Testseek.com have collected 64 expert reviews of the OCZ 2.5 inch Vertex 3.20 Series SATA600 and the average rating is 82%. Scroll down and see all reviews for OCZ 2.5 inch Vertex 3.20 Series SATA600.
May 2013
(82%)
64 Reviews
Average score from experts who have reviewed this product.
Users
-
0 Reviews
Average score from owners of the product.
82010064
The editors liked
A decently performing 20nm SSD from a long pedigree
Cost Savings over standard Vertex 3
240GB Vertex 3.20 shows performance increases over 25nm V3 in some areas
Silky smooth operation as a system drive
Excellent sequential reading and writing performance
Even at very low queue depths
Outstanding 4K random reading performance at low queue depths
Outstanding 4K random writing performance at low and high queu
Great value
Fast speeds
Popular SandForce 2281 controller
Excellent random 4K results
20nm flash memory
Excellent sequential performance
Great 4K write performance
Potential for 90K IOPS
Super Fast sequential Read/Write
Under $1/GB
Outstanding 550/520 MBps read/write speed with ATTO
TCG OPAL security with 256bit AES encryption
SandForce SF2281 processor supports TRIM
SMART
And RAISE
DuraWrite technology extends NAND lifetime
3Year OCZ product warranty support
120/240GB highspeed SSD storage capacities
Lightweight compact storage solution
Resistant to extreme shock impact
Low power consumption may extend b
The editors didn't like
Sandforce 2281 controller is becoming outclassed by newer gen Indilinx and Samsung parts
Performance not competitive (as compared with Intel SSD 335)
Pricing not competitive (see below)
Performance decrease in all mixed workloads versus Vertex 3
120GB Vertex 3.20 couldn't match performance of 120GB Vertex 3
Sequential writing speed slows down when faced with having to write incompressible data.
Nors palyginti atnaujinto „Vertex 3.20“ su pirmtaku negalėjome, akivaizdu, kad „OCZ“ nepavyko prikelti fenikso iš pelenų. Tiesą pasakius, tokių ketinimų kompanija greičiausiai ir neturėjo, viso labo, pakeisdama prieš tai naudotą 25 nm MLC atmintį į pažang...
