MTT S50 adopts 12NM process, uses 2048 MUSA cores, single-precision computing power can reach up to 5TFlops, is equipped with 8GB video memory, supports H.264, H.265, AV1 multi-channel high-definition video codec, supports 4K ultra-high-definition display, and a wide range of The computing power of the AI model is accelerated. The MTT S50 adopts a turbo fan for active cooling and a standard PCIE single-slot design.
Moore Threads has launched a unified programming model, runtime library, driver and other software tools for the MTT S50 series products for the hardware architecture, which can facilitate developers to complete the application porting and adaptation, and fully utilize the hardware resources and computing power of the MTT S50. MTT S50 supports OpenGL, OpenGL ES, DirectX, Vulkan and other graphics APIs; supports audio and video processing ecology through FFMPEG and VA-API/DXVA; and satisfies the program compatibility of AI and scientific computing through OpenCL and Vulkan.
Moore Threads MTT S50 is compatible with X86, ARM and other CPU architectures as well as process Linux, international Linux, Windows operating system distributions.
|MUSA Number of cores||2048|
|FP32 Hash||5 TFLOPS|
|INT8 Hash||20 TOPS|
|Encode||1 MUSA Gen1 Encoder|
|Decode||1 MUSA Gen1 Dncoder|
|Memory Capacity||8 GB|
|Memory Bit Width||256 bit|
|Maximum display resolution||3840X2160|
|Display interface||1xHDMI 2.0，2XDisplayPort|
|Dimensions||L 251mm X H 111mm|
|Support for modern graphics rendering engines|
|Support AV1, H.264/H.265 and other encoding formats|
Support AV1, H.264, H.265, VP9,
AVS2 and other decoding formats
|Support Pytorch, TensorFlow, Paddle and other Al computing frameworks|
|Supports OpenCL 3.0 parallel computing|
|Support X86, ARM architecture CPU|
|Support Ubuntu, Kirin, Tongxin and other operating systems|
|PES control center integrates product information, software settings, drivers|
Graphical control center integrating upgrade and status monitoring