你好,
GRID K1卡有4个物理GPU。
可以使用GPU直通或使用vGPU配置文件将GPU分配给XenApp服务器。
如果使用GPU直通,则将1 GPU分配给1个XenApp服务器。
如果使用vGPU配置文件(预设GPU配置(帧缓冲区,显示磁头,分辨率)),则可以将每个物理GPU划分为多个虚拟GPU(vGPU)。
您的想法是将一个vGPU配置文件分配给XenApp服务器(为其提供一个vGPU)。
您应该在NVIDIA网站上找到列出所有vGPU配置文件和配置的表格。
我列出了3个可能适合您的vGPU配置文件,包括GPU passthrough:
- GPU passthrough - 将为每台主机提供4个GPU,4个XenApp服务器,50个用户。
XenApp服务器
- K180Q - 将提供4个vGPU(4096MB帧缓冲),每个主机4个XenApp服务器,50个用户pr。
XenApp服务器(600/12)
- K160Q - 将提供8个vGPU(2048MB帧缓冲),每个主机8个XenApp服务器,25个用户pr。
XenApp服务器(600/24)
- K140Q - 将提供16个vGPU(1024MB帧缓冲),每个主机16个XenApp服务器,12,5个用户pr。
XenApp服务器(600/48)
哪种配置可以提供最佳性能?
那么,这取决于使用情况,以及您使用的应用程序/资源是否能够使用GPU。
大多数较新的操作系统和应用程序都能够做到这一点,即。
Windows Server 2016,Windows 10,Internet Explorer和Office,但XenApp没有使用GPU来解决这些问题。
另一件事是使用GPU passthrough还是vGPU配置文件。
我不确定哪个能提供更好的性能(即GPU直通与K180Q)。
我可能会在您的环境中使用K160Q或K140Q vGPU配置文件。
K1 / K2不需要许可。
问候
托雷
以上来自于谷歌翻译
以下为原文
Hi there,
The GRID K1 card has 4 physical GPUs. The GPUs can be assigned to XenApp servers using either GPU passthrough or by using vGPU profiles. If you use GPU passthrough, you assign 1 GPU to 1 XenApp server. If you use vGPU profiles, which are preset GPU configurations (frame buffer, display heads, resolution), you can divide each physical GPU into multiple virtual GPUs (vGPU). The idea is that you assign one vGPU profile to a XenApp server (giving it one vGPU). You should find tables listing all vGPU profiles and configurations on the NVIDIA website. I've listed 3 of the vGPU profiles that might be appropriate for you, including GPU passthrough:
- GPU passthrough - Would give 4 GPUs, 4 XenApp servers per host, 50 users pr. XenApp server
- K180Q - Would give 4 vGPUs (4096MB frame buffer), 4 XenApp servers per host, 50 users pr. XenApp server (600 / 12)
- K160Q - Would give 8 vGPUs (2048MB frame buffer), 8 XenApp servers per host, 25 users pr. XenApp server (600 / 24)
- K140Q - Would give 16 vGPUs (1024MB frame buffer), 16 XenApp servers per host, 12,5 users pr. XenApp server (600 / 48)
Which configuration gives the best performance? Well, that depends on the usage, and whether the applications/resources you use are able to utilize a GPU. Most newer operating systems and applications are able to do this, ie. Windows Server 2016, Windows 10, Internet Explorer and Office, but there are issues with XenApp not utilizing GPU for these. Another thing is whether to use GPU passthrough or vGPU profile. I'm not sure which gives the better performance to be honest (ie. GPU passthrough vs. K180Q). I'd probably go with the K160Q or K140Q vGPU profiles in your environment.
K1/K2 does not require licensing.
Regards
Tore
你好,
GRID K1卡有4个物理GPU。
可以使用GPU直通或使用vGPU配置文件将GPU分配给XenApp服务器。
如果使用GPU直通,则将1 GPU分配给1个XenApp服务器。
如果使用vGPU配置文件(预设GPU配置(帧缓冲区,显示磁头,分辨率)),则可以将每个物理GPU划分为多个虚拟GPU(vGPU)。
您的想法是将一个vGPU配置文件分配给XenApp服务器(为其提供一个vGPU)。
您应该在NVIDIA网站上找到列出所有vGPU配置文件和配置的表格。
我列出了3个可能适合您的vGPU配置文件,包括GPU passthrough:
- GPU passthrough - 将为每台主机提供4个GPU,4个XenApp服务器,50个用户。
XenApp服务器
- K180Q - 将提供4个vGPU(4096MB帧缓冲),每个主机4个XenApp服务器,50个用户pr。
XenApp服务器(600/12)
- K160Q - 将提供8个vGPU(2048MB帧缓冲),每个主机8个XenApp服务器,25个用户pr。
XenApp服务器(600/24)
- K140Q - 将提供16个vGPU(1024MB帧缓冲),每个主机16个XenApp服务器,12,5个用户pr。
XenApp服务器(600/48)
哪种配置可以提供最佳性能?
那么,这取决于使用情况,以及您使用的应用程序/资源是否能够使用GPU。
大多数较新的操作系统和应用程序都能够做到这一点,即。
Windows Server 2016,Windows 10,Internet Explorer和Office,但XenApp没有使用GPU来解决这些问题。
另一件事是使用GPU passthrough还是vGPU配置文件。
我不确定哪个能提供更好的性能(即GPU直通与K180Q)。
我可能会在您的环境中使用K160Q或K140Q vGPU配置文件。
K1 / K2不需要许可。
问候
托雷
以上来自于谷歌翻译
以下为原文
Hi there,
The GRID K1 card has 4 physical GPUs. The GPUs can be assigned to XenApp servers using either GPU passthrough or by using vGPU profiles. If you use GPU passthrough, you assign 1 GPU to 1 XenApp server. If you use vGPU profiles, which are preset GPU configurations (frame buffer, display heads, resolution), you can divide each physical GPU into multiple virtual GPUs (vGPU). The idea is that you assign one vGPU profile to a XenApp server (giving it one vGPU). You should find tables listing all vGPU profiles and configurations on the NVIDIA website. I've listed 3 of the vGPU profiles that might be appropriate for you, including GPU passthrough:
- GPU passthrough - Would give 4 GPUs, 4 XenApp servers per host, 50 users pr. XenApp server
- K180Q - Would give 4 vGPUs (4096MB frame buffer), 4 XenApp servers per host, 50 users pr. XenApp server (600 / 12)
- K160Q - Would give 8 vGPUs (2048MB frame buffer), 8 XenApp servers per host, 25 users pr. XenApp server (600 / 24)
- K140Q - Would give 16 vGPUs (1024MB frame buffer), 16 XenApp servers per host, 12,5 users pr. XenApp server (600 / 48)
Which configuration gives the best performance? Well, that depends on the usage, and whether the applications/resources you use are able to utilize a GPU. Most newer operating systems and applications are able to do this, ie. Windows Server 2016, Windows 10, Internet Explorer and Office, but there are issues with XenApp not utilizing GPU for these. Another thing is whether to use GPU passthrough or vGPU profile. I'm not sure which gives the better performance to be honest (ie. GPU passthrough vs. K180Q). I'd probably go with the K160Q or K140Q vGPU profiles in your environment.
K1/K2 does not require licensing.
Regards
Tore
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