Watch NVIDIA’s Computex 2017 Keynote Livestream Here

May 28, 2017 23:25 EDT

Rumors emerged last week that NVIDIA would be debuting a new enthusiast Volta Titan graphics card at computex this week after photos of the alleged new card leaked out. The company officially announced today via twitter that it's going to be holding a keynote headlined by President & CEO Jensen Huang at 8:30 PM PST 29th of May.

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NVIDIA's Mysterious Volta Titan Enthusiast Graphics Card

The photograph above was allegedly leaked by an NVIDIA intern last week. It shows a black graphics card with gold accents and "TITAN" engraved on the side. The card has 8+6pin PCIE power connectors and notably features an NVLNK interface, something unusual for a TItan graphics card and is only available on NVIDIA's professional Tesla and Quadro accelerators.

The photographed "TITAN" card has the same aesthetic look and color scheme of NVIDIA's recently announced Volta based Tesla accelerators. This has led many to believe that this card will likely join NVIDIA's new roster of Volta products as a workstation and/or enthusiast gaming card. According to the rumors surrounding this mysterious TITAN card NVIDIA is expected to introduce it at computex.

NVIDIA's graphics card fitted with NVLINK interfaces have so far all featured HBM2 rather than GDDR memory. This in addition to the fact that GDDR6, which is set to power gaming oriented Volta GeForce graphics cards, isn't currently available and won't be until next year indicates that this card features HBM2. Whether this card will in fact make its debut tomorrow or not remains to be seen, we'll know soon enough. In the mean time take these rumors with a grain of salt.

Tesla Product	Tesla K40	Tesla M40	Tesla P100	Tesla V100
GPU	GK110 (Kepler)	GM200 (Maxwell)	GP100 (Pascal)	GV100 (Volta)
SMs	15	24	56	80
TPCs	15	24	28	40
FP32 Cores / SM	192	128	64	64
FP32 Cores / GPU	2880	3072	3584	5120
FP64 Cores / SM	64	4	32	32
FP64 Cores / GPU	960	96	1792	2560
Tensor Cores / SM	NA	NA	NA	8
Tensor Cores / GPU	NA	NA	NA	640
GPU Boost Clock	810/875 MHz	1114 MHz	1480 MHz	1455 MHz
Peak FP32 TFLOP/s^*	5.04	6.8	10.6	15
Peak FP64 TFLOP/s^*	1.68	2.1	5.3	7.5
Peak Tensor Core TFLOP/s^*	NA	NA	NA	120
Texture Units	240	192	224	320
Memory Interface	384-bit GDDR5	384-bit GDDR5	4096-bit HBM2	4096-bit HBM2
Memory Size	Up to 12 GB	Up to 24 GB	16 GB	16 GB
L2 Cache Size	1536 KB	3072 KB	4096 KB	6144 KB
Shared Memory Size / SM	16 KB/32 KB/48 KB	96 KB	64 KB	Configurable up to 96 KB
Register File Size / SM	256 KB	256 KB	256 KB	256KB
Register File Size / GPU	3840 KB	6144 KB	14336 KB	20480 KB
TDP	235 Watts	250 Watts	300 Watts	300 Watts
Transistors	7.1 billion	8 billion	15.3 billion	21.1 billion
GPU Die Size	551 mm²	601 mm²	610 mm²	815 mm²
Manufacturing Process	28 nm	28 nm	16 nm FinFET+	12 nm FFN