Index

host pausing ultra DMA data

 

 

in burst

5-156

host terminating ultra DMA data

 

 

in burst

5-158

out burst

5-162

I

 

 

I/O register

5-7

IDENTIFY DEVICE

5-76

IDENTIFY DEVICE DMA

5-77

IDLE

5-37, 6-9

IDLE IMMEDIATE

5-34, 6-9

Information to be read by IDENTIFY

DEVICE command

5-78, 5-79

INITIALIZE DEVICE

 

 

PARAMETERS

5-30

INITIALIZE DEVICE

 

 

PARAMETERS command

6-8

initiating Ultra DMA data

 

 

in burst

5-138, 5-151

out burst

5-143, 5-159

inner guard band

4-15

input voltage

1-6

installation condition

3-1

insurance failure threshold

5-51

interface

1-3, 5-1

interface signal

5-2

invalidating caching-target data

6-13

invalidation of cached data

6-19

J

 

 

jumper location

3-11

jumper setting

3-11

jumper setting of master or slave

 

drive

3-12

L

 

 

large capacity

1-2

limitation of mounting

3-4

load/unload function

1-11

location of breather

3-5

location of setting jumper

3-11

log directory data format

5-51

logical Interface

5-6

low noise and vibration

1-2

low power idle mode

6-7

M

 

 

master drive-slave drive setting

3-12

master/slave

1-3

mean time between failure (MTBF)

........ 1-10

mean time to repair (MTTR)

1-10

media defect

1-11

microprocessor unit (MPU)

4-13

miss-hit

6-15

model and product number

1-5

mounting

3-3

mounting frame structure

3-4

multiword data transfer

5-150

multiword DMA data transfer timing

....5-150

N

 

 

normal DMA data transfer

5-136

O

 

 

off-line data collection capability

5-50

off-line data collection status

5-48, 5-49

operation

6-1

operation of DOWNLOAD

 

 

MICROCODE

5-32

operation to move head to reference

 

cylinder

4-18

orientation

3-3

other command

5-135

outer guard band

4-15

outline

4-2

overview

5-137

P

 

 

PAD

4-17

partial hit

6-18

pausing Ultra DMA data

 

 

in burst

5-139

out burst

5-144

phases of operation

5-138

physical interface

5-2

physical sector servo configuration

 

 

on disk surface

4-16

PIO data transfer

5-149

PIO data transfer timing

5-149

PIO data transferring command from

 

device to host

5-129

PIO data transferring command from

 

host to device

5-132

positioning error

1-11

power amplifier

4-13

power command

6-9

power on/off sequence

1-8

power requirement

1-6

power save

6-7

power save mode

1-2, 6-7

power supply configuration

4-4

power supply connector (CN1)

3-11

power up in standby setting

3-14

power-on and reset

5-164

C141-E221

IN-3

Page 270 Page 272
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Image 271
Fujitsu MHV2060AS, MHV2080AS, MHV2040AS manual Host pausing ultra DMA data
Page 270 Page 272

MHV2060AS, MHV2080AS, MHV2040AS specifications

Fujitsu's MHV series of hard disk drives, specifically the MHV2040AS, MHV2080AS, and MHV2060AS models, are designed to deliver efficient performance and reliability for a range of applications, particularly in desktop computing and entry-level servers. Each of these drives adheres to the Serial ATA (SATA) interface, which ensures compatibility across a wide range of systems and is known for its cost-effectiveness and simplicity.

The MHV2040AS features a storage capacity of 40GB, making it suitable for basic computing tasks including document editing, web browsing, and media playback. The MHV2060AS steps it up with a 60GB capacity, allowing for increased data storage needs while still maintaining a high level of performance. The largest of the trio, the MHV2080AS, offers an impressive 80GB of space, positioning it well for users who require additional room for applications, games, and multimedia files.

All drives in this series are equipped with a rotational speed of 5400 RPM, which strikes a balance between speed and power consumption. This speed is adequate for everyday tasks and allows for quick boot times and file access, making them ideal for home and small office environments. Additionally, the drives feature an average latency of 5.5 milliseconds, contributing to their overall performance in retrieving data.

In terms of technology, the MHV series employs a fluid dynamic bearing (FDB) motor, which not only enhances reliability but also reduces noise levels during operation. The FDB technology helps improve the longevity of the drives by minimizing wear on mechanical components. This characteristic is particularly important for users seeking quieter drives, especially in work environments that require minimal disruption.

The drives also incorporate advanced power management features that significantly reduce power consumption, making them an environmentally friendly choice for users mindful of their carbon footprint. These drives are equipped with energy-saving modes that optimize their performance when not in full use, ensuring lower operational costs and longer lifespan.

Overall, the Fujitsu MHV2040AS, MHV2080AS, and MHV2060AS hard drives provide a solid solution for users looking for dependable storage with a range of capacities to fit their needs. Their performance, combined with noise reduction technologies and energy efficiency, makes them a notable choice for various computing environments, from single-user desktops to small business applications.
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