NVIDIA has announced the Titan V, a prosumer graphics card based on the company’s brand new Volta architecture using 12nm process that supersedes the previous Pascal architecture found on the Titan Xp. It’s a $3000 Graphics Card that is designed entirely with compute performance in mind for people working on AI, deep learning, 3D rendering, and other computationally intensive applications.
At the heart of the Titan V is the GV100 GPU that was first seen on the $10000 (yes, that’s one with five zeroes) Tesla V100 back in May. For the most parts, the GPU is identical, with 21.1B transistors, 5120 CUDA cores and 640 Tensor Cores. The Tensor Cores enable certain specific compute operations and is able to handle them much quickly and efficiently than the standard CUDA cores. This, coupled with the 1200MHz core clock and 1455MHz boost clock, results in single precision of 13.8 TFLOPS and double precision performance of 6.9 TFLOPS, both just a shade under what the V100 can do. The Titan V also boasts of 110 TFLOPS of Tensor performance, which is valuable for deep learning operations.
Where NVIDIA has dialled back a little is in the memory department. The Titan V has 12GB of HBM2 memory with 850MHz, 1.7Gbps memory speed, 3072-bit wide memory bus width and 653GB/s memory bandwidth, all very impressive numbers but not as impressive as the 16GB 4096-bit V100 memory with 900GB/s bandwidth. The card has a TDP of 250W with one 6-pin and one 8-pin connectors.
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Externally, the card looks nearly identical to the previous Titan Xp, save for the fancy cold gold color. It has the same copper heatsink with vapor chamber design for cooling. On the back are three DisplayPorts and one HDMI.
It’s worth reiterating that this card is designed for compute applications. The price is high by consumer card standards but is quite affordable when compared to other workstation class cards on the market, such as NVIDIA’s own Quadro and Tesla products. The Titan V is aimed at getting into AI or machine learning stuff and brings most of the V100 performance at a fraction of the cost. Of course, it’s still possible to game on it and it will use NVIDIA’s standard GeForce suite of drivers but the performance likely won’t be much better than last year’s Titan Xp. But with these new Tensor Cores, the Titan V will likely blow the Titan Xp out of the water when it comes to compute applications.
The Titan V is available from NVIDIA’s website for $2999 starting today. Click Here. 
NVIDIA TITAN V FULL SPECIFICATIONS :
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Graphics Processing Clusters : 6
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Streaming Multiprocessors : 80
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CUDA Cores (single precision) : 5120
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Texture Units : 320
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MHzBase Clock (MHz) : 1200
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MHzBoost Clock (MHz) : 1455
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MHzMemory Clock : 850
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Memory Data Rate : 1.7 Gbps
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L2 Cache Size : 4608K
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Total Video Memory : 12288 MB HBM2
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Memory Interface : 3072-bit
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Total Memory Bandwidth : 652.8 GB/s
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Texture Rate (Bilinear) : 384 GigaTexels/sec
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Fabrication Process : 12 nm
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Transistor Count : 21.1 Billion
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Connectors : 3 x DisplayPort, 1 x HDMI
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Form Factor : Dual Slot
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Power Connectors : One 6-pin, One 8-pin
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Recommended Power Supply : 600 Watts
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Thermal Design Power (TDP)1 : 250 Watts
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Thermal Threshold2 : 91° C
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