Sony AIT-2 AME Turbo 80/208GB MIC Data Cartridge (TAIT2-80C)

This is a Sony AIT-2 AME Turbo 80/208GB MIC Data Cartridge (TAIT2-80C). Sony AIT data cartridges are designed for capacity, cost effiency, and performance. Most companies that need to backup data on a frequent basis use these data cartridges. They are ideal for companies with many departments or workgroups. The Sony AIT data cartridge has a special MIC technology that delivers data faster and more effectively. The MIC technology gives up to 50% faster data access over other data cartridge formats. Not only does this cartridge offer faster data access it also has greater data integrity. This means that the data is secure and less likely to have error. The Sony AIT data cartridge is definitely a great choice for companies that want more secure data and faster reading speeds.

Product Specifications:

• Brand: Sony
• Model: TAIT2-80C
• Category: Data Cartridge
• Tape Length: 186 meters Storage
• Media Type: AIT-2 Turbo
• Media Coating: AME (Advanced Metal Evaporated)
• Capacity: 80 GB Native /208 GB Compressed
• Quanitity: 1 cartridge
• Warranty: Manufacturer Limited 90 Day Warranty
• Recording Method: Helical Scan

Additional Information:

• AIT (Advanced Intelligent Tape)- Uses an MIC chip (the brain) and a pure metal magnetic layer to help maximize capacity and longevity (the brawn).
• AME (Advanced Metal Evaporated)- High retentivity is produced by using 100% pure cobalt. Using no adhesive or binders, this patented process deposits pure metal magnetic layer directly onto the base film. Using this technology can help maximize recording performance.
• DLC (Diamond Like Carbon)- Carbon Coating is used to protect the tape surface. It is nearly as hard as a diamond and about 20 times harder then metal oxides. Using DLC can help improve reliability and the product's life cycle.
• R-MIC (Remote Memory in Cassette)- A built in flash memory chip that helps direct and operate information. Using a MIC Chip helps find data faster and reduces the amount of loading time and ejection times.