EDM 9100CWW 5.25" Magneto Optical Disks, MFG EDM9100 The recent introduction of Sony's 14X MO media provides 9.1GB of storage capacity and 6 MB/s data transmission rates. The special features of the 5.25-inch MO disk, namely its high-speed random access and massive storage capacity, make it suitable for a wide variety of applications. In addition to its use as an external storage device on PCs and work stations, it may also be used for LAN and Web servers, computer graphics, CAD/CAM, storage of X- ray and ultra- sound wave images, non- linear audio/video editing, and document archiving by government offices and libraries. It may also be used for large-scale libraries and jukeboxes that require high-speed disk changes.
Maximum data transmission of 6MB/s and average seek time of 25 milliseconds
High-speed Sony MO disks spin at hard-disk speeds, so files can be accessed in milliseconds
Non-contact read/write and Sony materials science gives a 50-year archival life with over 10 million read/write cycles and 1 billion reads
EDM 9100CWW 5.25" Magneto Optical Disks, MFG EDM9100 The recent introduction of Sony's 14X MO media provides 9.1GB of storage capacity and 6 MB/s data transmission rates. The special features of the 5.25-inch MO disk, namely its high-speed random access and massive storage capacity, make it suitable for a wide variety of applications. In addition to its use as an external storage device on PCs and work stations, it may also be used for LAN and Web servers, computer graphics, CAD/CAM, storage of X- ray and ultra- sound wave images, non- linear audio/video editing, and document archiving by government offices and libraries. It may also be used for large-scale libraries and jukeboxes that require high-speed disk changes.
- Maximum data transmission of 6MB/s and average seek time of 25 milliseconds
- High-speed Sony MO disks spin at hard-disk speeds, so files can be accessed in milliseconds
- Non-contact read/write and Sony materials science gives a 50-year archival life with over 10 million read/write cycles and 1 billion reads
