Western Digital 2060-701424-007 REV A PCB

Swap Western Digital  PCB 2060-701424-007 REV A(Printed Circuit Boards) to recover your data from damaged HDD due to PCB failure. 2060-701424-007 REV A is the board number on this PCB. If your HDD’s PCB has problems, the drive usually cannot boot up or there may be an inaccurate display in the BIOS of the hard drive’s information. Also power may not get to the hard drive and as a result it will not spin up.

Western Digital 2060-701424-007 REV A PCB Board Details:

Board Number: 2060-701424-007 REV A
Main Controller IC: 88i6545-TFJ1
HDD Motor Combo IC: L6284 2.2
Manufacturer: Western Digital

Note: Hard drive failures are NOT always caused by circuit board failure.

Possibilities of WD circuit board failures:

  1. Hard disk doesn’t spin up. Either no sound or a short, quiet tickling sound can be heard.
  2. Hard disk does not spin up. Buzzing sound can be heard.
  3. Hard drive spins up fine, but is not recognized in device manager or in BIOS. Hard drive recognized with default manufacturer value (like 0GB capacity, wrong SN or Model).
  4. There is a burning smell can be sensed coming from a hard drive or pcb circuit board.
  5. You can see a burned component on the circuit board.
  6. Hard drive makes a clicking sound.
  7. Extremely slow reading.
  8. Hard drive, after some time disappears from Device Manager and from the system. May also be running very hot.

Western Digital 2060-701424-007 REV A PCB Photos:

Western Digital 2060-701424-007 REV A PCB

Buy this WD pcb board online: Western Digital 2060-701424-007 REV A PCB

More Western Digital 2.5″ Laptop PCB on HDDZone.com

Read More

2060-701596-001 WD PCB Circuit Board

HDD Printed circuit board (PCB) with board number 2060-701596-001 is usually used on these Western Digital hard disk drives: WD1600AAJB-00J3A0, DCM EGRNHTJAEN, Western Digital 160GB IDE 3.5 Hard Drive; WD800AAJB-00J3A0, DCM HBNCHT2AHN, Western Digital 80GB IDE 3.5 Hard Drive; WD5000AAKB-00H8A0, DCM DANNHV2MGB, Western Digital 500GB IDE 3.5 Hard Drive; WD1600AAJB-00J3A0, DCM HBRCHTJCHN, Western Digital 160GB…

Read More

CD Optical Storage Glossary of Computer Terms (Letter M)

Magenta
The color obtained by mixing equal intensities of red and blue light. It is also the correct name for the subtractive primary color usually called red.

Magneto-optical
See CD-WREM.

Mastering
A real time process in which videotaped materials are used to create a master optical disk that can be replicated into final videodiscs or CD-ROM disks for operation with desktop computers. Usually performed by an outside specialty shop.

Media
Specific means of artistic communication including forms such as film, art, voice, music, sounds, text, programming etc.

MIDI
Musical Instrument Digital Interface. It is a series of digital bus standards for interfacing of digital musical instruments with computers.

Morph
The special effect merging object attributes from multiple images into composite views

Read More

Glossary of Hard Disk Drive Terminology (Letter M)

Magnetic flux
The pattern of magnetic pole directions of the bits written on the disk.

Manufacturing Yield
The portion of unit production of a manufacturing process that is usable, saleable product; usually expressed as a percent of total output of that product.

Master
The first drive in a dual drive combination. A master drive by itself (with no slave) is called a single drive.

Media
In hard drives, the disks and their magnetic coatings; sometimes refers to the coating material alone.

MB (Megabyte)
Western Digital defines a megabyte as 1,000,000 (one million) bytes.

Mechanical Latencies
Include both seek time and rotational latency. Mechanical latencies are the main hindrance to higher performance in hard drives. The time delays of mechanical latencies are one hundred times higher than electronic (non-mechanical) latencies associated with the transferring of data. See also Seek Time, Rotational Latency.

Memory
A device or storage system capable of storing and retrieving data.

MFM (Multiple Frequency Modulation)
A method of encoding analog signals into magnetic pulses or bits.

MR Heads (Magneto-resistive Heads)
MR heads were developed to increase areal density and improve drive performance. MR heads use separate read and write elements, as opposed to traditional inductive thin-film read-write heads. MR heads use an inductive element for writing data, and a separate magneto-resistive element for reading information. The read element has a magnetically sensitive material that detects data recorded on the magnetic disk surface. MR head construction results in a stronger signal than that produced by inductive thin-film read-write heads, which permits it to read higher areal density data. Since the magneto-resistive element can only read data, a conventional thin-film inductive element writes data to the disk.

MTBF (Mean Time Between Failures)
Average time (expressed in hours) that a component works without failure. It is calculated by dividing the total number of operating hours observed by the total number of failures. Also, the length of time a user may reasonably expect a device or system to work before an incapacitating fault occurs.

MTTR (Mean Time to Repair)
The average time it takes to repair a drive in the field. In the field, only major subassemblies are changed (the PCB, sealed housing, etc.), excluding component level repairs as these are not performed in the field.

Multi-media
A simultaneous presentation of data in more than one form, such as by means of both visual and audio.

Multi-user
In information technology, a system that enables more than one user to access data at the same time.

