Toshiba MG03ACA100 Computer Drive User Manual


 
Ha rd
Drive
MG03ACA400
MG03ACA300
MG03ACA200
MG03ACA100
MG03ACA400Y
MG03ACA300Y
MG03ACA200Y
MG03ACA100Y
MG03SCA400
MG03SCA300
MG03SCA200
MG03SCA100
MG03SCP400
MG03SCP300
MG03SCP200
MG03SCP100
Enterprise-class reliability,
high storage capacities and
performance eciencies.
7,200 RPM
MG03ACA/MG03ACAY/
MG03SCA/MG03SCP Series Hard Disk Drives
n
Lowest Cost Per GB Enterprise Storage Option
n
6 Gb/sec SAS and 6 Gb/sec (SATA) Interfaces
n
Error Correction (ECC)
n
Optional Self-Encrypting (SED) Models
n
5 Year Warranty
e Toshiba MG03ACA/MG03SCA series HDDs are designed to
support enterprise applications where reliability, high capacity, and
performance are required. e series is ideally suited for data archives
and digital records storage, entry and business critical server and
storage systems, disk backup systems—including remote sites for data
protection and business continuity, and tiered virtual infrastructure
for public and private cloud deployments (IaaS and PaaS).
e optional SATA self-encrypting (SED) models support fast and
secure cryptographic erase using both the latest T13 SANITIZE
crypto-scramble protocol and the older T13 ATA Security Erase
command protocol. e optional SAS SED models support both the
T10 SANITIZE crypto-erase feature and the Trusted Computing
Group Enterprise Security Sub-Classication protocols. ese
proven, industry-standard security technologies support “nearly
instantaneous” cryptographic-erase of user data to enable fast and
secure device retirement or redeployment. Using SEDs can eliminate
the need for lengthy data overwrite cycles and reduce IT department
expenses associated with secure data destruction and device
sanitization.
e series leverages the expertise and history of Toshiba in enterprise-
class storage and oers similar features as traditional enterprise-class
drives including 24 x 7 operation, Error Correction (ECC) and a
5-year warranty. e MG0ACA SATA interface models support the
ATA Enhanced Secure Cryptographic Erase function.