性能
| 磁带耐久性 |
1000000 pass(es) |
| 类型 |
LTO |
| 压缩比 |
2:1 |
LTO Ultrium 3 Tape
Maxell's LTO Ultrium tape takes advantage of exclusive technology to pack high 400GB/800GB capacity in a very compact cartridge. This tape not only holds data - it holds more of the promise of next-generation storage media.
Maxell’s new LTO Ultrium 3 features NeoSMART technology. Maxell's NeoSMART (Super Maximum-capacity Advanced Reliability Tape) technology integrates seven leading-edge technologies essential to the future expansion from Gigabyte to Terabyte storage capacities. NeoSMART technologies consist of: Ultra thin coating, advanced dispersion, fine metal particles, high performance cartridge, high precision servo tracking, superior calendaring and highly-precise slitting. Each of these technologies has been developed and perfected by Maxell through years of research and experience developing and manufacturing advanced tape media.
<b>LTO Ultrium key features :</b>
-Stores up to 400GB of Data (800GB Compressed).
-High transfer rate: 40-80MB/sec (80-160GB Compressed).
-New ultra-fine ceramic armor metal particles with high coercivity and superior remanence improving long-term magnetic stability for archival applications.
-Highly accurate servo writing technologies employed by Maxell ensure stable servo characteristics and superior tracking reliability thereby preventing the occurrence of off-track and data loss.
-Improved cartridge durability due to Maxell’s high precision moulding and spot welding around cartridge openings, ensuring outstanding shock resistance during shipping and handling.
-Superior physical properties inherent in Maxell tape allow reliability of over one million passes.
-High-performance dual binder system that consists of two specialized binders.
-Extremely smooth, high-rigidity PEN basefilm to ensure smooth magnetic surface and low noise levels for high-density data recording.
-Advanced calendaring technology producing an extremely smooth, ultra-thin, sub-micron magnetic layer, creating extremely high output and enhanced stability for signal reading and writing.
