Medalist 17240, 13030, 10231, 8420 and 4310, Rev. B

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Verify the drive-type settings in the system setup pro- gram. The drive-type settings in the system BIOS must not exceed the physical specifications of your drive. Also, the set- tings must not exceed the limitations set by the operating sys- tem and BIOS.

Check for viruses. Before you use someone else’s diskette in your system for the first time, scan the diskette for viruses.

Additional troubleshooting tips

If you have performed the preceding basic checks but the prob- lem persists, follow these guidelines for troubleshooting specific cases:

After you install your new drive, your computer will not boot, and no error message appears on the screen.

Check your computer manual or BIOS manufacturer to deter- mine whether your BIOS supports drives that have more than 4,092 cylinders. If your system has this limitation, use the follow- ing procedure to configure your computer:

1.Turn off your computer, open the case, and remove your new Seagate drive.

Caution. To avoid electrostatic discharge damage to ! your computer or hard drive, make sure you are well- grounded before touching the drive, cable, connector

or jumpers.

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Seagate ST34310A, ST38420A, ST313030A, ST310231A, ST317240A manual Additional troubleshooting tips

ST34310A, ST38420A, ST317240A, ST310231A, ST313030A specifications

The Seagate ST313030A, ST310231A, ST317240A, ST38420A, and ST34310A are notable hard drive models that contributed to the evolution of data storage technology in their respective eras. Each of these drives introduced various features and innovations that catered to the growing demands for efficiency, speed, and reliability in data management.

The ST313030A is a 13GB Ultra ATA/66 hard drive that emerged in the late 1990s. It utilized a 3.5-inch form factor and was designed primarily for desktop computers. A key feature of this model was its high data transfer rate, which significantly improved the performance of applications demanding fast read/write capabilities. The drive also featured Advanced Power Management (APM) technology, allowing it to balance performance with energy efficiency.

Following closely was the ST310231A, a 10GB hard drive that offered similar performance benchmarks but introduced enhancements in error correction and data integrity. The device operated at 5400 RPM, providing quicker access times compared to its predecessors. Its robust design and Native Command Queuing (NCQ) support allowed for optimized data access patterns, ultimately enhancing overall system responsiveness.

The ST317240A, another significant model, pushed boundaries with a capacity of 17GB. This drive was praised for its reliability, featuring Seagate's innovative ShockGuard technology, which provided improved resistance to physical shocks and impacts. It was designed for both consumer and enterprise applications, solidifying its place as a reliable storage solution for various use cases.

The ST38420A took a leap forward with a storage capacity of 28.6GB, integrating advanced technologies that included error recovery and a more efficient interface design. This drive also facilitated the use of larger files, catering to the growing multimedia applications of the late 1990s. Its ability to function efficiently in systems with limited power supplies made it a favorable choice for both desktop and mobile devices.

Finally, the ST34310A, boasting a capacity of 40GB, further emphasized performance and reliability. It was equipped with features like thermal recalibration, which minimized operating temperature fluctuations, prolonging the drive’s lifecycle. The drive's legacy is marked by its user-friendly interface and high compatibility across various operating systems.

In summary, these Seagate hard drives represent a pivotal evolution in storage technology, each contributing unique features and technologies that have influenced modern data storage solutions. They laid the foundation for subsequent innovations in the field, emphasizing reliability, efficiency, and performance.