In the interest of fairness to G.Skill and accurate information I have revised this post. I have retested everything and it turns out I cited numbers for a used Phoenix Pro 60 instead of the new Phoenix Pro 120 and that was a mistake on my part, therefore a revision of this post.
I tested a BRAND NEW 120 Phoenix Pro and a fairly new Vertex2 60 for the critical 4K write with ATTO and get these results:
NEW Phoenix Pro 120 (firmware 4.2) 4K write = [begin edit] 172,176
Used Phoenix Pro 60 (firmware 4.2) 4K write = 50,176 [end edit]
Fairly new Vertex 2 60 (firmware 1.25) 4K write = 166,985
A pair of Phoenix Pro 120 in RAID 0 using Win 7 striping with block size of either 4K or 64K is not much faster for 4K writes.
Pair of Phoenix Pro 120 in RAID 0 4K write = [begin edit] 176,136 [end edit]
Fairly new Vertex 2 60 (firmware 1.25) 4K write = 166,985
Win 7 striping is however dramatically faster tha a single drive for transfer sizes above 4K. ATTO shows 2048K write = 507679 and read = 552841
As for the poor numbers of the Phoenix Pro 60 I would guess it is due for a secure erase. I will post as I find out for sure.
I tested a BRAND NEW 120 Phoenix Pro and a fairly new Vertex2 60 for the critical 4K write with ATTO and get these results:
NEW Phoenix Pro 120 (firmware 4.2) 4K write = [begin edit] 172,176
Used Phoenix Pro 60 (firmware 4.2) 4K write = 50,176 [end edit]
Fairly new Vertex 2 60 (firmware 1.25) 4K write = 166,985
A pair of Phoenix Pro 120 in RAID 0 using Win 7 striping with block size of either 4K or 64K is not much faster for 4K writes.
Pair of Phoenix Pro 120 in RAID 0 4K write = [begin edit] 176,136 [end edit]
Fairly new Vertex 2 60 (firmware 1.25) 4K write = 166,985
Win 7 striping is however dramatically faster tha a single drive for transfer sizes above 4K. ATTO shows 2048K write = 507679 and read = 552841
As for the poor numbers of the Phoenix Pro 60 I would guess it is due for a secure erase. I will post as I find out for sure.
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