Once the correct check box has been selected, click OK.

VMWare Configuration Tab - Advanced Settings for VMDirectPathĪ window will then pop up asking to select a device to pass through (note actually associating the passthrough device with a VM occurs later.) Make sure that you select the correct device, a lot of USB controllers for example look very similar on this screen, so you may need to download and view the motherboard manual when figuring out what to pass through.

VMWare Configuration Tabįrom there, go to Advanced Settings where passthrough can be configured by clicking the button labeled “Configure Passthrough” Select the appropriate server and go to the Configuration Tab. Next log into the vSphere client and connect to your server. Once this check is complete, let the server boot. If the system is remote, you can still do this with IPMI 2.0 and KVM-over-IP. Once you are sure that the specs support VMDirectPath, you should double-check that the features are enabled in the BIOS.

Drives: 8x Hitachi 7,200rpm 2TB, 2x Western Digital Green 2TB, 6x Seagate 1.5TB 7,200rpmįirst, make sure that your CPU and motherboard support Intel VT-d or AMD IOMMU.

Memory: 2x 4GB kits of Kingston ECC 1333MHz DDR3 KVR1333D3E9SK2/4G (Unbuffered).

Before embarking on this process, please note that the server will need to be restarted mid-process so this is not something that should be done on an ESX host with critical virtual machines running on the host. It is a fairly simple process, so I figured I would provide a quick guide. This is especially useful when one either needs direct RAID controller/ HBA access for an operating system which is recommended for OpenSolaris/ FreeBSD solutions or USB access for an OS installation. Oftentimes people talk about passing a RAID controller/ HBA/ USB drive through to a guest OS in VMware ESXi (this guide is based on 4.1 and works for ESX too) using VMDirectPath I/O or disk through disk in Microsoft Hyper-V.

Intel ich10r vmware esxi 5