Transcend MSA372M - 256GB mSATA

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Key Features

Random read (4KB): 70000IOPS
Random write (4KB): 70000IOPS
DevSlp (device sleep) support: Yes
Component for: PC/Laptop
Data transfer rate: 6Gbit/s
S.M.A.R.T. support: Yes
Power consumption (average): 2.64W
Power consumption (sleep): 0.4W
NVMe: No
SSD capacity: 256GB
SSD form factor: mSATA
Compliance certificates: CE, RoHS
TRIM support: Yes
Hardware encryption: Yes
Memory type: MLC NAND

Specifications

Features

Mean time between failures (MTBF)

2500000 h

JEDEC standard

✓

Native Command Queuing (NCQ)

✓

Data transfer rate

6 Gbit/s

S.M.A.R.T. support

✓

Component for

PC/Laptop

DevSlp (device sleep) support

✓

Weight & dimensions

Weight

8 g

Height

4.85 mm

Depth

29.90 mm

Width

50.80 mm

Power

Operating voltage

3.30 V

Power consumption (average)

2.64 W

Power consumption (sleep)

0.40 W

Other features

SSD usage tag

Embedded

TBW rating

2360

Storage

NVMe

✗

SSD capacity

256 GB

SSD form factor

mSATA

Ports & interfaces

Interface

Serial ATA III

Operational conditions

Operating temperature (T-T)

0 - 70 °C

Operating relative humidity (H-H)

5 - 95 %

Operating vibration

20 G

Operating shock

1500 G

Storage relative humidity (H-H)

5 - 95 %

Technical details

Certification

BSMI, FCC, FCC/BSMI/UKCA, UKCA

Compliance certificates

CE, RoHS

Memory

ECC

✓

Security

TRIM support

✓

Hardware encryption

✓

Solid state drive

Memory type

MLC NAND

Read speed

550 MB/s

Write speed

450 MB/s

Random write (4KB)

70000 IOPS

Random read (4KB)

70000 IOPS

Product Details

Supporting the Serial ATA interface and built around a powerful controller, Transcend's SATA III 6Gb/s MSA372M mSATA SSD delivers blazing-fast performance, and long-term reliability. The compact mSATA form factor is just one-eighth the size of a standard 2.5" SSD, making it perfect for use in space-constricted portable devices such as Ultrabooks, tablet PCs, and slim servers. Transcend also offers the MSA372I with wide temperature (-40℃ ~ 85℃) capabilities to ensure sustained functionality, enhanced endurance and optimal reliability in mission-critical applications.