new chip marks a significant advancement over its predecessor, the H100, boasting performance improvements ranging from 60% to 90%. The H200 not only outperforms its predecessor but is also compatible with it, offering a seamless transition for businesses currently using the H100.
The release of the H200 comes at a time when AI companies globally are facing a scarcity of computational power, with NVIDIA’s GPUs becoming increasingly rare and valuable. Reflecting the urgency of the demand, NVIDIA has shifted its product release cycle from every two years to annually.
The H200, based on the Hopper architecture, is equipped with the H200 Tensor Core GPU and advanced memory capabilities, making it ideal for generative AI and high-performance computing workloads. The chip is the first to use HBM3e memory, boasting an impressive 141GB capacity. This upgrade nearly doubles the capacity and bandwidth compared to its predecessors, significantly enhancing data processing speed and efficiency.
The H200 chip has made a remarkable impact on AI inference speed, nearly doubling the speed for the Llama 2 70B model compared to the H100. This performance leap is a testament to NVIDIA’s continuous efforts to enhance its technology, maintaining its lead in the AI and high-performance computing sector.
With the introduction of the H200, NVIDIA is set to power a new generation of AI supercomputing centers worldwide. Leading cloud service providers, including Amazon Web Services, Google Cloud, Microsoft Azure, and Oracle Cloud Infrastructure, are among the first to deploy H200-based instances. Furthermore, top-tier supercomputing centers globally have announced plans to utilize the GH200 system in their upcoming supercomputers, signaling a new era of scientific innovation and computational capability.
As NVIDIA continues to push the boundaries with the H200, competitors like AMD and Intel are not far behind. AMD’s upcoming Instinct MI300X aims to surpass the H200 in memory capacity and bandwidth, while Intel is set to enhance its Gaudi AI chip’s memory in its upcoming generations. This competitive landscape indicates a thrilling race in the AI chip market, with each player striving for technological supremacy.
While the pricing of the H200 remains undisclosed, the anticipation is high, given the H100’s price range of $25,000 to $40,000. The chip’s launch next year is expected to create a significant stir in the market, further intensifying the demand for advanced AI chips. As companies and research institutions gear up for the next wave of AI advancements, NVIDIA’s H200 stands as a monumental step forward in computational technology.