The MTT S3000, built on MUSA architecture, is the first server-class GPU product based on the "ChunXiao" chip. With a complete MUSA software stack that covers graphics rendering, video processing, and deep learning, the MTT S3000 can provide diverse and intelligent computing power for scenarios such as cloud gaming, cloud rendering, video cloud, digital twins, and digital content creation. It's aimed at building a solid computational foundation for data centers, artificial intelligence data centers, and metacomputing centers, and also facilitating innovation and implementation of applications within the metaverse.

MUSA Architecture

The "ChunXiao" chip, comprehensive performance uplift across four major engines

Intelligent Computing

The MUSA architecture and software stack collectively accelerate deep learning computations, balancing usability, scalability, and compatibility

Cloud-Native

Innovative cloud-native GPU virtualization and containerization technologies significantly improve GPU utilization

Cloud Video

The second-generation smart multimedia engine accelerates cloud-based 8K video applications

MTVERSE

An integrated hardware and software solution aiding in the construction and application of the metaverse

MetaCreation Platform

The starting point for developers using MUSA, igniting the "meta" dynamic for innovation

First-Generation MUSA Architecture

MUSA is a unified metacomputing system architecture adopted by the Moore Threads product series, including a unified programming model, software runtime libraries, driver framework, instruction set architecture, and chip architecture.

Cloud-Native

Moore Threads offers a series of cloud-native GPU solutions based on the innovative MT Mesh 2.0.

MT Mesh 2.0 can automatically allocate GPU compute and memory resources based on application loads in the cloud, achieving elastic scalability of GPU power. It allows a single GPU to be arbitrarily divided among multiple containers or virtual machines, and also supports scheduling multiple GPUs for a single container or virtual machine.

Elastic Containerization GPU (sGPU)

Leverage the Kubernetes ecosystem and MT Mesh 2.0 for flexible and efficient deployment of containerized GPU resources.

Elastic Virtualization GPU (vGPU)

Pioneering in the industry with MT Mesh 2.0, Moore Threads introduced resource elastic splitting technology that dynamically allocates and modifies virtualized GPU resources without the need for a reboot. This enables on-demand compute power and dynamic scaling, maximizing computational capacity utilization. Introducing the new "Time-Space Division" feature, supporting hardware virtualization (SR-IOV), secure physical partitioning, up to 32 virtualization paths, supporting Windows cloud desktop GPU virtualization, and GPU passthrough for UOS and KylinOS.

Android Container Cloud Acceleration Technology ACX

Using GPU Android container pass-through and integrated rendering and encoding technologies can accelerate Android cloud mobile solutions, reducing latency and increasing concurrent paths. With native support for OpenGL ES and OpenGL rendering frameworks, as well as hardware acceleration for Android game texture compression algorithms like ETC and ETC2, it provides improved rendering effects and compatibility features for Android cloud gaming.

MTVERSE

Moore Threads' metaverse platform provides a full-stack solution from hardware clusters, software infrastructure to SDKs, encompassing multiple core elements of the metaverse

MTVERSE builds on MUSA GPU clusters as a computational foundation, providing users with computational infrastructure and services, including big data, intelligent computing, graphics rendering, and physical simulation platforms. It offers a full-stack solution from hardware clusters, software infrastructure to SDKs toolchains, covering core elements of the metaverse such as people, scene, and content. The extensive SDK at the upper layer enable developers and applications to easily access these capabilities, facilitating functions like digital human creation, document understanding, voice recognition, visual recognition, natural language understanding, conversational interaction, physical simulation, AIGC, etc. This further simplifies the development of applications and solutions, shortening the development cycle.

Video Cloud

Facilitating the transition of video applications to be more ultra-definite and intelligent

The MTT S3000 boasts formidable video processing capabilities, integrating Moore Threads' second-generation smart multimedia engine (MT Smart Media Engine 2.0), which accelerates a variety of audio and video applications in the cloud, such as video AI analysis, video conferencing, cloud gaming, cloud desktop, and real-time interaction, supporting up to 8K ultra-high-definition HDR video real-time processing. It supports mainstream audio and video frameworks including FFmpeg and GStreamer, as well as universal video acceleration APIs across different operating systems.

MetaCreation Platform

The starting point for developers using MUSA, helping developers to quickly learn and use cloud computing capabilities

The MetaCreation Platform is Moore Threads' central platform to assist developers in learning, testing, managing, accessing, and analyzing GPU technology using the MTT S3000. With the support of the MetaCreation Platform, developers can fully unleash the computational potential of Moore Threads GPUs in application scenarios such as the metaverse, digital twins, game development, and data centers, further igniting the creative spark within developers.

MTT S3000

Specifications