Integral V Series - 240GB 2.5 Inch Pack

Name: Integral V Series - 240GB 2.5 Inch Pack
Brand: Integral
SKU: 365021
Availability: InStock

Best offer

AED

704⁰⁵

Key Features

NAND flash type: TLC (Triple Level Cell)
Component for: PC/Laptop
Data transfer rate: 6Gbit/s
S.M.A.R.T. support: Yes
Power consumption (idle): 0.4W
Power consumption (read): 1.227W
Power consumption (write): 1.584W
NVMe: No
SSD capacity: 240GB
SSD form factor: 2.5"
Compliance certificates: RoHS
TRIM support: Yes
Hardware encryption: No
Memory type: TLC
Read speed: 450MB/s

Specifications

Features

Mean time between failures (MTBF)

1500000 h

Protection features

Shock resistant

Controller type

SMI SM2258XT

Product colour

Grey

Data transfer rate

6 Gbit/s

S.M.A.R.T. support

✓

Power consumption (idle)

0.40 W

Component for

PC/Laptop

NAND flash type

TLC (Triple Level Cell)

Packaging data

Package type

Box

Package weight

64 g

Package height

133 mm

Package depth

13 mm

Package width

107 mm

Weight & dimensions

Weight

45 g

Height

7 mm

Depth

100.20 mm

Width

69.80 mm

Power

Operating voltage

5 V

Power consumption (read)

1.23 W

Power consumption (write)

1.58 W

Other features

TBW rating

Storage

NVMe

✗

SSD capacity

240 GB

SSD form factor

2.5"

Ports & interfaces

Interface

Serial ATA III

Operational conditions

Operating temperature (T-T)

0 - 70 °C

Operating relative humidity (H-H)

5 - 85 %

Operating vibration

3.08 G

Technical details

Certification

CE, FCC, UKCA

Compliance certificates

RoHS

Security

TRIM support

✓

Hardware encryption

✗

Solid state drive

Memory type

TLC

Read speed

450 MB/s

Write speed

400 MB/s

Product Details

The Integral V Series SSD (V2) is an excellent choice for increasing storage and boosting performance for your desktop or laptop PC. With a fantastic combination of fast data 450 MB/s read and 400 MB/s write and reliability, along with low power operation. With the fantastic combination of fast data 550 MB/s read and 500/ MB/s write and reliability, along with low power operation.