Fujitsu 147Gb SCSI MBA3147NC Hard Drive

Fujitsu's latest generation 15K RPM Enterprise Hard Disk Drives (MBA Series) continue to represent some of the fastest enterprise 3.5-inch hard disk drives in the industry. Leveraging the technology expertise and heritage, Fujitsu deliver reliable, high-capacity HDDs for your customer's most demanding storage applications.

This latest drive technology offers low power consumption, high reliability, and faster internal data rates.

Leading edge technology enables industry leading performance specifications blended with the latest advances in interface technology. This provides a flexible and cost effective storage solution for your most demanding applications including rack and tower servers, storage arrays, RAID systems and digital video systems.

Dimensions & Weight

Depth

14.7 cm

Height

2.6 cm

Weight

0.8 kg

Width

10.2 cm

Environmental Parameters

Humidity Range Operating

5 - 95%

Max Operating Temperature

55 °C

Min Operating Temperature

5 °C

Shock Tolerance Operating

65 g @ 2ms

Shock Tolerance Storage

250 g @ 2ms

Vibration Tolerance Operating

9.8 g @ 20-300 Hz

Vibration Tolerance Storage

5 g @ 20-300 Hz

Header

Compatibility

PC

Manufacturer

FUJITSU

Model

MBA3147NC

Packaged Quantity

1

Product Line

FUJITSU Enterprise

Interface Provided

Connector Type

80 pin Centronics (SCA-2)

Interface (Storage)

Ultra320 SCSI

Qty

1

Miscellaneous

MTBF

1,400,000 hour(s)

Slot Required

Type

None

Storage

Type

Hard drive

Storage Controller

Type

None

Storage Controller (2nd)

Type

None

Storage Hard Drive

Average Latency

2 ms

Average Seek Time

3.4 ms

Capacity

147 GB

Connector

80 pin Centronics (SCA-2)

Data Transfer Rate

320 MBps

Features

MEEPRML technology

Form Factor

3.5" x 1/3H

Form Factor (Short)

3.5"

Hard Drive Type

Internal hard drive

Interface

Ultra320 SCSI

Interface Type

Ultra320 SCSI

Max Seek Time

8 ms

Non-Recoverable Errors

10 per 10^16

Seek Errors

10 per 10^8

Spindle Speed

15000 rpm

Track-to-Track Seek Time

0.2 ms