2025-05-19

Maxtor DiamondMax Plus 10 PCB

DATARECOVERYUNION.COM03 mins

maxtor-diamondmax-plus-10-pcbBuy Maxtor DiamondMax Plus 10 PCB on HDDZone.com with low price, fast shipping and top-rated customer service! All kinds of Maxtor hard drive PCB board for Data Recovery and HDD Repair Needs!

Maxtor DiamondMax Plus 10 PCB Swap Guide:

For swapping Maxtor PCB, there are only two steps to find the matching pcb.

Step 1: Find the Main Controller IC. The biggest chip (show above). Make sure the information says ARDENT C8-C1, 040111300 which is the Main Controller IC.

Step 2: Verify the Motor Combo IC. L7250E 1.2

Step 3: Send these info to your PCB seller. Such as HDDZone.com

Note: In most cases, you should exchange the BIOS chip before you swap the PCB. You should have certain technique. Hard drive failures are NOT always caused by circuit board failure. We cannot guarantee your drive to be repaired by replacing the board.

maxtor-diamondmax-plus-10-pcbMaxtor DiamondMax Plus 10 PCB 040103500

Main Controller IC:SEAGLET 040103500
HDD Motor Combo IC: SH6770C

maxtor-diamondmax-plus-10-pcb-2Maxtor DiamondMax Plus 10 PCB 040103700

Main Controller IC:SEAGLET 040103700
HDD Motor Combo IC: SH6770C

maxtor-diamondmax-plus-10-pcb-3Maxtor DiamondMax Plus 10 PCB agereBEAGLE D4-D4 040116600

Main Controller IC: agereBEAGLE D4-D4 040116600
HDD Motor Combo IC: L7250E 1.2

maxtor-diamondmax-plus-10-pcb-4Maxtor DiamondMax Plus 10 PCB agereBEAGLE D4-D4 040121400

Main Controller IC: agereBEAGLE D4-D4 040121400
HDD Motor Combo IC: L7250E 1.2

maxtor-diamondmax-plus-10-pcb-5Maxtor DiamondMax Plus 10 PCB agereBEAGLE E5-D4 040125100

Main Controller IC: agereBEAGLE E5-D4 040125100
HDD Motor Combo IC: L7250E 1.2

maxtor-diamondmax-plus-10-pcb-6Maxtor DiamondMax Plus 10 SATA PCB 040115400

Main Controller IC: 040115400
HDD Motor Combo IC: L7250E 1.2

maxtor-diamondmax-plus-10-pcb-7Maxtor DiamondMax Plus 10 SATA PCB OSCAR E5-D4 040121300

Main Controller IC: OSCAR E5-D4 040121300
HDD Motor Combo IC: L7250E 1.2

maxtor-diamondmax-plus-10-pcb-8Maxtor DiamondMax Plus 10 SATA PCB OSCAR F7-D4 040125400

Main Controller IC: OSCAR F7-D4 040125400
HDD Motor Combo IC: L7250E 1.2

maxtor-diamondmax-plus-10-pcb-9Maxtor DiamondMax Plus 10 SATA PCB SEAGLET C3-D4 040123900

Main Controller IC: SEAGLET C3-D4 040123900
HDD Motor Combo IC: SH6790

maxtor-diamondmax-plus-10-pcb-10Maxtor DiamondMax Plus 10 SATA PCB SEAGLET D4-D4 040128000

Main Controller IC:SEAGLET D4-D4 040128000
HDD Motor Combo IC: SH6790A

Hard Drive PCB Swap Guide: For Seagate, Maxtor, WD, IBM/Hitachi Hard Drives.

More Maxtor DiamondMax 10 PCB Circuit Board on HDDZone.com

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Raid Data Recovery Software: R-STUDIO Network Edition

DATARECOVERYUNION.COM31 mins

Raid Recovery Presentation File Name: R-STUDIO Network Edition
Version: RAID-0 Version/RAID-5 Version
Publisher: R-tools Technology Inc
Raid Supported: RAID 0, RAID 1, RAID 5
Analyze Mode: Manual Analysis
Price: $179.00

What can RAID Recovery Presentation do?

R-Studio detects and treats valid software or hardware RAIDs as regular drives/volumes. But what to do if you have only drives or drive images of a faulty RAID? R-Studio can still help you to get the data back provided that the drives necessary for the RAID to operate are working or you have the images of those drives. The number of drives enough to get data back depends on the RAID layout. For example, for a mirror (RAID 1) of two drives, at least one must be valid, whereas for a RAID5 of 3 disks, the number of valid drives should be two.

