Exabyte EXB-8500c 8mm manual Terminating a Differential Tape Drive, Connecting the Scsi Cable

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2.Using a pair of flat-nose wiring pliers, grasp each R-pack at the center and pull it straight out. Be careful not to squeeze the pliers too tightly or you may break the R-pack.

Replacing the R-Packs

If you need to put the R-packs back in the tape drive, make sure that pin 1 of each R-pack is aligned with pin 1 of the socket and that no pins are bent. As shown in Figure 4, the writing on the R-pack should face upward. Pin 1 of the R-pack is marked with a colored line or dot and should line up with the right side of the socket.

CAUTION

If you replace an R-pack, be sure to use the correct type to avoid damaging the tape drive. The tape drive uses two 10-pin, 9-resistor R-pack terminators, rated at 110 ohms. Replacement R-packs are available from Exabyte (part number 002228).

Terminating a Differential Tape Drive

The differential tape drive does not include internal terminators. If a differential tape drive terminates the SCSI bus, it must be terminated externally. See page 9 for information about the recommended terminator.

Connecting the SCSI Cable

The tape drive uses a standard 50-pin single-ended SCSI cable connector. Push the keyed connector on the SCSI cable on to the SCSI connector on the back of the tape drive. The connector is keyed so that it can be connected only one way.

Figure 5 shows the location of the SCSI connector.

Note: The SCSI cable for connecting the tape drive to the host is not provided with the tape drive. Refer to page 37 for information about the requirements for the SCSI cable.

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Contents Qvwdoodwlrqdqg 2SHUDWLRQ Copyright DisclaimerTrademark Notices Revision HistoryFCC Notice Agency StandardsCDC Notice Product Warranty Caution Contents EXB-8500/EXB-8500c 306261 Welcome Conventions Used in This Guide For More InformationInstalling the Tape Drive Unpacking the Tape Drive Ensuring ESD ProtectionSetting the Scsi ID Setting the Scsi ID with the DIP Switches Setting the Scsi ID with Jumpers DIP switch settings for the tape drives’s ScsiSetting the Scsi ID with a Remote Switch Preparing the Tape Drive for the Scsi BusOptional External Termination Terminating a Single-Ended Tape DriveRemoving the R-Packs Terminating a Differential Tape Drive Connecting the Scsi CableReplacing the R-Packs Installing the Tape Drive in a PC Drive Bay Location of Scsi connectorMounting Procedure December EXB-8500/EXB-8500c Performing the Initial Power On Tape Drive Stored for Less Than Six MonthsTape Drive Stored for Six Months or More EXB-8500/EXB-8500c 306261 Operating the Tape Drive Reading the LEDsTape drive states indicated by the LEDs Selecting Data Cartridges Choosing High-Quality Data CartridgesSetting the Write-Protect Switch Unloading a Data Cartridge Loading a Data CartridgeUnload Button Error During Unload Procedure Preventive Maintenance Determining When to Clean the Tape DriveUsing the 8mm Cleaning Cartridge Caring for Data Cartridges Page Replacing Data Cartridges EXB-8500/EXB-8500c 306261 Packing the Tape Drive Packing the Tape Drive for Shipment Single-pack shipping carton FigureFour-pack shipping carton Environmental specifications for shipping the tape drive Environmental Requirements for ShipmentScsi Cable Requirements General RequirementsScsi Cable Connector Cable Length Requirements for Differential ConfigurationsCable Length Requirements for Single-Ended Configurations Attaching the Tape Drive to a FrameDecember EXB-8500/EXB-8500c Chassis Grounding optional Mounting holes on the sides of the tape drivePower Cable Connector EXB-8500/EXB-8500c 306261 Physical Characteristics Power and ReliabilityGeneral EnvironmentalEXB-8500/EXB-8500c 306261 Index Exabyte Corporation 1685 38th Street Boulder, Colorado USA

EXB-8500, EXB-8500c 8mm specifications

The Exabyte EXB-8500c is a prominent member of the Exabyte tape drive family, well-regarded for its reliability and high data storage capacity. Introduced in the mid-1990s, this 8mm tape drive is designed for applications needing efficient data backup and archival solutions. With its impressive technology and features, the EXB-8500c has become a staple in many businesses and organizations looking for dependable data management tools.

One of the key characteristics of the EXB-8500c is its ability to store a significant amount of data. The drive can accommodate up to 20 GB of uncompressed data per tape, and with compression technologies, this can increase up to 40 GB, making it ideal for large data storage needs. This makes the EXB-8500c perfect for critical data storage and backup operations.

The EXB-8500 is built on advanced technology allowing it to achieve high transfer rates of up to 6 MB/s when using high-capacity 8mm tapes. This performance is crucial for businesses that require fast data retrieval and backup to ensure minimal downtime during critical operations. The robust design of the EXB-8500c contributes to its durability; it can withstand the demanding environments of data centers and corporate instances, proving its reliability over time.

Another key feature of the EXB-8500c is its compatibility with various operating systems, including UNIX, Windows, and NetWare, expanding its usability across a range of platforms. The drive’s compatibility allows organizations to integrate it into existing systems without significant changes or operations downtime.

Additionally, the EXB-8500c utilizes a scripted command set for error correction, ensuring data integrity during the writing and reading processes. This technology reduces the chances of data loss or corruption, which is a critical consideration for businesses handling sensitive information.

The EXB-8500c is also designed for ease of use with features such as automatic tape loading and unloading capabilities, facilitating faster data backups and restores. Its user-friendly interface allows operators to manage and monitor tape usage effortlessly, making it an excellent choice even for those with limited technical expertise.

In conclusion, the Exabyte EXB-8500c 8mm tape drive stands out with its high storage capacity, impressive data transfer rates, compatibility across platforms, and advanced error correction technologies. These features have solidified its place in the data storage marketplace, making it a trusted solution for organizations looking to safeguard their valuable information.