I am looking to put together a new system in the next few days and I was thinking of buying a 680i motherboard (Striker Extreme in all probability) until I realised that the RAID 0 performance of 680i motherboards is stuck at around 110mb/sec due to a problem with the MCP6 Southbridge on the board.
I want a board that supports 2x x16 SLi so that I can use two powerful 8800GTX cards in SLi, but I am also interested in running 4 hard drives in a RAID 0 + 1 setup. This is why the 680i is less attractive to me. After doing a lot of homework, I figured that the Asus P5N32-E SLI Plus is a hybrid 650i board with dual x16 slots for SLi and also uses the older nforce 570 southbridge. This should, in theory, eradicate the RAID 0 problem that the 680 boards have because the southbridge is not the MCP6 chip.
My question is this:
Does anyone have any benchmarks showing what an nforce 570 southbridge board can achieve in RAID 0 ? I am very keen to know if the RAID 0 performance on this Asus P5N32-E SLI Plus is unhampered, because that would make it the perfect board for my requirements.
If you've read this far, thanks. I hope somebody can shed some light on this so I can make a final decision on which motherboard I will use to power my new system.
I want a board that supports 2x x16 SLi so that I can use two powerful 8800GTX cards in SLi, but I am also interested in running 4 hard drives in a RAID 0 + 1 setup. This is why the 680i is less attractive to me. After doing a lot of homework, I figured that the Asus P5N32-E SLI Plus is a hybrid 650i board with dual x16 slots for SLi and also uses the older nforce 570 southbridge. This should, in theory, eradicate the RAID 0 problem that the 680 boards have because the southbridge is not the MCP6 chip.
My question is this:
Does anyone have any benchmarks showing what an nforce 570 southbridge board can achieve in RAID 0 ? I am very keen to know if the RAID 0 performance on this Asus P5N32-E SLI Plus is unhampered, because that would make it the perfect board for my requirements.
If you've read this far, thanks. I hope somebody can shed some light on this so I can make a final decision on which motherboard I will use to power my new system.