Read More

Today’s Hard Disk Drive & Computer Repair Shop

Every manager knows that protecting computer data is important, but how many can be completely confident that their backup systems will work when needed?

At CBL Data Recovery, we see some of the most extreme examples of data loss. In recent years, our assignments have ranged from recovering the entire welfare system of a European country to a UFO enthusiast’s tape cartridges, from a rural school board that thought it lost pupils’ marks to an international freight company’s $700 million billing records. Our work spans an incredible range of challenges. Fortunately, many of them are avoidable.

HOW DATA GETS LOST
The two largest contributing factors in data loss are hardware or system malfunctions and human error. Together, they account for almost 75 per cent of all incidents. Software corruption, computer viruses and ‘physical’ disasters like fire and water damage make up the rest.

There are three major trends in data loss today, representing industry-wide shifts in technology and market behavior.

First, because we are storing more data in smaller spaces, the impact of a data loss incident is magnified. Ironically, the very same technological advances that allow us to do ‘more with less’ contributes directly to the increasing severity of data loss.

The media that stores data is fragile, whether it is tape, diskette or hard drive. Even ‘hard’ surfaces like CDs can be physically damaged. The mechanical components in a hard drive must work with greater precision. The distance between the read/write head and the platter where data is stored is steadily decreasing. Today, that distance is 1-2 microinches (one millionth of an inch). A speck of dust is 4-8 microinches and a human hair 10 microinches. Even a slight nudge, a power surge or a contaminant introduced into the drive may cause the head to touch the platter and cause a head crash. Data in the contact area may be permanently destroyed.

Second, data is more mission-critical. Users are storing greater amounts of critical personal and commercial data like bank accounts, hospital patient records and tax records on their desktops and networks.

By definition, loss of mission-critical data brings major business processes to a halt. In the worst case, that can mean bankruptcy.

Finally, most of the backup technology and practices are failing to protect data adequately. Most computer users rely on backups and redundant storage technologies, and for many users, this is a successful backup strategy. Others are not so lucky.

HOW DATA IS RECOVERED
Data recovery is more than pulling strings of bits from mangled disk drives or tangled file systems. There are large elements of problem solving and crisis management. Clients bring a diverse and vast array of technology problems to data recovery companies, looking for cost effective and, above all, timely solutions. How corporations and individual people respond to a data crisis is often a revealing look at how they conduct their day-to-day business. Typically, the ones that confront a challenge directly are the most successful.

First of all, users and managers must recognize that any loss of data is an immediate and urgent problem. It may not be confined to one system or network and its impacts could reach beyond a single branch or department. For example, an entire organization may have purchased machines that all have faulty hard drives or installed corrupted software.
Denial is dangerous and costly. Escalate the situation promptly. By far the majority of situations are successfully handled in-house. The customer should only ‘surrender’ immediately and call for outside assistance when there is a ‘new’ noise coming from the hard drive or when the data is so valuable as to be priceless. In most cases, working through a planned recovery checklist will bring back the data. If it does not return when reasonable measures have been tried, then the organization has to accept that the data is really not coming back. At this point, decisive action can literally mean corporate survival.

Data recovery is the last resort when everything else, including commercial software, fails. When customers need data recovery, they need it fast. In three cases out of four, we can recover all the data within 24 hours or receiving the media, so reducing the time in transit is important. Over the years, Michigan Data Recovery has become adept at the logistics of getting clients’ drives and media into our laboratories from anywhere in the world. The Internet may be creating a world without borders but the word has not reached the world’s major airports. As well, technicians have often become skilled at finding the parts necessary to rebuild rare or obsolete equipment.

Data recovery typically occurs in an emotional climate of great distress. Personally and professionally, a great deal is riding on a successful outcome. Dealing with a client’s psychological state, as individuals and organizations, is a large part of a successful data recovery project. While a project may literally call on the talents of every member of a team, clients should only deal with one person, to facilitate the creation of a bond. That relationship is designed to be an immediate and continuing comfort to the client, but it also ensures that there is clear communication, built on shared experience and a common vocabulary.

Clients are almost invariably reassured to learn that while some damage to data is permanent, it is rare case that absolutely no data all is retrieved. In most cases, some of the data can be recovered, even in extreme conditions.

Data recovery companies should provide a report within one business day after receiving damaged media, outlining how it plans to perform the data recovery. Some projects may require several days, or even weeks, but about 75 per cent of all assignments should be turned around in less than 48 hours.

Close communication and understanding can be critical in those unfortunate situations where choices have to be made about the data. Which files do you need first? Which ones are you willing to sacrifice? Do you want the data in text format now or would you prefer to wait to see it we can recover it in the original format?

There are no manuals for data recovery. There is no one set way to retrieve data. Each project should be analyzed on an individual basis and only then an action plan be developed.

It is best never to work on original media. Data should be duplicated bit by bit to reduce the risk of causing further damage to the data.

SUCCESSFUL DATA RECOVERY OUTCOMES
For most projects, success comes from a combination of innovative logistics, applied problem solving and what can be called ‘technology triage’, where answers are looked for from within the issues.

Projects always pick up where others have left off. As the ‘repair shop of last resort’, data recovery experts do nothing but provide solutions.

Our business is all about restoring order in chaotic circumstances. We force rebellious technology to fulfill its promise to our clients by making everything right again. And it is kind of fun to do the impossible.

Read More