21/04/2026
Nvidia GTC 2026 Preview: Next-Gen Inference Chips Coming, H200 to Make Way for Vera Rubin, Reducing HBM Dependence
March 6, 2026 – The global AI computing industry witnessed a key development as Nvidia officially confirmed that it will launch a new generation of AI inference chips at the GTC 2026 conference, to be held in San Jose, California, USA, from March 16 to 19. The company also announced a major production capacity adjustment plan: the flagship Blackwell architecture product H200 will gradually cede production capacity to the next-generation Vera Rubin platform, while reducing dependence on High-Bandwidth Memory (HBM) through architectural optimization, reshaping the pattern of AI computing hardware.
As an annual weather vane in the AI chip field, GTC 2026 has attracted widespread attention even before its opening. Jensen Huang, founder and CEO of Nvidia, has preheated the event, stating that the conference will release "unprecedented" new chips, focusing on three core directions: leapfrog inference performance, energy efficiency optimization, and supply chain resilience, directly addressing the key pain points in the large-scale deployment of current AI large models. The industry generally expects that the new generation of inference chips will be the core landing product of the Vera Rubin platform, specifically optimized for scenarios such as long-text inference, multimodal model deployment, and AI Agent ex*****on, filling the market gap of "strong training but high inference cost" in high-end computing power.
This production capacity adjustment is a strategic decision by Nvidia based on market demand and regulatory environment. According to foreign media reports, Nvidia has notified TSMC that it will gradually transfer the 3nm advanced process capacity originally used for H200 chips to the production of the Vera Rubin platform. Colette Kress, CFO of Nvidia, admitted in the earnings conference that although the H200 has obtained a small number of export licenses, it has not generated actual revenue so far, and continuing large-scale mass production is no longer commercially meaningful. The existing H200 inventory is sufficient to cover limited market demand, and stopping new production capacity can avoid inventory backlogs and allocate scarce advanced process capacity to new products with greater growth potential.
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As Nvidia’s core computing platform in 2026, Vera Rubin breaks through traditional computing bottlenecks at the architectural design level. The platform adopts a six-chip collaborative design, including six new chips such as Rubin GPU, Rubin CPX inference-specific accelerator, and Vera CPU, manufactured based on TSMC’s 3nm N3P process with 336 billion transistors, 1.6 times that of the Blackwell architecture. In terms of performance, Vera Rubin’s FP4 inference computing power reaches 50 Petaflops, 5 times that of the H200, and the inference Token cost can be reduced to one-tenth of that of the Blackwell platform, perfectly adapting to the large-scale inference needs of cloud service providers and enterprise-level AI factories.
Regarding the industry-concerned HBM dependence issue, Nvidia has achieved a major breakthrough on the Vera Rubin platform. On the one hand, the platform is equipped with the third-generation Transformer Engine, which has built-in hardware-level adaptive compression technology, reducing memory usage while ensuring inference accuracy and lowering the excessive demand for HBM capacity. On the other hand, it optimizes the memory scheduling mechanism, combining LPDDR5X and HBM4 hybrid memory architecture, which not only ensures high bandwidth requirements but also shares part of the computing load through conventional memory, alleviating the supply chain pressure caused by the shortage of HBM production capacity. Although the HBM4 bandwidth of the first batch of mass-produced Vera Rubin chips has been adjusted from the original 22TB/s to 20TB/s, the actual computing output is not affected, and the energy efficiency ratio is even improved by more than 30%.
From the perspective of market impact, this adjustment will completely reshape the pattern of the AI computing supply chain. As a core scarce resource of current AI chips, HBM prices have continued to soar and delivery times have been lengthened, becoming a key factor restricting the popularization of computing power. By reducing HBM dependence through architectural innovation, Nvidia can not only ease its own supply chain pressure but also reduce the cost of high-end computing hardware, promoting the popularization of AI large models from large technology companies to small and medium-sized enterprises. At the same time, the Vera Rubin platform is fully compatible with the CUDA ecosystem, allowing existing customers to upgrade smoothly without modifying software, further consolidating Nvidia’s dominant position in the market.
Supply chain sources indicate that the Vera Rubin platform will start small-batch shipments in the second quarter of 2026 and fully expand in the third and fourth quarters. The first batch of customers already includes global leading cloud service providers, AI enterprises, and data center service providers. The supporting HGX Rubin NVL8 server motherboard and NVL72 full cabinet solution will also be unveiled simultaneously at the GTC 2026 conference, forming a full-stack solution of "chips + complete machines + software".
Industry analysts point out that Nvidia’s move to "discontinue H200 and promote Rubin" is driven by both technological iteration and market demand. On the one hand, the focus of the AI industry is shifting from "model training" to "large-scale inference", and dedicated inference chips are ushering in an explosive period. On the other hand, alleviating the HBM production capacity bottleneck and optimizing production capacity allocation can allow Nvidia to maintain its leading position in the fierce market competition. As the GTC 2026 conference approaches, the detailed parameters, pricing strategy, and launch time of the Vera Rubin platform will be officially announced, and the global AI computing hardware track will usher in a new round of transformation.
In the future, with the large-scale landing of the Vera Rubin platform, the cost of AI inference will drop significantly, and applications such as multimodal AI, intelligent agents, and industrial AI will accelerate their popularization. Nvidia’s approach of reducing memory dependence through architectural innovation will also become an industry benchmark, driving the entire semiconductor industry to transform from "simply stacking hardware" to "optimizing architecture to improve efficiency", laying a solid foundation for the popularization of AI technology.
