Watch NVIDIA’s GTC 2017 Keynote Here For Volta, Supercomputing & More – 9 AM PT May 10th

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May 10, 2017
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NVIDIA’s president and CEO is set to take to the stage tomorrow morning at GTC 2017 to talk about the future of GPGPU computing. The company’s annual GPU Technology Conference is all about graphics technology and how to employ it to accelerate a plethora of existing, developing and future workloads.

Every year NVIDIA President and CEO Jen-Hsun Huang gives audiences a glimpse into whichever cutting edge graphics architecture the company is working on next. Volta is in line to succeed Pascal so we should hear a good bit about the new architecture tomorrow. And as is tradition, NVIDIA is likely to issue an update to its long-term graphics roadmap, so a Volta successor could be announced for the very first time.

nvidia-g-sync-ces-2017-key-visualRelatedNVIDIA G-Sync HDR Ultrawide 3440×1440 200Hz Monitors Announced By Asus & Acer
  • 815mm2 die
  • 12nm FinFet
  • 21B Transistors
  • 15 FP32 TFLOPS
  • 7.5 FP64 TFLOPS
  • NEW 120 Tensor TFLOPS
  • 16GB HBM2 @ 900 GB/s
  • 5120 CUDA cores
Tesla ProductTesla K40Tesla M40Tesla P100Tesla V100
GPUGK110 (Kepler)GM200 (Maxwell)GP100 (Pascal)GV100 (Volta)
SMs15245680
TPCs15242840
FP32 Cores / SM1921286464
FP32 Cores / GPU2880307235845120
FP64 Cores / SM6443232
FP64 Cores / GPU9609617922560
Tensor Cores / SMNANANA8
Tensor Cores / GPUNANANA640
GPU Boost Clock810/875 MHz1114 MHz1480 MHz1455 MHz
Peak FP32 TFLOP/s*5.046.810.615
Peak FP64 TFLOP/s*1.682.15.37.5
Peak Tensor Core TFLOP/s*NANANA120
Texture Units240192224320
Memory Interface384-bit GDDR5384-bit GDDR54096-bit HBM24096-bit HBM2
Memory SizeUp to 12 GBUp to 24 GB16 GB16 GB
L2 Cache Size1536 KB3072 KB4096 KB6144 KB
Shared Memory Size / SM16 KB/32 KB/48 KB96 KB64 KBConfigurable up to 96 KB
Register File Size / SM256 KB256 KB256 KB256KB
Register File Size / GPU3840 KB6144 KB14336 KB20480 KB
TDP235 Watts250 Watts300 Watts300 Watts
Transistors7.1 billion8 billion15.3 billion21.1 billion
GPU Die Size551 mm²601 mm²610 mm²815 mm²
Manufacturing Process28 nm28 nm16 nm FinFET+12 nm FFN

NVIDIA’s Next Generation Volta Architecture

The Volta architecture is scheduled to reach gamers in the form of the next generation GeForce GTX graphics cards sometime next year. However, NVIDIA’s public plans for Volta indicate that the company intends to launch Volta accelerators for the enterprise markets later this year. Think Telsa P100 successors.

Industry whispers allege that Volta will not be built on 16nm FinFET like Pascal was. Reports indicate that the upcoming architecture will in fact be built on TSMC’s new 12nm FinFET manufacturing process. We may get a definitive answer regarding Volta’s process tomorrow.

NVIDIA Volta To Support GDDR6 & HBM2 Memory

Moving beyond 2017, Volta is set to replace the Pascal refresh in 2018. The new architecture will, just like Pascal before it, focus on pushing the performance per watt envelope. Although the GPUs are said to feature GDDR6 and HBM2 memory technology, little is actually known about the architecture itself. GDDR6 chips rated at 16Gbps are expected to boost memory bandwidth by 60% compared to current GDDR5X 10Gbps memory technology we see deployed in the GTX 1080 and TITAN Xp.

nvidia-volta-gv100-tesla-v100_1RelatedWatch NVIDIA’s Computex 2017 Keynote Livestream Here

NVIDIA GeForce 30 Series – Volta GV110, GV102 & GV104 GPUs Launching In 2018

Volta GPUs

  • NVIDIA GV110 GPU
  • NVIDIA GV102 GPU
  • NVIDIA GV104 GPU

GV104 represents NVIDIA’s bread & butter Volta gaming GPU. The company will likely target the popular ~$400 segment with a cut down variant of the chip and the high-end with a fully enabled variant. That is if the company doesn’t veer too far from what we’ve seen it historically do with its 104 class chips.  GV104 should replace GP104, the chip that powers the current GTX 1080 and GTX 1070 cards.

GV104 based graphics cards, i.e. GTX 3080 & 3070 cards are rumored to feature 256-bit memory interfaces with 16GB of GDDR6 memory running at 16Gbps for a total of 512GB/s of bandwidth, 32GB/s more than what’s available to the 384-bit TITAN Xp. The growth in overall memory bandwidth indicates fairly healthy gains in performance as well.

Volta will also see a GV102 chip to replace GP102, the GPU that powers the TITAN Xp.  GV102 will be the fastest gaming chip NVIDIA has to offer in the Volta stack. GV110 on the other hand is built purely for the professional market. Think AI inferencing, deep-learning & datacenter workloads. These top-end server grade Volta chips are expected to feature 32GB of HBM2 & 1TB/s of memory bandwidth and debut sometime this year in a host of new supercomputers.

WccftechGeForce 10 SeriesGeForce 20 SeriesTesla V100AMD 400 SeriesAMD 500 SeriesAMD 600 SeriesAMD 700 Series
Architecture PascalVoltaVoltaPolarisPolaris / VegaVegaNavi
Process NodeTSMC 16nm FFTSMC 12nm FFTSMC 12nm FFSamsung 14nm LPPSamsung 14nm LPPGF 7nm FinFETGF 7nm FinFET
MemoryGDDR5/XGDDR6HBM2GDDR5GDDR5 / HBM2HBM2HBM3
Year2016201820172016201720182019
GPUsGP102, GP104, GP106, GP107GV102, GV104, GV106, GV107GV110Polaris 10, Polaris 11Polaris 20, Polaris 21, Vega 10, Vega 11Vega 20Navi 10, Navi 11
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