Origin Storage DL3FE Encrypted 512GB USB3 SSD 2.5in AES256 Dual Crypto RFID

SKU: FE0512RFID

0 in stock

  • Always on, hardware-based encryption: dedicated dual AES 256-bit crypto engines in XTS and CBC modes
  • Self-destruct mode for protection against brute force attacks
  • Strong password rule (non sequential, repeating, alpha + numeric, minimum 8 characters)

FE0512RFID

SKU: FE0512RFID Category:

Additional information

Certification

TAA Compliant, RoHs Compliant, FCC, CE, WEE, KCC

Product colour

Black, Silver

Linux operating systems supported

Y

Mac operating systems supported

Y

Maximum operating altitude

3000 m

Maximum non-operating altitude

12000 m

Mean time between failures (MTBF)

2000000 h

Memory type

MLC

NVMe

N

Operating shock

417 G

Operating relative humidity (H-H)

8 – 90%

Operating temperature (T-T)

22 – 55 °C

Password protection

Y

Power consumption (idle)

0.54 W

Depth

28 mm

Hardware encryption

Y

Height

125 mm

Housing material

Metal, Rubber

Interface

Serial ATA III

Data transfer rate

6 Gbit/s

USB connector

USB Type-A

Width

87 mm

Storage temperature (T-T)

-40 – 82 °C

Thunderbolt technology

N

TRIM support

Y

Read speed

550 MB/s

USB powered

Y

USB version

3.2 Gen 1 (3.1 Gen 1)

Weight

300 g

Wi-Fi

N

Protection features

Shock resistant, Water resistant

Windows operating systems supported

Y

Write speed

520 MB/s

EAN Code

5056006137634

RoHS compliance

Y

Security algorithms

256-bit AES

SSD capacity

512 GB

SSD form factor

2.5"

Storage relative humidity (H-H)

8 – 90%

Description

The DL3 FE (FIPS Edition) sets a new standard for encrypted portable storage. The DL3FE is the world’s first external hard drive utilizing 2 pass, cascading encryption. The DL3 FE utilizes two independent crypto engines each using a random, unique 256 bit keys to encrypt your data first with 256 bit AES XTS mode algorithm and then sequentially with the 256 bit AES CBC mode algorithm. Each bit of stored data is encrypted twice with two independent keys which never leave your device.