Fujitsu Limited today revealed the launch of the MHZ2 CJ versions of 320 GB 2.5" hard disk drives with mechanical hardware-based encryption to efficiently lock data against theft or loss. In accumulation to this AES 256-bit encryption characteristic, the Fujitsu MHZ2 CJ variants of HDDs attribute gyratory speed of 7200-rpm and a 3.0 GB/s Serial ATA interface.
Fujitsu asserts that it's the 1st hard disk drive in the planet to sustain the 256-bit Advanced Encryption Standard (AES). The drive employs the AES hardware encryption unswervingly into the processor activating chip of the hard disk drive unit, ensuing in more vigorous security and quicker system recital than the software-related encryption.
All data stored on the hard disk drive can be expunged instantaneously, in less than a seconds time, utilizing the developed secure expunge feature. For public establishments and companies that finger large quantities of personal and other classified data, this significantly lowers the time and cost implicated in wiping clean the memory in the drives of PCs that are inclined of or reused.
The inbuilt Advanced Encryption Standard routinely encrypts all data when saving it on the hard disk drive and decrypts the data every-time when read. Unlike software-related encryption, the explanation does not dwell in the unit’s memory. This compiles it with more resistant to assault and imposes no handing out overhead on the memory chip, optimizing arrangements performance.
Fujitsu asserts that it's the 1st hard disk drive in the planet to sustain the 256-bit Advanced Encryption Standard (AES). The drive employs the AES hardware encryption unswervingly into the processor activating chip of the hard disk drive unit, ensuing in more vigorous security and quicker system recital than the software-related encryption.
All data stored on the hard disk drive can be expunged instantaneously, in less than a seconds time, utilizing the developed secure expunge feature. For public establishments and companies that finger large quantities of personal and other classified data, this significantly lowers the time and cost implicated in wiping clean the memory in the drives of PCs that are inclined of or reused.
The inbuilt Advanced Encryption Standard routinely encrypts all data when saving it on the hard disk drive and decrypts the data every-time when read. Unlike software-related encryption, the explanation does not dwell in the unit’s memory. This compiles it with more resistant to assault and imposes no handing out overhead on the memory chip, optimizing arrangements performance.
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