![]() With a theoretical 1:16 ratio it can be 3,8TFLOPS or just 1,9TFLOPS without dual issue for FP64. The Radeon Vega Frontier Edition uses the new Next-Gen Compute Unit and 16GB of HBM2 memory for an expected 13.1 TFLOPs of single precision and 26.2. When we calculate witout dual issue, it is roundabout 30,5TFLOPS. With the 6900series the FP64:FP32 ratio was reduced to 1:16 and ends in roundabout 1,4TFLOPS (source But what ratio or what FP64 power has the new 7900 XT/XTX series?īecause of the dual issue "theory specs" we see roundabout 61TFLOPS in single precison (FP32) for the 7900 XTX. Thanks to Vega 20, the card offers half-rate FP64 performance, giving it a peak throughput of 6.5 TFLOPs, over 8x that of the WX 9100, and almost 2x that of the consumer Radeon VII. It was a very powerful card, but i sold it for a good price at the end of year 2020. 1.919 TFLOPS with a 'updated' 1:32 ratio regarding to the dual issue full FP32 61TFLOPS. FP16 (Half Precision) FP32 (Single Precision) FP64 (Double Precision) 1. The FP64 performance is theoretically just max. I'm using the 131 drivers for my graphics card, and I have version 2.8 of the SDK. In general, if you care about double precision you need to buy one of the enterprise cards (like the Titan V, V100 or the A100). Amd Radeon Vega 11 Specs Com: HP ProDesk 405 G4 Desktop Mini PC with AMD Ryzen. It tells me it can't enable clkhrfp64 or clamdfp64, but since my graphics card should be able to run 64bit, I'm at loss for why. ![]() NVIDIA reduced the cost incurred to its transistor budget by favoring gaming-centric features over CUDA/CPGPU-centric features on these cards. or ) and roundabout 3,4TFLOPS for double precision. FP64 isnt well-supported on consumer-grade NVIDIA cards by design. With AMD Radeon VII we got awesome FP64 power in consumer hardware.
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