Imagine a supercomputer so advanced, it’s almost entirely powered by Israeli innovation. That’s exactly what Nvidia CEO Jensen Huang unveiled at CES 2026, and it’s a game-changer for AI and beyond. But here’s where it gets controversial: while Nvidia takes the spotlight, the real story lies in the Israeli tech genius behind it all. Let’s dive in.
At the heart of this breakthrough is Nvidia’s next-generation AI processor, Rubin, which Huang showcased at the Consumer Technology Association’s annual event in Las Vegas. But Rubin isn’t alone—it’s paired with five other cutting-edge chips, all with a surprising Israeli connection. These include the Vera core processor, NVLink 6 Switch, ConnectX-9 SuperNIC, BlueField-4 DPU, and Spectrum-6 Ethernet Switch, developed at Nvidia’s Yokne'am center in Israel. And this is the part most people miss: Israel’s role in this tech revolution is far bigger than you might think.
Rubin marks the next evolution in Nvidia’s chip lineup, following the Blackwell Ultra (B300) and preceding the upcoming Feynman series. But what’s truly groundbreaking is the architecture of the data centers where these chips will live. Huang emphasized how Israel’s development center is critical to making these servers lightning-fast and efficient for training AI models—a cornerstone for the future of AI agents.
Each Rubin GPU will be paired with the Vera core processor and four Israeli-developed communication processors, creating a supercomputer that’s as much a product of Israeli innovation as it is of Nvidia’s vision. Huang didn’t hold back in praising Nvidia’s communications prowess, crediting the acquisition of Israeli company Mellanox for turning Nvidia into the world’s leading communications company. He boldly claimed their chips have revolutionized how processors interact, saving billions in server farm construction costs. Is this the future of tech collaboration, or just a strategic business move? Let’s discuss in the comments.
Huang also highlighted Nvidia’s commitment to open inference models, calling 2025 ‘the year of the open models.’ This strategy involves selling hardware like chips and servers alongside free models, a move that’s already supporting innovations like Israeli company Lightricks’ LTX-2 video model. But here’s a thought-provoking question: Are open models truly democratizing AI, or are they just another way for tech giants to dominate the market?
The Rubin chip is already in production but won’t hit the market until the second half of 2026. Its name, ‘Vera Rubin,’ honors the American astronomer whose work on galaxy rotation supported the dark matter hypothesis—a nod to the chip’s role in uncovering the ‘dark matter’ of AI potential. Interestingly, the Vera core processor was partially developed in Israel, a country teeming with core processor experts thanks to Intel’s historic investments in the region.
Huang also teased the next phase of Nvidia’s partnership with Mercedes-Benz: fully autonomous vehicles powered by Nvidia’s Alpamayo language model. These cars are set to launch in the U.S. this quarter, with Europe and Asia following later in the year. But as we marvel at this tech, let’s ask: Are we ready for a world where cars think for themselves?
This isn’t just a story about a supercomputer—it’s a testament to the power of global collaboration and Israel’s rising tech dominance. What’s your take? Is Israel the unsung hero of the AI revolution, or is this just the beginning of a bigger tech shift? Share your thoughts below!
