Super Talent Technology 64GB UltraDrive ME SATA-II SSD FTM64GX25H User Manual

Product codes
FTM64GX25H
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Physical Specifications
Environmental Specifications
Operating Shock
1500G
Operating Vibration
16G
Operating Temp.
0°C to +70°C
Reliability Specifications
MTBF
+1,000,000 hours
Data Reliability
Built-in EDC/ECC function
Data Integrity
10 years
Wear Leveling Algor.
Patent Pending
Performance Specifications
Form Factor
2.5’’
*Capacity
32GB – 256GB
Dimension
69.85mm x 100.20mm x 9.50mm
SATA Interface
Serial ATA-II
NAND Flash
MLC
Power Supply
5.0V
cc
±
5%
Package
Complete metal housing
Markets
- Notebooks / Laptops
- Gamer’s Desktops
- Business Notebooks
Endurance Specifications
Read
Unlimited
32GB
17.5 yrs @ 50GB write-erase/day
64GB
35.1 yrs @ 50GB write-erase/day
128GB
70.1 yrs @ 50GB write-erase/day
Write
256GB
140.2 yrs @ 50GB write-erase/day
Ordering Information
32GB
FTM32GX25H
64GB
FTM64GX25H
128GB
FTM28GX25H
256GB
FTM56GX25H
Super Talent's UltraDrive ME series SSDs are our fifth generation SSD,
and offer leading-edge performance for high-end notebook computers.
With read speeds up to 260MB/sec, the UltraDrive ME is geared for
applications that require optimum performance.
The UltraDrive also offers higher reliability and greater resistance to
shock, vibration and temperature than a hard drive (HDD). It employs a
standard HDD interface and dimensions, so it's an easy drop-in upgrade
for a 2.5-inch hard drive in most notebooks.
Using Super Talent's UltraDrive ME SSDs also reduces maintenance
costs, which is essential for enterprise markets to lower the total cost of
ownership (TCO). The UltraDrive ME SSD is backed by a 2 year
warranty.
FTM32GX25H
FTM64GX25H
FTM28GX25H
FTM56GX25H
Device
Sequential Read Max 
(MB/Sec)
Sequential Write Max 
(MB/Sec)
230
230
260
260
160
180
195
200
*Access Time 0.1ms 
www.supertalent.com
© 2008 Super Talent Technology. Specifications subject to change without notice. US patent # 6,547,130 and others apply.
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* Usable capacity may be less than specified after formatting. Performance is highly dependent upon test environment and use case.  Consult our benchmarking 
   data for more detailed performance information or benchmark performance in your environment.
SATA-II speeds with MLC Flash