Hi, I know this is a semi-long shot question, but I wanted to ask:
I was helping someone setup a ProxVE server today (to put them out of their misery with windows server / running "VMWare Server"). The system has a tx4310 raid controller. I gather this is sort of a 'fakeraid' but a fairly well established one, which supposedly is supported in raid0/raid1 (but not raid5) configs under linux, according to hints I can see posted at,
http://boardreader.com/thread/Promise_TX4310_not_recognized_but_offici_1hsjX68c.html
which suggest that kernel > 2.6.17 has support for raid1,0 on this card, but may require tweak to the sata_promise.c module (ie, addition of appropriate PCI vendor code .. as per the post-thread above)
I'm curious if this is something which is readily doable for ProxVE, or if this is likely not ever going to happen / and I would be better to go with alternatives such as:
- debian install with ProxVE added after (ie, non-appliance "power user" install)
- don't worry about raid
- buy a better (real full HW) raid controller
Many thanks,
Tim Chipman
I was helping someone setup a ProxVE server today (to put them out of their misery with windows server / running "VMWare Server"). The system has a tx4310 raid controller. I gather this is sort of a 'fakeraid' but a fairly well established one, which supposedly is supported in raid0/raid1 (but not raid5) configs under linux, according to hints I can see posted at,
http://boardreader.com/thread/Promise_TX4310_not_recognized_but_offici_1hsjX68c.html
which suggest that kernel > 2.6.17 has support for raid1,0 on this card, but may require tweak to the sata_promise.c module (ie, addition of appropriate PCI vendor code .. as per the post-thread above)
I'm curious if this is something which is readily doable for ProxVE, or if this is likely not ever going to happen / and I would be better to go with alternatives such as:
- debian install with ProxVE added after (ie, non-appliance "power user" install)
- don't worry about raid
- buy a better (real full HW) raid controller
Many thanks,
Tim Chipman