Using the drive, Turning on the device

2.Replace the computer cover and secure it in place. Reconnect the power cords and cables.

Step 7. Turning on the device

Turn on all attached devices; then turn on your computer. The tape drive performs a power-on self-test (POST) within 15 seconds and then performs a drive reset.

Step 8. Updating the configuration

For most computers, the configuration-setup utility program automatically recognizes the new tape drive. However, you might have to provide information about your system changes after you restart your computer.

Ensure that the appropriate advanced SCSI programming interface (ASPI) device drivers are installed to support the tape drive. Device drivers are usually provided with the SCSI adapter.

If your computer does not recognize the tape drive after startup or if you receive startup errors, run the configuration-setup utility program as described in the documentation that comes with your computer. If all the indicators on either side of the tape drive blink in unison, there is a problem with the tape drive. Press the Unload button on the right side of the drive front panel to eject any tape that might be inserted and to reset the drive. If the problem persists, turn off the computer; then turn it back on. If the problem continues, see “Appendix D. Troubleshooting” on page 17 for further steps.

Step 9. Installing backup and restore software

To use the drive, you must install an appropriate backup and restore application for your computer operating system. If you are using software not included in the option package, follow the directions that come with your software. If you are using the trial software that comes with the option, insert a trial application CD into the CD-ROM drive and follow the on-screen installation and operating instructions.

If you are using the hardware installation support that your operating system provides, and the operating system requests a device driver, insert the User’s Guide CD and look in the ‘‘device driver’’ folder.

Using the drive

This illustration shows the front panel of the 100/200 GB LTO Internal Tape Drive.

Eject cartridge button	Four LEDs
Emergency reset	Cartridge door

6100/200 GB HH LTO Internal Tape Drive: User’s Guide

HH LTO specifications

IBM's Linear Tape-Open (LTO) technology has become a cornerstone of data storage solutions, providing organizations with a reliable, cost-effective means to manage the vast amounts of data generated in today’s digital age. The IBM HH LTO, specifically referring to the Half-Height Linear Tape Open drives, brings together advanced features and technologies tailored to meet the needs of modern enterprises.

One of the main features of the IBM HH LTO drives is their impressive storage capacity. The latest LTO generation can store up to 18 TB of uncompressed data per cartridge, and with data compression, that number can effectively double to 36 TB. This high capacity allows organizations to store large datasets efficiently without needing to invest heavily in multiple storage media.

In terms of performance, IBM HH LTO drives are engineered for speed. With transfer rates that can reach up to 400 MB/s uncompressed and 800 MB/s compressed, these drives ensure that data backups and retrievals are swift and efficient. This boosts operational productivity, allowing IT teams to focus on strategic initiatives rather than data management tasks.

Technologically, the IBM HH LTO utilizes advanced error correction and data integrity features. The integration of features such as Linear Tape File System (LTFS) simplifies data management by providing file-system-like access to tape data. This makes it easier for users to manage and retrieve specific files without the need to work through a cumbersome backup system.

Another characteristic that stands out is the drive's environmental sustainability. IBM LTO technology focuses on energy efficiency and lower total cost of ownership, making it an eco-friendly option for data archiving. The drives consume less power in standby modes, which aligns with enterprises’ growing sustainability goals.

Moreover, IBM's commitment to innovation is evident through its ongoing development of future LTO generations that are expected to enhance capacity, performance, and more advanced features, ensuring that businesses can continue to rely on LTO technology as their data storage needs evolve.

Overall, the IBM HH LTO drives embody a blend of high capacity, speed, reliability, and sustainability, making them an ideal choice for organizations looking to optimize their data storage strategy while preparing for future growth.