User manual QUANTUM PX720 USERS GUIDE 6444601-06 B01

[. . . ] Quantum PX720 User's Guide, 6444601-06 B01, June 2006, Made in USA. Quantum Corporation provides this publication "as is" without warranty of any kind, either express or implied, including but not limited to the implied warranties of merchantability or fitness for a particular purpose. Quantum Corporation may revise this publication from time to time without notice. COPYRIGHT STATEMENT Copyright 2006 by Quantum Corporation. [. . . ] 2 Verify the secure password by entering the password a second time in the Verify Password box. 3 Click Create to create the secure key password. Once the secure key administrator password is added, the Delete Secure User section displays at the bottom of the Users page (see figure 68). Figure 68 Delete Secure User To update the secure key password: Note: Only the Secure User can change the secure user password. 1 Enter a secure password. Note: Secure Passwords must be alphanumeric strings of at least one character. A blank secure password will be rejected. Secure Password and Verify Password must match. Quantum PX720 User's Guide 118 Chapter 3 Quantum PX720 Remote Management Setup 2 Verify the secure password by entering the password a second time in the Verify Password box. 3 Click Update to update the secure key password. The secure key password is updated. Devices 3 This section allows the user to set the SCSI IDs for the changer (library) and every tape drive within the library. 1 To access the Devices page, from the Setup page, click on the Devices tab at the top of the page. The Devices page displays (see figure 69). Figure 69 Devices Page 2 To change a SCSI ID, enter the ID number in the field next to the device and click Apply. Note: The drives are listed by logical index starting at 0 for each partition. Quantum PX720 User's Guide 119 Chapter 3 Quantum PX720 Remote Management Setup To change a drive SCSI ID, the cabinet must be off-line. To change a cabinet (changer) SCSI ID, the library must be rebooted before the new ID takes effect. 3 Click the drive link to view the drive details. to save the SCSI setup information to a local destination. button to email the SCSI setup information to one or more recipients. Native Fibre Channel Tape Drives 3 Native Fibre Channel tape drives such as the HP LTO-2/-3 and Quantum SDLT600/DLT-S4 can be directly connected to a Fibre Channel host or network without a SCSI to Fibre Channel bridge. When native Fibre Channel tape drives are installed in the library, a link for Fibre appears in the connectivity type column that displays the drive configuration. To configure native Fibre Channel tape drive: 1 Under the Drives page, click Fibre in the connectivity column. The Drive Configuration screen displays (see figure 70). Figure 70 Native Fibre Channel Drive Configuration 2 Select the Configured Topology (loop, fabric, public loop, or auto fabric) from the drop down box. Quantum PX720 User's Guide 120 Chapter 3 Quantum PX720 Remote Management Setup 3 Select the Configured Speed (1 gig or 2 gig) from the drop down box and click Apply. The drive is configured. FC Bridge 3 This section allows users to manage the FC470 Fibre Channel bridge(s) installed in the cabinet. Note: The FC bridge tab and information only displays when a Fibre Channel bridge is installed in the library. 1 To access the FC Bridge page, from the Setup page, click on the FC Bridge tab at the top of the page. The FC Bridge page displays (see figure 66). Figure 71 Fibre Channel Page Bridge links Rescan 2 Click on the Fibre bridge you want to manage. Quantum PX720 User's Guide 121 Chapter 3 Quantum PX720 Remote Management Setup The FC470 web interface displays. For more information on the FC470 Fibre Channel bridge and the web interface, see the Quantum FC470 User's Guide Addendum (PN 6513505) included on the Quantum PX720 documentation CD. [. . . ] Mean Swaps Before Failure Mean Time Between Failures Mean Time To Repair National Electrical Manufacturers Association M MSBF MTBF MTTR N NEMA Network interface Card (NIC) A NIC is a device that handles communication between a device and other devices on a network. NVRAM Non-Volatile Random Access Memory is a type of memory that retains its contents when power is turned off. One type of NVRAM is SRAM that is made non-volatile by connecting it to a constant power source such as a battery. Another type of NVRAM uses EEPROM chips to save its contents when power is turned off. [. . . ]