NVIDIA Accelerates Rubin Architecture Launch, Expected Mid-2025 | Parts of computer and their functions | Types of cpu | Hardware catalog | Turtles AI

NVIDIA may bring forward the launch of its new "Rubin" architecture by six months, originally scheduled for 2026. With this strategic move, the company intends to consolidate its position in the AI ​​market, taking advantage of the advanced technologies available. Details on Rubin include a 3nm manufacturing process from TSMC and the adoption of HBM4 memory.

Key points:

• NVIDIA’s Rubin architecture could launch six months earlier than expected. 
• The new architecture will be equipped with TSMC’s 3nm process and HBM4 memory. 
• NVIDIA intends to maintain its leadership in the AI ​​sector with this strategic move. 
• The Rubin range could be released at the same time as the Blackwell Ultra series, scheduled for mid-2025.

NVIDIA, after dominating the GPU space for years with architectures such as Ampere, Hopper and Blackwell, is accelerating its development plans. The latest rumors, reported by the Taiwan Economic Daily, suggest that the Californian company plans to release the "Rubin" architecture as much as six months earlier than originally planned, with a launch date now set for mid-2025, rather than 2026. This move could prove crucial for the company, which aims to consolidate its supremacy in a rapidly growing and increasingly competitive AI market. Surprisingly, the announcement of Rubin comes just a few months after the official debut of Blackwell, the current architecture, which demonstrates NVIDIA’s commitment to maintaining an annual release cadence, which has now characterized its development strategy.

The technological heart of Rubin seems to be based on manufacturing advances already in the implementation phase, such as the 3nm process made by TSMC, which will allow the new generation of chips to be more powerful and efficient. In addition, Rubin will also feature HBM4 memory, a next-generation technology that will meet the growing demands for compute capacity and speed, which are especially important for AI and deep learning workloads. While the reason for the early release has not been officially stated, it is clear that NVIDIA intends to leverage existing technologies to ensure a timely release.

NVIDIA’s influence on the GPU market has been undisputed in recent years, and with Rubin, the company intends to not only maintain but further strengthen its dominance. Rumors also point to a possible simultaneous launch with the “Blackwell Ultra” (B300) series, scheduled for mid-2025, but details on how NVIDIA intends to manage the release timing to avoid market overlap are currently unclear. More information on the Rubin architecture and NVIDIA’s future plans is expected to be revealed at CES 2025, where the company may reveal more details about this new phase of development.

With the Rubin architecture, NVIDIA continues to define the future trajectory of AI, and its innovative approach promises to further disrupt the GPU industry.