Unixcloud
Unixcloud (shenzhen)Technology Co., Ltd., commonly known as Unixcloud, is Moore Threads officially authorized Dealer.
UnixCloud has nearly 20 years of experience in product development, manufacturing and sales.
UnixCloud is the official authorized distributor of Moore Threads, aiming at the computing power demand of artificial intelligence development, focusing on the field of edge computing, and providing the industry with edge computing products and solutions that meet various AI needs.
At the same time, UnixCloud launched the 10G network card business, providing four-port and two-port 10G optical fiber network cards based on the Mucse-based network controller N10.
Products
MTT S1000M adopts 12NM process, uses 1024 MUSA cores, single-precision computing power can reach up to 2TFlops, configures 32GB video memory, supports H.264, H.265, AV1 multi-channel high-definition video encoding, and multi-channel AV1, H.264, UHD video decoding in H.265, VP9, VP8, MPEG1/2/4, AVS2 and other formats, and can support up to 8K resolution. MTT S1000M is a half-height, half-length, single-slot PCIE card optimized for video scenarios. It adopts passive heat dissipation and consumes a maximum of 35W. Moore Threads integrates Moore Threads first-generation intelligent multimedia engine MT Smart Media Engine for MTT S1000M, which can accelerate various audio and video applications on the cloud and edge side, such as security intelligence, video conferencing, live VOD, cloud gaming, cloud desktop, etc. Supports the audio and video processing ecosystem by being compatible with the FFmpegy audio and video framework and the VA-API application program interface, providing customers with the underlying GPU hardware encoding and decoding capabilities; supporting OpenGL, OpenGL ES, Vulkan and other graphics APIs; compatible with Pytorch, TensorFlow, PaddlePaddle and other artificial intelligence computing frameworks; through OpenCL to meet the program compatibility of AI and scientific computing. Moore Threads MTT S1000M is compatible with X86, ARM and other CPU architectures and mainstream Linux operating system distributions.
MTT S2000 uses a 12NM process, uses 4096 MUSA cores, configures a maximum of 32GB of video memory, has a single-precision computing power of up to 12TFlops, supports H.264, H.265, AV1 multi-channel HD video encoding and decoding, and a wide range of AI model computing power acceleration. The MTT S2000 adopts passive cooling, single-slot design to meet the high-density GPU configuration mode of data center.
Moore Threads has launched a special unified programming model, runtime, driver and other software tools for hardware architecture for MTT S2000 series products, which can facilitate developers to complete the porting and adaptation of applications and fully call MTT OpenGL ES, DirectX, Vulkan and other graphics APIs; Support audio and video processing ecology through FFAMPEG and VA-API/DXVA compatibility; And through OpenCL and Vulkan to meet the AI and scientific computing program compatibility.
Moore Threads MTT S2000 is compatible with CPU architectures such as X86 and ARM and mainstream Linux operating system distributions, and has begun to cooperate with a number of server partners to adapt to a variety of OEM manufacturers' general-purpose server and GPU server models, which can be deployed in many hardware and application environments.
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.
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.
MTT S3000 employs a 7NM process, 4096 MUSA cores, single-precision computing power of up to 15.2TFlops, 32GB video memory, supports H.264, H.265, AV1 multi-channel high-definition video encoding, and multi-channel AV1, H.264, H.265, VP9, VP8, MPEG1/2/4, AVS2 and other formats of ultra-high-definition video decoding, and can support MTT S3000 is a single-slot, half-height, half-length PCIE card optimized for video scenarios. It uses passive cooling and has a maximum power consumption of 35W.
Moore Threads incorporates Moore Thread's first-generation intelligent multimedia engine, MTSmart Media Engine for MTT S3000, which can accelerate a variety of audio and video applications on the cloud and edge sides, including security intelligence, video conferencing, live on-demand, cloud gaming, cloud desktop, and so on. Supports the audio and video processing ecosystem by being compatible with the FFmpegy audio and video framework and the VA-API application program interface, providing customers with the underlying GPU hardware encoding and decoding capabilities; supports OpenGL, OpenGL ES, Vulkan, and other graphics APIs; and is compatible with Pytorch, TensorFlow, PaddlePaddle, and other frameworks. A variety of artificial intelligence computing frameworks; through OpenCL to meet AI and scientific computing program compatibility.
Moore Threads MTT S3000 is backwards compatible with X86, ARM, and other CPU architectures, as well as popular Linux operating systems.
