GPU 硬件虚拟化Hardware Virtualization

GPU 硬件虚拟化Hardware Virtualization

1. Principles

一个物理GPU可以虚拟化为多个vGPUs。VMs可以绑定到vGPUs以直接访问一些物理GPU资源。

2. Features

• 基于NVIDIA网格卡提供GPU虚拟化，提高图形应用体验。GPU virtualization is provided based on NVIDIA GRID cards to improve the graphics application experience.
• vGPU资源管理和调度支持GPU负载平衡。vGPU resource management and scheduling enable GPU load balancing.
• 支持OpenGL和DirectX多媒体编程接口。Multimedia programming interfaces OpenGL and DirectX are supported.
• 支持Aero特效、多监视器和DirectX视频加速（DXVA）。Aero special effect, multi-monitor, and DirectX Video Acceleration(DXVA) are supported.

3. 应用场景Application Scenarios

• Engineering drawings(such as ProE, Catia, and AutoCAD), media production, 3D games, and GIS applications running in the virtualization environment.

在虚拟化环境中运行的工程图（如ProE、Catia和AutoCAD）、媒体制作、3D游戏和GIS应用程序。

• Industrial design, multimedia editing, energy, financial services and trade, medical imaging system, and educational best practices. 工业设计、多媒体编辑、能源、金融服务和贸易、医疗成像系统和教育最佳实践。

4. GPU硬件虚拟化解决方案的技术原理。Technical Principles of the GPU Hardware Virtualization Solution.

• GPU hardware virtualization adopts a single graphics card to provide graphics capabilities for multiple graphics desktops. GPU硬件虚拟化采用单个图形卡为多个图形桌面提供图形功能。