E

 

E-1D-00

7-4

each mode setting

5-8

ECC

3-7

environmental specification

2-4

environmental temperature

4-6

environmental/power requirement

2-4

error analysis

7-1

error analysis information collection

7-1

error information indicated with sense data ....

7-3

error rate

2-5

error recovery

1-4

error recovery during self-diagnostic

6-3

error recovery parameter

5-20

external dimension

4-1

external magnetic field

4-7

external operator panel circuit example

4-21

external operator panel connector

4-15

F

 

factory maintenance (parts replacement)

6-8

field maintenance (disk drive replacement) ....

6-8

finding possibly faulty part

6-16

format capacity

3-8

format of extended sense data

7-2

format parameter

5-18

FORMAT UNIT command

5-18

formatting

5-17

G

 

gaps

3-7

general description

1-1

general note

5-1

H

 

hardware function test

6-2

hardware structure

1-6

head

1-7

high speed data transfer

1-2

high speed positioning

1-4

I

 

indicating revision number

6-10

indicating revision number at factory shipment6-9

initial seek operation check

6-12

initial self-diagnostic

6-2

installation

5-1

installation requirement

4-1

installation/removal/replacement

5-2

interface (SCSI bus) test

6-5

internal test space

3-3

L

 

large capacity

1-5

leak magnetic flux

4-7

limitation of bottom-mounting

4-6

limitation of side-mounting

4-5

logical data block addressing

3-8

low noise and low vibration

1-5

low power consumption

1-5

M

 

maintenance level

6-8

maintenance requirement

6-6

mean time between failure (MTBF)

2-5

mean time to repair (MTTR)

2-6

microcode downloading

1-5

MODE SELECT/MODE SELECT

 

EXTENDED command

5-17

mode setting

5-10

motor start mode

5-8

motor start mode setting

5-8

mounting

4-4

mounting drive

5-11

mounting frame structure

4-4, 4-5

mounting procedure

5-11

mounting requirement

4-1

N

 

NC connector location

4-11

NC external dimension

4-2

NC model drive outer view

1-6

note on handling drive

5-1

NP connector and terminal location

4-13

NP external dimensions

4-3

NP model drive outer view

1-6

O

 

online self-diagnostic

6-3

operation check

6-12

operation test

6-12

outline of troubleshooting procedure

6-13

output signal for external LED

4-18

P

 

packaging

5-2

PAD

3-7

page code = 1

5-20

page code = 2

5-21

page code = 7

5-20

parts that can be replaced in field

6-7

physical sector allocation

3-5

PLO Sync

3-7

IN-2

C141-E205

Page 123 Page 125
Page 124
Image 124
Fujitsu MAU3147NC/NP, MAU3073NC/NP, MAU3036NC/NP manual Ecc, Mode SELECT/MODE Select, Pad
Page 123 Page 125

MAU3036NC/NP, MAU3147NC/NP, MAU3073NC/NP specifications

The Fujitsu MAU3036NC/NP, MAU3147NC/NP, and MAU3073NC/NP are advanced models designed to offer high performance and reliability in various computing environments. These models are particularly notable for their optimized efficiency and robust feature set, making them suitable for a range of applications from enterprise servers to high-performance computing.

One of the standout features of the MAU series is its reliance on cutting-edge technology that maximizes data handling capabilities. The MAU3036NC/NP boasts a formidable capacity for high-speed data processing, making it ideal for tasks requiring quick data retrieval and storage. With an optimized caching mechanism, this model enhances data throughput and reduces latency, contributing to an overall faster response time in demanding applications.

The MAU3147NC/NP introduces further advancements with its enhanced thermal management system. This ensures that the unit operates at optimal temperatures, reducing the risk of overheating and prolonging the lifespan of the hardware. Additionally, this model implements advanced error-correcting code (ECC) memory, which significantly improves reliability by detecting and correcting internal data corruption, a crucial feature in mission-critical environments.

Meanwhile, the MAU3073NC/NP excels in terms of scalability. Its architecture allows for easy upgrades and expansions, accommodating growing data needs without significant downtime. This flexibility is essential for businesses looking to future-proof their operations and adapt to changing demands seamlessly.

All three models incorporate Fujitsu's innovative energy-efficient technologies, which not only reduce power consumption but also align with global sustainability goals. The intelligent power management systems make these units not only cost-effective but also environmentally friendly, demonstrating Fujitsu's commitment to responsible manufacturing.

Furthermore, robust connectivity options, including multiple interface support, make these models easily integrable into existing IT infrastructures. They are compatible with a variety of operating systems and software, ensuring that users can leverage their full potential regardless of their specific setup.

In summary, the Fujitsu MAU3036NC/NP, MAU3147NC/NP, and MAU3073NC/NP series exemplify the blend of performance, reliability, and efficiency. With features tailored to meet the evolving needs of modern businesses, these models stand out in the competitive landscape of computing solutions, ensuring that users can address both current and future challenges in data management and processing.
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