I have a problem with my h8QM3-2 mobo and an installation of ESX for demo purposes. When the time comes to partition the hard drives, VMWare is not able to detect that any are installed at all. The drives in question are 4 SAS 146gb 15k drives that are attached to the SAS IC on-board. When i drop to the console in the installer and do 'lspci', i get LSI Logic /Symbios SCSI RAID: Unknown Device 0059 Rev. 4 and when i check out the pci.ids file is shows that the 1068E is mapped to 1000:0058, where mine is \[..]59. Any ideas, suggestions or experiences like mine would be a help. Also, if i use a noprobe option when i boot the installer, none of the LSI drivers work.
You are probably not going to have any luck with the controller. If the controller is not on the HCL (or doesn't emulate a controller on the HCL) then the vmkernel (not service console/installer) will not be able to load the drivers
my guess is the controller has support when its not integrated into a chipset (which probably uses a different firmware/identifier).
I imagine a name brand card (dell/hp,etc) would probably work just fine....
OK thanks. One more thing, though. Supermicro's support said that they send one of their server systems with this as the mobo to VMWare for certification and recieved it. Their assumption was that only the SAS RAID was used (maybe not true??) but the server name they gave me was AS-2041M-32R. For their part, they believe that the motherbaord has been certified as ESX compliant.
I know this post is a bit old, but this is nice to know.
After downloading and installing the IT BIOS for the LSI 1068E embedded controller you need to enter the SAS address. You'll find this address on the outside of the leftmost slot on the H8QM3-2 motherboard. The leftmost slot is the management card slot placed right next to the PCI-X slot. You may need a mirror (or even 2) to be able to read it
Is in the form of: 5003048000????? or simething similar. 16 hex digits.
The H8QM3-2 motherboard is the one used in the Supermicro AS2041M-32R+B server. Which is a very good none btw