Virtual Graphics Processing Unit (NVIDIA GRID vGPU™) Part II (With NVIDIA testing Numbers) - Virtualization - Wiki - Virtualization - Dell Community

Virtual Graphics Processing Unit (NVIDIA GRID vGPU™) Part II (With NVIDIA testing Numbers)

Virtualization - Wiki

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Virtual Graphics Processing Unit (NVIDIA GRID vGPU™) Part II (With NVIDIA testing Numbers)

Virtualization - Wiki

Virtual Graphics Processing Unit, or vGPU, is cutting-edge technology developed by NVIDIA that enables hardware sharing of graphics processing for virtual desktops. This solution provides a sort of hybrid shared mode, where the GPU is virtualized but the virtual machines still run the native NVIDIA video drivers for better performance; and access to a lot more graphics application thanks to OpenGL support. When utilizing vGPU, the graphics commands from virtual machines are passed directly to the GPU without any hypervisor translation. All this is done without sacrificing server performance and so is truly cutting edge.

The Dell PowerEdge R730, which is the recommended server in the Dell Wyse Datacenter reference architecture, can accommodate two graphic cards like the NVIDIA K1 or K2 grid cards. The combination of Dell servers, NVIDIA  vGPU technology and NVIDIA GRID cards enable high-end graphics users to experience high fidelity graphics quality and performance, for their favorite applications at a reasonable cost.

The NVIDIA K1 and K2 cards utilize the NVIDIA Kepler architecture which allows for hardware virtualization of the GPU. So, not only can multiple users share a single GPU, they will get better graphics performance when compared to software virtualization. Multiple K1 and/or K2 cards can be used to support maximum user density on a server.

NVIDIA testing has shown that 16 power users or 32 knowledge workers can be supported on a single K1 card. This translates to 32 power users or 64 knowledge workers supported by the Dell PowerEdge 720 (Dell is still conducting graphics testing to verify this).

NVIDIA GRID Graphics Board

Virtual GPU Profile

Graphics Memory

Max Displays Per User

Max Resolution Per Display

Max Users Per Graphics Board

Use Case

GRID K2

K280Q

4 GB

4

2560x1600

2

Designer

K260Q

2 GB

4

2560x1600

4

Designer/Power User

K240Q

1 GB

2

2560x1600

8

Designer/Power User

K220Q

512 MB

2

2560x1600

16

Knowledge Worker

GRID K1

K180Q

4 GB

4

2560x1600

4

 

Entry Designer

K160Q

2 GB

4

2560x1600

8

Power User

K140Q 1 GB 2 2560x1600 16 Power User

K120Q

512 MB

2

2560x1600

32

Knowledge Worker

 

Launch time frame for this Dell-Citrix-NVIDIA solution is in the later part of the first quarter of 2014. The vGPU solution will be included in the Dell DVS Enterprise Reference Architecture Addendum for Accelerated Graphics – Citrix XenDesktop Reference Architecture in this release.

Sources:

  1. http://www.nvidia.com/object/virtual-gpus.html
  2. Dell Reference Architecture http://dell.to/1iocJWy
  3. NVIDIA GRID™ vGPU™ – www.nvidia.com/vgpu
  4. NVIDIA GRID™ main website – www.nvidia.com/vdi
  5. NVIDIA GRID™ K1 & K2 boards - http://www.nvidia.com/object/grid-boards.html
  6. Citrix Micro-site: http://www.citrix.com/go/xendesktop/3d/overview.html

 

 

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