Hitachi America Ltd. 0A52127 hard drive specifications

Hitachi Travelstar 5K250 HTS542580K9A300 - hard drive - 80 GB - SATA-150

The Travelstar 5K250 is Hitachi's highest capacity 5400 RPM hard drive for notebook PCs. Travelstar 5K250, with outstanding power management, delivers the lowest 5400 RPM power consumption, providing longer battery life for notebook users. Hitachi has improved the shock performance of the 5K250 by almost 23% to an industry-leading 400G, enhancing its ability to withstand rough handling. The acoustics have also been improved over the previous generation product, allowing users to enjoy high quality audio on their laptops. Travelstar 5K250 is designed to address the balanced requirements of notebook PC and mobile computing users - high capacity, ruggedness, power-efficiency and speed.

Recommended software for Hitachi America Ltd. 0A52127 status and S.M.A.R.T. monitoring is ActiveSMART www.ariolic.com


Manufacturer
Hitachi America Ltd.

HDD Part Number
0A52127


Hard drive health monitoring software
ActiveSMART by Ariolic Software. Click to download ActiveSMART

General

Device Type
Hard drive - Internal hard drive

Width
2.8 in

Depth
3.9 in

Height
0.4 in

Weight
3.4 oz

Hard Drive

Form Factor

Capacity
80 GB

Interface Type
Serial ATA-150

Buffer Size
8 MB

Features
Bulk Data Encryption, TrueTrack servo technology, Thermal Flyheight Control (TFC)

Performance

Drive Transfer Rate
150 MBps

Internal Data Rate
83.1 MBps

Seek Time
11 ms (average)

Track-to-Track Seek Time
1 ms

Average Latency
5.5 ms

Spindle Speed
5400 rpm

Reliability

Start / Stop Cycles
600,000

Storage Controller

Type
None

Expansion / Connectivity

Interfaces
1 x Serial ATA-150 - 7 pin Serial ATA

Compatible Bays
1 x Internal - 2.5" x 1/8H

Compatible Slots
x None

Miscellaneous

Microsoft Certifications
Works with Windows Vista

Compliant Standards
RoHS

Manufacturer Warranty

Service & Support
3 years warranty

Service & Support Details
Limited warranty - 3 years

Environmental Parameters

Shock Tolerance
200 g @ 1ms (operating) / 1000 g @ 1ms (non-operating)


0.0887