Download:
http://www.data-recovery-software.net/Data_Recovery_Download.shtml

Buy:
https://secure.r-tt.com/cgi-bin/Store?p=1

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Glossary of Samsung Hard Disk Drive (Letter G, H, I)

DATARECOVERYUNION.COM04 mins

Samsung Hard Disk Drive Glossary Gigabyte (GB)
1 Gigabyte = 1,073,741,824 digital bytes / 1,000,000,000 decimal bytes, a unit of measure for data

Hard Error
a data error which is not able to be overcome when the disk is reread, it occurs repeatedly at the same location on the media, indicating a defect in the surface

Hardware
computer equipment (as opposed to the computer programs and software)

HC
High-speed CMOS)

HDA
Head Disk Assembly

HDD
Hard Disk Drive, magnetic storage device

Head crash
Occurs when a head and disk accidentally touch, thereby damages the media (and subsequently the data)

Head Landing Zone
Area on the media which is dedicated to head takeoff and landing, no data is recorded in this area

Head positioner
(see Actuator)

Host
the computer system that the drive is integrated into

Hot swap
replacement of hard drives, whilst computer is in operation with zero downtime

Host adapter
a plug-in board or circuitry on the motherboard that acts as the interface between a computer system bus and the disk drive

IC
Integrated Circuits. IC’s are arrays of electronic components such as transistors, diodes, resistors built from a single piece of semiconductor material. Huge numbers of components (millions) can be placed upon a single chip, the external connections being made via the pins on the IC package

IDE
Integrated Drive Electronics, a hardware interface that allows peripheral devices to be attached to a PC

IDE Controller
The controller translates commands from the computer into something that the hard drive understands

Interface
transmitters/receivers that establish links between various parts of a computer and facilitate the exchange of data between these components (e.g. IDE, EIDE, SCSI, and for notebooks PCMCIA). The way the drive and host communicate with each other. It is a standard defined by industry organisations

Interleave factor
the number of sectors that pass beneath the heads before the next sector arrives (a means to optimise performance of a drive)

Internal Transfer rate
the speed at which data is transferred to and from the media, reflected in millions of bits per second (Mbits/second)

Inside Diameter
smallest radius recording track on a platter

Inside Diameter
smallest radius recording track on a platter

I/O
Input/Output

ISA
Industry Standard Architecture

ISO

International Standards Organisation, sets standards for computer industry

ISO-9660
a data format designed by the ISO in 1984

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Jumper Basics

DATARECOVERYUNION.COM02 mins

Jumpers are small metallic pins that protrude from the end of a hard disc drive or from its circuit board, as shown below. Jumpers are used to configure the hard disc drive’s options, such as defining master and slave or cable select.

Jumper Jumper

Every pin set has a specific numbering scheme, which is determined by its location on the drive. As shown above left, if the pins are on the circuit board, the pin number assignments are printed on the circuit board around the pins. As shown above right and below, if the jumper pins are on the end of the hard drive, Pin 1 will always be closest to the 4-pin power connector.

Jumper

Below is a jumper shunt, which is used to connect two jumper pins. Connecting two jumper pins with a shunt completes an electrical circuit and enables or disables options of the hard drive. Extra shunts may be stored on a single pin as shown below because two or more pins must be connected by the shunt to complete the circuit and enable or disable options. When the shunt is only on one pin, it is not performing any function.

Jumper

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Tips For Choosing Hard Drive Backup Software

DATARECOVERYUNION.COM28 mins

Hard Drive Backup Software Hard drives fail. Operating systems crash. And then there are all those spammers and hackers. As a computer user, you need backup software. Backup software is a kind of insurance policy for your important data. If you back up your files on a regular basis, you won’t have to worry about losing all of your hard work and precious data if your hard drive fails.

Data backup is more critical than ever before, especially for small businesses where data losses can damage the bottom line. The best backup software is both reliable and customizable, allowing you to customize and automate the data backup process.

Before You Buy Hard Drive Backup Software

1. Match the Software
Different users (home user, home office, small business, large business) have different needs. Backup software that’s a perfect fit for one user may be totally wrong for another. If it’s too difficult to use, you’ll find too many reasons not to use it.

Businesses may need to back up data from multiple operating systems, and from users and computers that are spread across a number of locations. Home and home office users usually only have one or a few computers to worry about, so they can choose backup software that has a fairly straightforward set of features.

2. Try It Before You Buy It
Many software developers offer trial versions of their software. In many cases, these are fully-functioning versions of the software that stop working after a specified period of time, usually 15 to 30 days.

When you find a program that sounds interesting, download the demo and put it through its paces. You should be able to install the program easily, create a simple backup, and restore from the backup, without spending a lot of time reading manuals or help files. Don’t overlook the manual or help files, though; they explain important features, such as backup types, schedules, compression, and restoration.

3. Backup Media
The three most popular types of backup media for home and home office users are hard drives, optical media (such as CDs or DVDs), and online file storage services. Hard drives have fallen so much in price in recent years that they have become both the easiest and the most economical method of storage.

