lipflip – At Nvidia’s GTC DC show, the company revealed its plans for the future of AI data centers with the Vera Rubin superchip platform. This next-generation system will combine the power of an 88-core Vera CPU with dual Rubin GPUs. Forming the backbone of Nvidia’s data center strategy for 2026. Designed to significantly enhance AI workloads, the Vera Rubin superchip promises groundbreaking performance.
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CEO Jensen Huang presented the superchip as a key player in Nvidia’s strategy to power the AI revolution. “This is the next-generation Rubin,” he stated. Although the company is still shipping its GB300 platform. Rubin is slated to go into production as early as next year. According to Huang, the Rubin system is “an incredibly beautiful computer” with 100 petaflops of FP4 performance—far surpassing anything Nvidia has released so far.
While skepticism remains about Nvidia’s recent performance claims. The Vera Rubin system’s design and specs make it clear that it will be a formidable machine when it hits the market in 2026. Built using next-gen CPU and GPU architectures. The Rubin platform doubles the number of CPU cores compared to Nvidia’s current-generation GB200 Grace Blackwell flagship. This combination of power will drive faster AI processes and offer massive improvements for data centers.
Performance and Specifications: A Leap Forward in AI Capabilities
The Vera Rubin system will offer unprecedented computational power, enabling faster AI workloads and more advanced capabilities. The Rubin GPUs, each equipped with 288GB of HBM4 memory, will be linked to the Vera CPU through an upgraded NVLINK-C2C architecture. This enhanced connection boosts throughput, ensuring the system handles demanding tasks with ease. In terms of raw performance, the NVL144 system will deliver 3.6 exaflops of FP4 inference and 1.2 exaflops of FP8 training. This is more than three times the performance of Nvidia’s current GB300 NVL72 platform.
In addition to its current Rubin offering, Nvidia also teased what’s to come after 2026. The company previewed the Rubin Ultra NVL576, which will debut in 2027. This larger configuration will include more GPUs, up to a terabyte of HBM4e memory, and up to four times the performance of the standard Rubin system.
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For investors and industry leaders, these developments signal a future filled with even more powerful and expensive hardware. With each iteration, Nvidia is pushing the limits of what’s possible in AI data centers, making it clear that the company’s influence in the sector will only continue to grow.