MTT S80 uses a 7NM process, 4096 MUSA cores, and a maximum video memory configuration of 32GB. The maximum single-precision computing power is 14.4TFlops. It can encode and decode H.264, H.265, AV1 multi-channel HD video and perform a variety of AI model calculations. compel acceleration To meet the high-density GPU configuration in the data center, the MTT S80 uses passive cooling and a single-slot design.
Moore Threads has released a unified programming model, runtime library, driver, and other software tools for the MTT S80 series products' hardware architecture, which can help developers complete application porting and adaptation and fully call MTT OpenGL ES, DirectX, Vulkan, and other graphics APIs. Support the audio and video processing ecosystems with FFMPEG and VA-API/DXVA compatibility, and meet AI and scientific computing program compatibility with OpenCL and Vulkan.
Moore Threads MTT S80 is compatible with X86, ARM, and other CPU architectures, as well as mainstream Linux operating system distributions, and has begun to collaborate with many server partners to adapt to a wide range of general-purpose and GPU server models from OEM manufacturers. In the application environment, the deployment is complete.
|Product Positioning||Graphics Card for Ultra HD Gaming|
|MUSA Number of cores||4096|
|Tensor Computing Unit||128 cores|
|GPU frequency of core||1.8GHZ|
|Texture fill rate||460GTexel/s|
|Pixel fill rate||460GPixel/s|
|Codec for video||8K AVI/H.265/H.264, 32channels [email protected]|
|Display resolution of 8K||[email protected],Support MST4, HDR10|
|FP32 Hash||14.4 TFLOPS|
|INT8 Hash||57.6 TOPS|
|Memory Capacity||16 GB|
|PCle interface||I Gen5 x16 SR-IOV|
|Application||3D rendering capability, artificial intelligence, general computing, multimedia processing|
|Size||L 266mm X H 111mm|