Hi
New PC up and running (i5, P55, GA-P55-UD3R), and I figure - why not get the data from separate disks to an internal RAID using the onboard Intel RAID?
The only goal is data reliability / longevity.
I currently have some 10EADSs. I know these are not recomended due to both standby issues and lack of TLER (since WD blocked the WDTLER util).
So I understand it is recomeded to use a TLER / ERC drive, but those are double the price! (At least here in Israel). For double the price I can simply buy two disks and have an offline mirror backup.
I see on Seagate's web site that 7200.12 (ST3500418AS) is targeted for "desktop RAID". Obviously, this is not an ERC enabled drive, but a desktop drive. Is that really recomended for desktop RAID? Can I assume by that that ERC / TLER is not a major issue when the Intel chipset RAID used, or am I missing something here?
I also hear great things about the Samsung F3. How does that one compare with the 7200.12 for RAID 5?
Thanks a lot !
New PC up and running (i5, P55, GA-P55-UD3R), and I figure - why not get the data from separate disks to an internal RAID using the onboard Intel RAID?
The only goal is data reliability / longevity.
I currently have some 10EADSs. I know these are not recomended due to both standby issues and lack of TLER (since WD blocked the WDTLER util).
So I understand it is recomeded to use a TLER / ERC drive, but those are double the price! (At least here in Israel). For double the price I can simply buy two disks and have an offline mirror backup.
I see on Seagate's web site that 7200.12 (ST3500418AS) is targeted for "desktop RAID". Obviously, this is not an ERC enabled drive, but a desktop drive. Is that really recomended for desktop RAID? Can I assume by that that ERC / TLER is not a major issue when the Intel chipset RAID used, or am I missing something here?
I also hear great things about the Samsung F3. How does that one compare with the 7200.12 for RAID 5?
Thanks a lot !