DDA是2016 Hyper-V的功能,而不是GRID的功能。
因此,您可以在没有GRID的情况下使用DDA并在VM中加载本机驱动程序,它将显示所有性能优势。
我没有任何vApp经验,但在Windows Server RDSH上本身没有硬件加速,但vApp是否将此添加到Windows?
如果NVIDIA提供真实的文档而不仅仅是营销材料,将会有所帮助。
@sschaber:您是使用Hyper-V(裸机)与RDSH和vApp,还是使用不同的虚拟机管理程序与Windows RDSH作为VM运行?
以上来自于谷歌翻译
以下为原文
DDA is a function of 2016 Hyper-V and not of GRID. So you can use DDA and load native drivers in the VM without GRID and it will show all the performance benefits. I have not had any experience with vApps, but natively on Windows Server RDSH there is no hardware acceleration, but does vApps add this to Windows? Would be helpful if NVIDIA provided real documentation and not just marketing material.
@sschaber: Are you using Hyper-V (bare metal) with RDSH and vApps, or using a different hypervisor with Windows RDSH running as a VM?
DDA是2016 Hyper-V的功能,而不是GRID的功能。
因此,您可以在没有GRID的情况下使用DDA并在VM中加载本机驱动程序,它将显示所有性能优势。
我没有任何vApp经验,但在Windows Server RDSH上本身没有硬件加速,但vApp是否将此添加到Windows?
如果NVIDIA提供真实的文档而不仅仅是营销材料,将会有所帮助。
@sschaber:您是使用Hyper-V(裸机)与RDSH和vApp,还是使用不同的虚拟机管理程序与Windows RDSH作为VM运行?
以上来自于谷歌翻译
以下为原文
DDA is a function of 2016 Hyper-V and not of GRID. So you can use DDA and load native drivers in the VM without GRID and it will show all the performance benefits. I have not had any experience with vApps, but natively on Windows Server RDSH there is no hardware acceleration, but does vApps add this to Windows? Would be helpful if NVIDIA provided real documentation and not just marketing material.
@sschaber: Are you using Hyper-V (bare metal) with RDSH and vApps, or using a different hypervisor with Windows RDSH running as a VM?
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