Panasonic Sd Jukebox V2.4
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Physical Design: The LD4100 jukebox is approximately 24.5 inches by 17.8 inches by 16.4 inches deep. The jukebox's exterior is constructed of molded polypropylene. The jukebox enclosures are either clear or blue. The LD4100 model uses the WOW-DOTT EMC 40WB rack enclosure.
The SOFTLINK system transmits the optical disks between sites using either high or low speed, unfettered transport media. The LMSI LD4100 jukeboxes provide long-term storage and backup for optical disks that are shipped from the conversion site to the I-NET Conversion facility, and then from the I-NET Conversion facility to the GLOARS office. Four of the five jukeboxes use internal, self-powered drives, that are contained within the jukebox's housing. The drives are designed to be independent of the main power source, and will continue to operate if the main power source is lost. The jukebox drives are available for short term or long term use.
The SOFTLINK system converts the WORM disk from the conversion site to a WORM disk in the jukebox storage (see discussion for the LMSI LD4100 in Chapter 5, Document Handling ). The image and index data on the WORM disk are converted from the interim format to the WORM format used by the RapidChanger.
The LMSI LD4100 jukebox is a modular system that can be configured to support up to five (5) 12-inch, 500 megabyte, optical digital data disks. The system houses five (5) drive modules. Each drive module is partitioned into a file allocation table (FAT) store, and an application program (APP) store. The jukebox is designed to hold a maximum of five (5) optical digital data disks. The SOFTLINK system supports up to five (5) optical digital data disks, and up to 20 write once, read many (WORM) optical digital data disks. A major factor in selecting the LD4100 was the availability of the drive modules, and the ease with which they can be upgraded. For example, the drive modules can be upgraded to support 12-inch, 1000 megabyte optical digital data disks.
Superfund images are stored on four-inch magnetic tape in a jukebox. Superfund files are produced for the EPA and other offices in this manner. A wider variety of storage capacities are available for magnetic tapes than for optical digital data disks. In addition, magnetic tapes are less expensive than optical digital data disks. Therefore, tapes are often preferred for such long-term storage needs as this study. The SONY has the largest capacity magnetic tape storage facility in the U.S. The tapes are stored in a jukebox and are frequently retrieved and reused.
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