| File information: | |
| File name: | IBM Ultrastar 9ES.PDF [preview Ultrastar 9ES] |
| Size: | 99 kB |
| Extension: | |
| Mfg: | IBM |
| Model: | Ultrastar 9ES 🔎 |
| Original: | Ultrastar 9ES 🔎 |
| Descr: | IBM HDD IBM Ultrastar 9ES.PDF |
| Group: | Electronics > Other |
| Uploaded: | 20-09-2022 |
| User: | Anonymous |
| Multipart: | No multipart |
| Information about the files in archive: | ||
| Decompress result: | OK | |
| Extracted files: | 1 | |
File name IBM Ultrastar 9ES.PDF Great performance and reliability provide high value for a wide range of performance desktops, workstations, and PC servers IBM Ultrastar 9ES Hard Disk Drive Highlights Leading drive technology IBM and Mitsubishi have developed an As a member of the IBM Ultrastar family of integrated LSI chip that incorporates a disk drives, the Ultrastar 9ES is designed to microcomputer, hard disk controller, and Enhanced performance provide a reliable, cost-effective storage flash memory in a single chip. This design Average seek times of 7 ms and mini- .5 solution for a wide range of workstations, helps to increase performance, reduce mum sustained data rates of 8.3 MB/sec high-performance desktop systems, and power usage, and enhance reliability. provide high performance for a variety of LAN servers running Internet/intranet, PC, workstation, and server applications. CAD/CAM, and multimedia applications. SCAM-2 (SCSI Configured Industry-standard capacities Automatically)-compliant The Ultrastar 9ES achieves its high level of At 4.5 and 9. GB, the Ultrastar* 9ES 1 Ultrastar 9ES drives support the imple- reliability performance, and affordability , provides the storage required by a broad mentation of SCAM-2. This support may by leveraging IBM's development and range of data-intensive applications. increase user productivity by simplifying implementation experience in advanced and improving the installation and configu- disk drive technologies. These include Extremely low power dissipation ration of SCSI disk drives. Magnetoresistive Extended (MRX) Through efficient electronic design and a | ||

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