Jun 06, 2023 708

Nvidia will invest hundreds of millions of dollars in Israel for the world's most powerful artificial intelligence-based supercomputer!


Israel is being targeted by NVIDIA for the world's most powerful artificial intelligence supercomputer. NVIDIA, one of the leading companies in the field of chip manufacturing and artificial intelligence, said it will invest hundreds of millions to create the most powerful supercomputer with artificial intelligence in Israel. The company, which cooperates with 800 startups across the country and employs tens of thousands of software engineers, aims to maximise the existing potential.

OpenAI's ChatGPT, for example, was created with thousands of Nvidia GPUs. The system was developed by the former Mellanox team. Nvidia bought Israeli chip designer Mellanox Technologies in 2019 for nearly $7 billion, outbidding Intel Corp. Shainer said Nvidia's first priority for the supercomputer was its Israeli partners. "We may use this system to work with partners outside of Israel down the road," he said. Last week, Nvidia said it had worked with Britain's University of Bristol to build a new supercomputer using a new Nvidia chip that would compete with Intel and Advanced Micro Devices Inc.

The system, called Israel-1, is expected to deliver performance of up to eight exaflops of AI computing to make it one of the world's fastest AI supercomputers. One exaflop has the ability to perform 1 quintillion - or 1,000,000,000,000,000,000 - calculations per second.

Shainer said AI was the "most important technology in our lifetime" and that to develop AI and generative AI applications large graphics processing units (GPUs) were needed.

"Generative AI is going everywhere nowadays. You need to be able to run training on large datasets," he stated, noting companies in Israel will have access to a supercomputer they don't have today.

"This system is a large scale system that actually will enable them to do training much quicker, to build frameworks and build solutions that can tackle more complex problems."