NVIDA Tesla M10 – vGPU Power for the XenDesktop VDI

Last year NVIDIA added the Tesla M10 GPU to their existing lineup of NVIDIA GRID accelerators. The Tesla M10 board is designed specifically for data centers that are looking for graphics acceleration for high density virtual desktop environments. It’s a dual-slot PCI Express form factor for rack and tower servers capable of supporting 64 concurrent users. I did a small single server setup / Poc based on XenServer 7.1 and XenDesktop 7.13 to see how vGPU helps to improve user experience, in particular for the delivery of multimedia content on a Windows 10 VDI.

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Last year NVIDIA added the Tesla M10 GPU to their existing lineup of NVIDIA GRID accelerators. The Tesla M10 board is designed specifically for data centers that are looking for graphics acceleration for high density virtual desktop environments. It’s a dual-slot PCI Express form factor for rack and tower servers capable of supporting 64 concurrent users. I did a small single server setup / Poc based on XenServer 7.1 and XenDesktop 7.13 to see how vGPU helps to improve user experience, in particular for the delivery of multimedia content on a Windows 10 VDI.  Continue reading “NVIDA Tesla M10 – vGPU Power for the XenDesktop VDI”

How-to migrate from Citrix XenServer 7 to Nutanix AHV

To migrate your existing VMs from XenServer 7 to Nutanix AHV there are a couple of steps required. You have to prepare the source VMs, identify the VHD files, move the VHD to a Nutanix Container, import the disk images and re-create the VM in Nutanix Prism.

To migrate your existing VMs from XenServer 7 to Nutanix AHV there are a couple of steps required. You have to prepare the source VMs, identify the VHD files, move the VHD to a Nutanix Container, import the disk images and re-create the VM in Nutanix Prism. Continue reading “How-to migrate from Citrix XenServer 7 to Nutanix AHV”

Graphics-accelerated virtual desktops in education – a boost for the user’s virtual workspace

In education there is more than just the basic task worker workloads such as Office. Students and faculty users have an increasing demand for multimedia content and heavier graphic applications in their daily digital learning requirements – this is where our VDI setup has to keep pace and deliver the best user experience possible. Our goal is that the user will see no difference between his virtual and physical workspace.

With the release of Windows 10 and Server 2016 we are planning to upgrade our existing Citrix XenDekstop based VDI environment. At the same time we are testing how GPU would improve the user experience since more and more applications and the new operating systems itself can benefit from GPU acceleration. Continue reading “Graphics-accelerated virtual desktops in education – a boost for the user’s virtual workspace”