Hi,
Anyone tried this? Seems very interesting to implement chipset based RAID to have non-critical data on RAID 0 (apps, OS, cache files, etc) and real data on RAID 1 on two drives. Seems to be better for workstation/desktop for home use rather than do a full blown RAID 10/ 0+1 with at least 4 drives (noise & vibration & more PSU load) or real controller based RAID (like RAID 5 capable card ... $$$).
http://techreport.com/reviews/2005q1/matrix-raid/index.x?pg=1
I was originally plan for RAID 5, 4 drives config but RAID card is expensive and chipset RAID 5 has bad performance and RAID 10, 0+1 required min 4 drives.
What do you think? The only disadvantage I saw here is increasing chance of failure on the RAID 0 part, which will not hold any crucial data anyway.
tempoct
Anyone tried this? Seems very interesting to implement chipset based RAID to have non-critical data on RAID 0 (apps, OS, cache files, etc) and real data on RAID 1 on two drives. Seems to be better for workstation/desktop for home use rather than do a full blown RAID 10/ 0+1 with at least 4 drives (noise & vibration & more PSU load) or real controller based RAID (like RAID 5 capable card ... $$$).
http://techreport.com/reviews/2005q1/matrix-raid/index.x?pg=1
I was originally plan for RAID 5, 4 drives config but RAID card is expensive and chipset RAID 5 has bad performance and RAID 10, 0+1 required min 4 drives.
What do you think? The only disadvantage I saw here is increasing chance of failure on the RAID 0 part, which will not hold any crucial data anyway.
tempoct
