Jumper settings for Seagate and Maxtor ATA hard drives

image Master or single drive. If you are installing your Seagate hard drive as the only drive in the system or if it will be the primary boot drive for the system, the jumper should be set as Cable Select. If you are connecting the drive to an older system that has a pre-UDMA Mode 3 ATA controller, or you are connecting this to a cable with a slave device that doesn’t have a cable select jumper setting, jumper the drive as Master instead by putting a jumper on the first vertical set of pins closest to the data cable.

Drive as slave

If you are installing the drive as an additional drive in your system, the drive should be set as Cable Select. If you are connecting the drive to an older system that has a pre-UDMA Mode 3 ATA controller, or you are connecting this to a cable with a master device that doesn’t have a cable select jumper setting, jumper the drive as Slave instead by removing the jumper from the drive.

Cable Select

This setting is the default setting for ATA drives. With the Cable Select jumper set, the BIOS determines whether a drive is a master or a slave by its position on the UltraATA cable. If the drive is jumpered as cable select and is connected to the black connector on the end of the cable, it is recognized as the master drive for that ATA controller. If the drive is jumpered as cable select and is connected to the grey connector on the middle of the cable, it is recognized as the slave drive for that ATA controller.

Drive as master with a non-ATA-compatible slave

On Seagate drives only, set a jumper on pins 5 and 6 and a jumper on pins 7 and 8. Use this jumper setting only if the drive does not work as a master or cable select.

Limit drive capacity (or CLJ)

Use this on computers manufactured before November 1998 when either you start up your computer and see the message, “Hard disc drive controller failure”, your computer does not recognize your newly installed hard drive, or your system stops responding during the boot process after installing this new drive.

Seagate recommends the use of newer UltraATA cables to achieve the best performance from your new Seagate hard drive. These UltraATA cables have 3 colored connectors, each connector has a specific purpose. Be sure to plug the correct connector into the correct device.

Image

  • The blue connector is for your host bus adapter (using a connector on your motherboard).
  • The black connector at the other end is for your master device, usually the hard drive you boot from.
  • The gray connector is for an optional slave device if you have a second hard drive.

Other devices like CD-ROM drives, tape drives and CD burners are usually plugged into a separate cable which also connects to the motherboard.

Seagate U-Series and Barracuda ATA drive families (ie, most ATA drives above 20 GBytes) follow the jumper configuration noted below:

image

Maxtor (and Quantum) drives follow the jumper configuration noted below:

Image

The drive is configured at the factory for a cable select setting. This allows the drive to assume the proper role of master or slave based on the connector used on the cable (see the UltraATA cable figure above). For the cable select setting to work properly, the cables you are using must support the cable select feature. Current UltraATA cables with the 3 colored connectors do support this feature.

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Seagate Barracuda PCB Swap Rescource

For seagate hdd recovery maybe you need a matching donor pcb. Here is a list of Seagate Barracuda PCB rescource for your reference from HDDZone.com.

These files are in PDF, if you can not open them you can download a tool by click here:

Seagate Barracuda 7200.9 Circuit Boards

Seagate Barracuda 7200.10 Circuit Boards

Seagate Barracuda 7200.11 Circuit Boards

Seagate Barracuda 7200.12 Circuit Boards

HTML Sources:
Seagate Barracuda 7200.12 PCB

Seagate Barracuda 7200.11 PCB

Seagate Barracuda 7200.10 PCB

Seagate Barracuda 7200.9 PCB

Seagate Barracuda 7200.8 PCB

Seagate Barracuda 7200.7 PCB

If you are from a small recovery company you can download them on you computer for you hdd repair or data recovery needs.

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Hardware Life Cycle Management(Part I)

hardware life cycleEvery IT professional can tell a horror story about an upgrade, roll-out, or migration gone awry. So many factors are involved; hardware, software, compatibility, timing, data, procedures, security protocols, and of course the well-meaning but imperfect human.

Over 2008, IT departments and staff can look forward to a number of upgrade projects for their computer system infrastructure. According to Gartner, Inc., the number of PC shipments during fourth quarter 2007 increased 13.1% over the same period in 2006. Global PC shipments during 2007 increased 13.4% over 2006 – equating to 271.2 million units in 2007.

While a slower economy than in previous years may lower the number of units, the fact that organizations have been investing in new units shows that Hardware Life-cycle Managementis still a mainstay of corporate IT’s responsibilities and will continue to be such.

IT professionals realize that scheduled change is a pattern for the industry. Whether this change involves accommodating new users, replacing old servers, or upgrading staff to newer systems, there is always change within the computer organization. Sometimes it is easy to only rely on hardware or software budgets for your roadmap. However, these budgets may be short-sighted and lack proper planning. Using accounting budgets alone to manage hardware may not take into consideration the overall life span of the equipment.

Equipment/software life-cycles and your road map
Managing IT equipment and product life-cycles is an important function of IT department staff. As a goal, equipment life-cycle management should reduce failures and data-loss because computer equipment is replaced before it fails, and it should reduce the total cost of equipment management over its lifetime. Depending on the organization, equipment life-cycles are based on different criteria.

•    Warranty expiration: If your IT infrastructure has a mix of equipment in place, with different makes and types of equipment, then your warranty-based product life-cycle management will be complicated. Using this approach is not only short-sighted, it also mirrors the first time you bought the equipment. Consider the expanding department who needs to plead with the CFO or budgetary manager for a non-planned equipment purchase. Three years later when the warranty expires, the department will be back again on their knees begging for replacements or an extension to the expiring warranties. Whichever the case, it will be an unplanned expense.

•    Waiting until equipment fails: In our economy, budgets are tight and management rightfully wants to get the most production or usage out of a piece of equipment before having to replace it. This approach is very risky and will usually cost more in the end.  IT equipment rarely fails at a “convenient” time.  If you’re lucky, the failure occurs during a slower period and your IT department is equipped to get you back up and running quickly.  In reality, this is not usually the case. Consider the real cost of equipment failure if it is month-end or year-end and the server with the financial data crashes; or a company has just secured a large contract and at the eleventh hour, one or more workstations fails or becomes intermittent causing wasted downtime on the project and inefficient use of personnel resources.

•    Capital expense budgets: Some IT departments base their product life-cycles on departmental accounting policies for capital expense purchases. Of course, this alternative method can have a knock-on effect when there is a business need for expansion and this wasn’t considered in the fiscal budget. Additionally, in larger user environments, departments may have control of their own capital expense budgets, so there may be many departments with different budget needs. When the life-cycle of one department’s equipment is complete, the number of fragmented purchases may actually reduce your company’s buying power. In contrast, a more structured approach would concentrate equipment purchases to various times throughout the year. This method is preferred by CFO or budget managers who will use a predefined purchase allocation per business unit or department to facilitate budget planning for the next year.

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