59/5000 Revit on VMware vSphere Horizon NVIDIA GRID vGPU基准测试

我希望对以下几组结果公开反馈。
它们运行在单个主机服务器上，运行VMware vSphere 6.0和Horizo​​n 6.1，使用K220Q vGPU配置文件（2x NVIDIA GRID K2卡），分别为1,8和16的Win7 64位客户机，然后再测试一个
我们只将vGPU配置文件调整为K240Q。
最后一列是在不同主机上运行的另一个K220Q测试，具有单个来宾VDI，在Haswell上运行，但时钟速度较慢，核心数较高的CPU可以看到这种影响。
测试同时启动以产生峰值负载，各种桌面都着眼于确保测试按预期进行。
请记住，这是PEAK，意味着所有用户同时进行相同的工作，极不可能发生。
分辨率设置为1920x1080（1080P）。
我们希望解决的挑战是如何在可接受的性能和可扩展性之间找到平衡，这是一种与单个传统物理工作站最高性能基准测试完全不同的测量方法。
思考？
继续研究更多Haswell结果......
谢谢！



以下为原文

I would appreciate open feedback on the following sets of results. They are run on a single host server, running VMware vSphere 6.0 and Horizon 6.1, with Win7 64-bit guests in scales of 1, 8, and 16 using the K220Q vGPU profile (2x NVIDIA GRID K2 cards), then one more test where we only adjusted the vGPU profile to K240Q. The last column is another K220Q test run on a different host, with a single guest VDI, running on a Haswell but at a slower clock speed and higher core count CPU to see that impact.

The tests were kicked off simultaneously to create a peak load, various of the desktops had eyes on to ensure the tests were proceeding as expected. Keep in mind this is PEAK, meaning all users doing the same work at the same time, highly unlikely occurrence. Resolution was set to 1920x1080 (1080P).

The challenge we are looking to resolve is how to find the balance between acceptable performance and scalability, a very different measurement than the single traditional physical workstation max performance benchmarks. Thoughts?



Working on more Haswell results next...

Thank you!