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new | Toshiba 3TB 7.2K 3.5 SATA 3.5-Inch Internal Hard Drive DT01ACA300
Brand : TOSHIBA
new | Toshiba 3TB 7.2K 3.5 SATA 3.5-Inch Internal Hard Drive DT01ACA300
Brand : TOSHIBA
Product Specifications
Conditionnew
AsinB00AV5FEVO
CategoryElectronics
SubcategoryInternal Components
LeafcategoryCOMPUTER_DRIVE_OR_STORAGE
MPNDT01ACA300
ColorBlack
Storage3 TB
Hard Disk TypeMechanical Hard Disk
OriginUSA
BrandnameTOSHIBA
Height1.02
Length4
Width5.78
Weight2
Form Factor3.5-inch
What's Inside The Box ?
Hard Drive
Product Ranking
#1937 in Internal Hard Drives
Product Description
The DT01ACA series is Toshiba's first 3.5-inch hard drive for use in power-friendly consumer and commercial desktop computers. The 7,200 RPM drive series is engineered for high performance and low power for cooler operation. The DT01ACA Desktop HDDs feature 3 terabyte-per-platter technology in capacities ranging from 500GB to 3TB (1, 2 or 3 platters). With 64MB cache buffer (1.5TB, 2TB, and 3TB models) the DT01ACA drives are designed for faster data processing. The 3.5-inch DT01ACA drives include Advanced Sector Format technology, which utilizes the industry standard 4K byte-per-sector configuration and improved error-correcting code functionality to enhance data integrity while making more efficient use of the storage surface area.
Product Description
The DT01ACA series is Toshiba's first 3.5-inch hard drive for use in power-friendly consumer and commercial desktop computers. The 7,200 RPM drive series is engineered for high performance and low power for cooler operation. The DT01ACA Desktop HDDs feature 3 terabyte-per-platter technology in capacities ranging from 500GB to 3TB (1, 2 or 3 platters). With 64MB cache buffer (1.5TB, 2TB, and 3TB models) the DT01ACA drives are designed for faster data processing. The 3.5-inch DT01ACA drives include Advanced Sector Format technology, which utilizes the industry standard 4K byte-per-sector configuration and improved error-correcting code functionality to enhance data integrity while making more efficient use of the storage surface area.