Nvidia said its newly ... 54 billion transistors on a 826 mm2 die, making what it said is the largest 7nm processor. This is made possible by to the Ampere architecture’s use of the TSMC ...

The new Nvidia Blackwell GPU architecture will power the upcoming ... but outside of the RTX 5090 with its significantly larger GPU die — 744 mm2 compared to 608 mm2 on the 4090 — a lot ...

NVIDIA’s GB202 die shot reveals ... These physical memory interfaces are located along the die's top, left, and right perimeters. The architecture includes twelve graphics processing clusters ...

The last time Nvidia had a die this big was back under its Turing architecture in 2018. The TU102, which came to market as the RTX 2080 Ti graphics card, came in at 754mm². Outside of that chip ...

Ada Lovelace is rumored to be the successor to the Ampere architecture that powers the current generation PC GPUs from Nvidia. This alleged development isn't too far-fetched considering the fact ...

Nvidia has officially released a comprehensive white paper on its Blackwell architecture ... to have 31.1 billion transistors on a 263 mm² die. These figures validate earlier discussions about ...

Ever since NVIDIA ventured into ray tracing with the Turing architecture, the company has consistently pushed the boundaries of GPU design. The pace of innovation accelerated with Ampere and reached ...

Despite having to hold the GPU Technology Conference as a virtual event, Nvidia pulled out all the stops and revealed a new GPU architecture, a new data center GPU and other new products that the ...

As he pointed out, the markings on the SOC indicate it was made by Samsung, and that it’s based on Ampere architecture. Leadbetter argues that it would not make sense for Nvidia/Samsung/Nintendo ...

NVIDIA has a history of making some small ... but we can assume that Project DIGITS' technology is much faster than the older Ampere architecture (and of course it is since it skips a generation).