OCZ Vertex 3 Preview: Faster and Cheaper than the Vertex 3 Pro
by Anand Lal Shimpi on February 24, 2011 9:02 AM ESTPerformance vs. Transfer Size
All of our Iometer sequential tests happen at a queue depth of 1, which is indicative of a light desktop workload. It isn't too far fetched to see much higher queue depths on the desktop. The performance of these SSDs also greatly varies based on the size of the transfer. For this next test we turn to ATTO and run a sequential write over a 2GB span of LBAs at a queue depth of 4 and varying the size of the transfers.
As we've already seen everywhere else, the Vertex 3 performs identically to the Vertex 3 Pro - it's just cheaper.
AnandTech Storage Bench 2011 - Light Workload
AS-SSD High Queue Depth Incompressible Sequential Performance
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swaaye - Thursday, February 24, 2011 - link
It'll depend on how fast your CPU is because it will become the bottleneck if it's not already.Mumrik - Thursday, February 24, 2011 - link
"Order enough controllers and you get a special firmware, otherwise you’re stuck with the stock SF-2200 firmware.(...)I do wish SandForce would just stick to a single spec and not play these sorts of games but that’s just how business works unfortunately."
Is it really? I've never heard of anything similar elsewhere in the storage space. This really sounds to me like the kind of thing you should keep pushing them on Anand....
taltamir - Thursday, February 24, 2011 - link
so... 7 "models" which are the exact same chip with different firmware / different configuration (supercap, amount of NAND, etc)And even within those so called "models" there is different levels of performance capping in firmware due to various exclusivity contracts which are not actually being reported or represented in the chip's name?
I am liking sandforce less and less.
TGressus - Thursday, February 24, 2011 - link
+1It's even more egregious when vendors are sending the reviewers pre-release samples that may or may not represent the final retail product.
taltamir - Thursday, February 24, 2011 - link
you are correct, that does make it even worse.jaydee - Thursday, February 24, 2011 - link
Interesting read from a theoretical perspective, but it would be far more useful for your readership to have a roundup involving 60-120GB SSD's. I can find benchmarks on budget video cards, cpu's, and read reviews on budget motherboards. I do realize there are no 60-120GB Vertex 3's available, but 6-9 months after launch I still have no idea how (for instance) the Sandforce, JMicron, Samsung, Indillinx, Marvell, Intel, Toshiba 60-90GB SSD's benchmark against each other considering they all scale down differently from the 240GB models which are often reviewed.240GB SSD's are neat, but not affordable for many.
86waterpumper - Thursday, February 24, 2011 - link
I agree, the 128gb size seems to be the sweet spot, that is what I've decided to go with, just not surewhether it will be the newest sandforce or the c400. I wish we could get some testing on the amd
motherboard controllers too. I know intel is more popular right now but amd is still a viable option
for many. I would think this is especially important since amd finally released a ahci driver not too
long ago, but I haven't heard much about how good it is.
ol1bit - Thursday, February 24, 2011 - link
I can't believe the jump, Intel better be on their game or they might find themselves without a market anymore.My Intel 80gb is old after 1.5 years! LOL
seapeople - Thursday, February 24, 2011 - link
Sell an x25m g2 for $1.5/GB and they are right back on top of the value/money game. Especially when you consider issues like reliability reputation versus these new drives. I wonder what the profit margin on these drives are... There might be a lot of leeway to drop price to capture market on these, considering their "real" competitors are HD's.boxleitnerb - Thursday, February 24, 2011 - link
Hey Anand,I was wondering if you're considering writing about the CPU-SSD dynamic in a future article. As I understand it, the SSDs can serve requests so fast that in some scenarios the CPU again becomes the limiting factor.
I would be especially interested in common tasks like virus scanning, gaming/application load times/installation and windows startup. I know this could be alot of work, so maybe you can pick only one or two of these tasks and analyze them with CPUs with a different number of cores and clock speeds.
What do you think about it?