NVIDIA Hopper GPU: bonkers 140 billion transistors on next-gen AI chip

NVIDIA is going to be one of, if not the biggest GPU ever made when it unleashes its next-gen Hopper GPU architecture -- with fresh rumors teasing it rocks a Godzilla-sized 140 billion transistors -- 2.6x the transistors of the Ampere-based GA100 GPU.

The new rumors are coming from Chiphell, which states one of the flagship NVIDIA Hopper GPUs will have a huge 140 billion transistors, and be made on TSMC 5nm. We might see a monster monolithic design in the GH100 -- but also a multi-chip module (MCM) design in the GH102 -- with 140 billion transistors somewhere in the 5nm mix.

NVIDIA's new Hopper GPU architecture whether it be in monolithic or MCM GPU design, will be going up against AMD's next-gen Aldebaran GPU -- a new MCM-based GPU with up to 128GB of HBM2e memory and on TSMC 6nm -- as well as Intel's upcoming Ponte Vecchio GPU (which will use an Intel 7 base GPU tile, TSMC N7 for Xe-Link, and TSMC N5 for the compute tile) with up to 128GB of HBM2e memory.

• Read more: NVIDIA's next-gen GH100 Hopper GPU: 1000mm2 and monster 1000W+ power
• Read more: NVIDIA 'GPU-N': GH100 GPU, up to 233GB HBM2e at 6.3TB/sec (!!!)

NVIDIA should reveal its next-gen Hopper GPU architecture during its upcoming GTC (GPU Technology Conference) in just a few weeks time in March 2022.