NVIDIA Tesla K80 "GK210-DUO" Graphics Card Heading Out To The Professional Market - Features Over 2 TFlops of Double Precision Compute

NVIDIA is gearing upward for a big launch in its Tesla line of professional person graphics cards with the upcoming Tesla K80. In a leak, Videocardz managed to spot references of the Tesla K80 graphics carte forth with a few GPUs based on the Maxwell architecture however launch dates for the new cards are not known at the moment so we volition get on with the specifications.

NVIDIA Tesla K80 "GK210-DUO" Graphics Card Heading Out To The Professional Market

Since the Tesla K80 is a dual-chip graphics card, information technology volition feature ii GK210 chips which are codenamed as the "GK210-DUO". The Tesla K80 will essentially be two Tesla K40s on a single board which volition result in improved functioning and efficency as compared to using two separate Tesla K40 cards. The specifications will include two GK210 fries featuring 5760 CUDA cores (2880 CUDA Cores each), 448 TMUs and 96 ROPs. Judging from the Tesla K40 board, we tin can wait a memory size every bit high as 24 GB on the Tesla K80 board since the Tesla K40 featured 12 GB of GDDR5 memory. The retentiveness will be featured along a 384-bit bus interface and volition feature a TDP of around 375W, similar to the GeForce GTX Titan Z.

The core and retention clock speeds are currently unknown but NVIDIA'due south previous Tesla K10 which was based on two GK104 cores featured lower clock speeds compared to its consumer counterpart, the GeForce GTX 690. For cooling, the card tin can adopt a passive heatsink design if the thermals are nether control. The other variants that have been leaked include several upcoming Maxwell based graphics cards for the Quadro and Tesla series that include the recent GM107 based cards including the GM204 based series which will be branded as the Tesla Yard and Quadro M serial.

A slide posted in NVIDIA's HPC oriented Heterogeneous Calculating Solutions presentation shows off the Tesla K80 "GK210-DUO" graphics card in a performance slide which provides a peak bandwidth of 500 GB/southward and total double precision performance rated at over 2 TFlops. The single precision operation for the card is rated at over 7 TFlops which is impressive from a HPC perspective. The card will retail for a loftier toll of effectually $7000 U.s.a. or even more simply for users who want to stick something shut to the Tesla K80 tin can just grab the GeForce GTX Titan Z for $3000 U.s.a.. Even the GeForce GTX Titan Z is getting major toll cuts through system builders with a few OEM builders offering a $k US price cut on the menu dropping it down to $2000 US which still is a huge toll for a graphics bill of fare but a lot cheaper than its original MSRP. No launch date has so far been confirmed for the Tesla K80 but we look to see information technology in the side by side couple of months.

NVIDIA Tesla K80 Specifications:

	NVIDIA Tesla K80	NVIDIA Tesla K40	NVIDIA Tesla K20X	NVIDIA Tesla K20	NVIDIA Tesla K10
CUDA Cores	2880 10 2	2880	2688	2496	1536 10 2
Core Clock	TBC	745MHz	732MHz	706MHz	745MHz
Boost Clock	TBC	810MHz, 875MHz	North/A	Due north/A	N/A
Memory Clock	6GHz GDDR5	6GHz GDDR5	5.2GHz GDDR5	5.2GHz GDDR5	5GHz GDDR5
Memory Bus	384-scrap	384-bit	384-chip	320-bit	256-fleck
VRAM	12-24GB	12GB	6GB	5GB	8GB
Single Precision	~7 TFLOPS	four.29 TFLOPS	3.95 TFLOPS	3.52 TFLOPS	4.58 TFLOPS
Double Precision	~2 TFLOPs	1.43 TFLOPS (one/iii)	1.31 TFLOPS (1/3)	1.17 TFLOPS (1/3)	0.19 TFLOPS
Transistor Count	fourteen.2 Billion	vii.1 Billion	7.1 Billion	7.1 Billion	7 Billion
TDP	375W	235W	235W	225W	225W
Cooling	Active/Passive	Active/Passive	Passive	Active/Passive	Active/Passive
Manufacturing Process	TSMC 28nm	TSMC 28nm	TSMC 28nm	TSMC 28nm	TSMC 28nm
Architecture	Kepler GK210	Kepler GK110	Kepler GK110	Kepler GK110	Kepler GK104
Launch Price	TBC	$5499	$3799	$3299	$2500

Source: https://wccftech.com/nvidia-tesla-k80-gk210duo-graphics-card-heading-professional-market-features-2-tflops-double-precision-compute/

Posted by: michaelchfur1944.blogspot.com

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