SONY
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SDX-300C AIT Drive | With optimized information access features,
the AIT Drive is designed to handle the upcoming explosion of data storage
management.
In businesses around the globe, there is an immediate need for cost-effective, high-speed, large-capacity tape storage that can reliably back up large-scale network servers handling huge volumes of images and other storage-intensive data. To meet this growing business demand, Sony has unveiled new standards in tape storage technology. The AIT (Advanced Intelligent Tape) format is Sony's latest innovation in fast access high density tape recording technology. AIT forms the basis of Sony's new SDX series of tape drives and media. The ability to store large amounts of data and retrieve information quickly is critical in today's applications. Tape storage and retrieval has been revolutionized by Sony's award-winning Memory in Cassette (MIC) architecture. The MIC consists of a memory chip built into the data cartridge which holds the system's log and other user-definable information. Applications that benefit from MIC's capabilities include hierarchical storage management, video server, film editing, and real-time data acquisition. |
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| High Speed Data Transfer With a recording density of 116 KBPI, the SDX-300C offers a sustained data transfer rate of 3.0 MB/s (native) to over 6 MB/s (compressed)*. The drive uses a fast/wide SCSI with a burst transfer rate of 20 MB/s. Large Cartridge Capacity System Design Convenience Exceptional Reliability Memory-in-Cassette Media Compatibility *Specifications reflect 2:1 data compression. MTBF, head life and media use specifications are averages based on normal office environmental conditions. Actual experience may vary. Drive Type
Interface
Data Compression (SDX-300C)
Capacity
Sustained Transfer Rate
Burst Transfer Rate
Linear Recording Density
Recording Block Length
Average Media Load Time
Average Access Time
Search Speed
Rewind Speed
Drum Rotational Speed
Buffer Size
Uncorrectable Error Rate
MTBF*
Average R/W Head Life*
Media Uses
Vibration (operating)
Shock (operating)
Altitude
Maximum Wet Bulb Temperature
Operating Temperature
Storage Temperature
Operating Humidity
Power Requirement
Power Consumption
Dimensions
Weight
Models
*Specifications reflect 2:1 data compression. MTBF, head life and media use specifications are averages based on normal office environmental conditions. Actual experience may vary. Nonmetric weights and measurements are approximate. |
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