NVIDIA Ramps Up Pascal and Volta Production Next Generation Volta Arrives in 2017 To HPC FIrst
We have already heard about Volta coming in 2017 during the announcement of the two new supercomputers, the Summit from Oak Ridge National Laboratory and Sierra from Lawrence Livermore National Laboratory. This news just makes it much more official since its coming from Mr.Kenichi. While Pascal would replace Maxwell as the next generation node based on the 16FF+ process node, Volta will be launched in just a years lifespan of Pascal to update the next supercomputers with an enormous update in compute performance. While it is easy to believe that Pascal will stick with the 2 years lifespan of every new GPU at the consumer level, the HPC side will see an update one year earlier just after Pascal launches. In 2017, NVIDIA will ship both Laboratories with their new Tesla accelerators based on the Volta GPU architecture that would be based presumably on the 10nm FinFET node.
Rated at a peak performance of 150-300 PFLOPS, the Summit supercomputer will be based on more than 3400 compute nodes with each node consistin of several next generation IBM POWER9 CPUs and NVIDIA Volta architecture based Tesla GPUs. Each node will deliver around 40 TFLOPs of compute performance and is said to be enough to outperform an entire rack of top of the line Haswell based x86 CPU servers.
The most impressive feature about Summit will be that while it will consume 10% more power than the Titan supercomputer, it will also deliver an impeccable 5 times more system to application power than the previous fastest supercomputer. While Titan was rated at 25-30 PETAFLOPs, Sierra will be >100 PFlops while Summit will be 150-300 PFlops at any given circumstance.
While Pascal will aim to add 3D Stacked Memory designs with on-board and on-chip level integration, Volta will further refine this technology and support the new NVLINK tech which is the next generation Unified Virtual Memory link with Gen 2.0 Cache coherency features and 5 12 times the bandwidth of a regular PCIe connection. This will solve many of the bandwidth issues that high performance GPUs currently face. These supercomputers will alone amount to a major revenue generation for NVIDIA however the GeForce department still amounts to a majority of NVIDIA sales, whats going to happen to GeForce parts during the 2015-2018 timeline.