![]() The new card will retail for $1,499, and will start shipping in a few weeks. Like the FireStream 9250, the 9270 uses a compact form-factor and can slide into both workstations and servers - anything with a PCIe 2.0 x16 slot. If the GPU ends up waiting for data from the host, this negates some of speedup realized by offloading computing onto the graphics chip. Memory capacity is a big deal in GPU acceleration since if the dataset doesn’t fit in local memory, the runtime system has to spend time shuffling data bytes back and forth between the CPU host and the accelerator board. The increased memory brings it back in line with the original FireStream 9170 board, but it still has just half the memory capacity of the latest Tesla gear from NVIDIA. And at 160W, the new 9270 runs just a tad hotter than the 9250. With 2GB of GDDR5 memory, the new board doubles the memory capacity and nearly doubles of bandwidth of its predecessor. By cranking up the clock speed on the GPU, the new offering boasts 1.2 single precision (SP) teraflops and 240 double precision (DP) gigaflops - 20 percent greater than the 9250. 13, the company unveiled the FireStream 9270, which is essentially a high-end version of the FireStream 9250, AMD’s original double-precision GPU card for HPC. Meanwhile, AMD has released its most powerful GPU computing board, the AMD FireStream 9270, and has also partnered with Silicon Valley startup Aprius to offer a 9.6 teraflop GPU expansion chassis.įirst AMD. These machines offer as much as 4 single precision teraflops of performance for the cost of a high-end workstation. Riding the success of the CUDA software platform, NVIDIA has partnered with a number of OEMs and system integrators to offer Tesla-equipped personal supercomputers. New GPGPU computing platforms are in the works at NVIDIA and AMD. Since 1987 - Covering the Fastest Computers in the World and the People Who Run Them
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