SEAGATE Barracuda 1TB (2.5″ 7mm, SATA, 128MB)

BarraCuda leads the industry with the highest capacities for desktops and mobile computers.Get the most out of your storage with BarraCuda hard drives. From computers full of photos and memories to gaming PCs that need more room to play, BarraCuda grows with you.

EAN

0763649098301

Warranty

24 Months Bring-In Warranty

Device Type

Hard drive – internal

Capacity

1 TB

Form Factor

2.5"

Interface

SATA 6Gb/s

Buffer Size

128 MB

Bytes per Sector

4096

Features

QuietStep, Halogen Free, Ramp Load

Width

69.85 mm

Depth

100.35 mm

Height

7 mm

Weight

90 g

Drive Transfer Rate

600 MBps (external)

Internal Data Rate

140 MBps

Spindle Speed

5400 rpm

Non-Recoverable Errors

1 per 10^14

Load / Unload Cycles

600,000

Interfaces

SATA 6 Gb/s

Compatible Bay

2.5"

Power Consumption

1.6 Watt (read)

1.7 Watt (write)

0.45 Watt (idle)

Compliant Standards

RoHS

Service & Support

Limited warranty – 2 years

Min Operating Temperature

0 °C

Max Operating Temperature

60 °C

Min Storage Temperature

-40 °C

Max Storage Temperature

70 °C

Shock Tolerance (operating)

400 g @ 2 ms

Shock Tolerance (non-operating)

1000 g @ 1 ms

Категорија:
  • BarraCuda leads the industry with the highest capacities for desktops and mobile computers.
  • Get the most out of your storage with BarraCuda hard drives. From computers full of photos and memories to gaming PCs that need more room to play, BarraCuda grows with you.
  • Rock-solid reliability built on over 20 years of BarraCuda innovation. Versatile mix of capacity and price point options to fit any budget. Multi-Tier Caching Technology for excellent hard drive performance.
  • All hard drives in the BarraCuda family come equipped with Multi-Tier Caching Technology (MTC). MTC takes your PC to the performance levels, so you can load applications and files faster than ever before. By applying intelligent layers of NAND Flash, DRAM and media cache technologies, BarraCuda delivers improved read and write performance by optimizing data flow.