Online file storage is an attractive option, because you can access your files from anywhere. But it can take a long time to back up data to or restore data from a remote location, and most services charge a monthly fee. In addition, you never know whether the service might suddenly go out of business.

4. Backup Types: Full and Incremental
The first time you back up your data you perform a full backup. Full backups can take a long time to perform, because of the amount of data being backed up.

Incremental backups only back up the data that is new or has changed since the last time you performed a backup of the same data. Incremental backups are faster to perform, but can be slower when it comes time to restore files, because you may need to restore the full backup and all subsequent incremental backups, before you get to the data you need. For this reason, it’s a good idea to perform a new, full backup once a week, and incremental backups daily.

5. Backup Types: Archival
An archival backup is different than a normal backup, because the data is permanent and doesn’t change. An archive is a snapshot of data at a specific moment in time. Optical media (CDs and DVDs) are the most popular media for archival backups, because they’re inexpensive, easy to use, and easy to catalog and store.

Home office users use optical media to store monthly or yearly backups of their business data, for easy retrieval at tax time. Home users might store family photos or other important files on optical media.

You can use backup software to archive data or archive the data manually, as needed.

6. Shopping Tips
If you plan to use backup software with optical media, make sure the software can handle it on its own. Some software requires other software to burn the data to a CD or DVD; this is fine if you already have that other software.

Most backup software can compress data while it writes to the backup media. This helps reduce the size of the backup, so it takes up less space. It’s best if the software uses a standard compression format (or no compression at all, if you don’t need it). If it uses a proprietary compression scheme, you may need to reinstall your OS and the backup software before you can restore your data.

Top Hard Drive Backup Software

  • 2BrightSparks SyncBackSE Backup Software
  • EMC Dantz Retrospect Professional Backup Software
  • Norton Ghost Backup Software
  • Acronis True Image Backup Software
  • BounceBack Professional Backup Software

These are selection of top backup softwares for small business users that meets the criteria and will give you the data backup protection you need.

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Data Recovery Glossary (Letter H)

DATARECOVERYUNION.COM05 mins

Half-Duplex
A communications protocol that permits transmission in both directions but in only one direction at a time.

Half-height Drives
Standard 3.5-inch hard drives are available in heights of 1.0-inch and 1.6-inches. Half-height drives measure 1.6-inches in height.

Hard Disk
A mass storage device that transfers data between the computer’s memory and the disk storage media. Hard disks are rotating, rigid, magnetic storage disks.

Hard Drive
An electromechanical device used for information storage and retrieval, incorporating one or more rotating disks on which data is recorded, stored and read magnetically.

Hard Drive Industry
The combined manufacturers of hard drives. In the United States, the industry is led by IBM, Maxtor, Seagate, Quantum and Western Digital.

Hard Error
An error that is repeatable every time the same area on a disk is accessed.

Hard Sectored
A technique that uses a digital signal to indicate the beginning of a sector on a track.

Head
The minute electromagnetic coil and metal pole which write and read back magnetic patterns on the disk. Also known as a read/write head. A drive with several disk surfaces or platters will have a separate head for each data surface. See also MR Head.

Head Actuator
A motor that moves the head stack assembly in a hard drive to align read/write heads with magnetic tracks on the disks.

Head Crash
Refers to the damage incurred to a read/write head when the head comes into contact with the disk surface. A head crash might be caused by severe shock, dust, fingerprints, or smoke, and can cause damage to the surface of the disk and/or the head.

Head Disk Assembly (HDA)
The mechanical components of a hard drive, including the disks, heads, spindle motor and actuator.

Head Loading Zone
An area on the disk specifically reserved for the heads to use when taking off or landing when power to the drive is turned on or off. No data storage occurs in the head loading zone.

Head Stack Assembly
The electromechanical mechanism containing read/write heads and their supporting devices.

Headerless Format
The lack of a header or ID fields (track format). This enables greater format efficiency and increased user capacity.

High-end Market
The enterprise market.

High-Level Format
A high-level format must be performed (with EZ-Drive or the Format command) on a new hard drive (in most cases) before you can use it. Formatting erases all the information on a hard drive and it sets up the file system needed for storing and retrieving files.

Host
The computer that other computers and peripherals connect to. See also initiator.

Host Adapter
A plug-in board that acts as the interface between a computer system bus and the disk drive.

Host Interface
The point at which the host and the drive are connected to each other.

Host Transfer Rate
Speed at which the host computer can transfer data across the SCSI interface; or, the speed at which the host computer can transfer data across the EIDE interface. Processor Input/Output (PIO) modes and Direct Memory Access (DMA) modes are defined in the ATA-4 industry specifications for the EIDE interface.

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