Logga inOCZ Synapse Cache SATA III 2.5" SSD - 64GB
Art.no
Sku.no
EAN
Garanti
Lagring
Solid State Disk drive capacity
64 GB
Intern
Storlek
63.5 mm (2.5 ")
Solid State Disk drive interfaces
Serial ATA III
Minnestyp
MLC
Vikt & dimension
Vikt
79 g
Höjd
9.1 mm
Djup
69.9 mm
bredd
98 mm
Strömtillförsel
Strömförbrukning i vänteläge
1.5 W
Power consumption (write)
2.7 W
Power consumption (read)
2.7 W
Miljökrav
Omgivningstemperatur vid drift
0 - 70 °C
Temperaturintervall (förvaring)
-45 - 85 °C
Stötar vid drift
1500 G
Varaktighet
Medeltid mellan fel (MTBF)
2000000 h
Färg
Produktens färg
Svart
Data transmission
Läshastighet
550 MB/s
Skrivhastighet
490 MB/s
Random write (4KB)
75000 IOPS
Random read (4KB)
10000 IOPS
Dataöverföringshastighet
6 Gbit/s
Förpackning
Förpackningsstorlek
152.4 x 127 x 14.5 mm
Vikt inkl. förpackning
220 g
Bevakning
Kryptering/säkerhet
128-bit AES, 256-bit AES
Certifikat
Myndighetsgodkännande
RoHS, CE, FCC
Operativsystem/programvara
Windows operating systems supported
Windows 7 Home Premium, Windows 7 Home Premium x64, Windows 7 Professional, Windows 7 Professional x64, Windows 7 Starter, Windows 7 Starter x64, Windows 7 Ultimate, Windows 7 Ultimate x64
SATA III Solid State Drive / Caching Solutions / 80,000 IOPS / 64GB-128GB The OCZ Synapse Series is optimized for caching applications to dynamically manage the Synapse SSD in conjunction with standard hard disk drives (HDDs), to provide users with SSD-level performance across the entire capacity of the HDD. The OCZ Synapse Series leverages the latest and most advanced hardware and software technology to deliver superior storage performance without sacrificing HDD capacity. For users craving the performance advantages of SSDs combined with the high capacities associated with HDDs, OCZ offers the first no-compromise approach to enabling high-performance and high-capacity storage for virtually any PC platform. The OCZ Synapse Series integrates Dataplexâ„¢ caching software to dynamically manage the use of both SSD and HDD for superior overall storage performance. This combination creates an environment where the most frequently used "hot" data stays on the ultra-fast SSD, while the "cold" data remains on the larger capacity HDD (sold separately).
