Data copies from a Barracuda Backup appliance to external media (tape or disk) using the Backup Export Tool. The Backup Export Tool is supported on Barracuda Backup 64-bit architecture firmware version 6.1 purchased after July 2012 and is available from the System > Software Downloads page in the web interface.
The Backup Export Tool, free for Barracuda Backup customers, allows Barracuda Backup users to export the historical revisions of data backed up and stored on a Barracuda Backup appliance or appliances. The Backup Export Tool is installed on a media server in the same network as the Barracuda Backup appliance. Once installed, users can browse connected Barracuda Backup appliances through the Backup Export Tool, locate data required for export, and export it to external media such as tape drives, tape libraries, virtual tape libraries (VTL), USB drives, and network attached storage (NAS). Data can be manually exported, or automatically exported on a schedule for weekly, monthly, and yearly revisions.
The Backup Export Tool was designed to allow users to export backup data to external media for long-term archival or for compliance reasons which may require data to be stored on tape or other form of external media. The Backup Export Tool is not intended to provide disaster recovery capability and exporting data from a Barracuda Backup appliance does not remove it from the appliance.
Data stored "in-retention" on a Barracuda Backup appliance can be copied to external media for long-term archiving. This data includes file system data, application databases (Microsoft SQL and Exchange), and Hyper-V virtual disks, all backed up using the Barracuda Backup Agent for Windows. The Backup Export Tool can read "received" data from a Barracuda Backup appliance that is receiving data from another Barracuda Backup appliance in a site-to-site replication model.
Table 1. Frequently Asked Questions.
|Which data types can be copied using the Barracuda Export Tool?|
Data stored "in-retention" on a Barracuda Backup appliance can be copied to external media for long-term archiving including file system data, application databases (SQL and Exchange), and Hyper-V virtual disks.
Support for VMware images available in version 6.3.01 and higher.
System-state and message-level data are not supported.
|Which types of external media are supported?||Tape drives, tape libraries, VTLs, USB drive, AWS Storage Gateway-VTL, and NAS.|
|Can data from Barracuda Backup be copied to tape or disk for disaster recovery?|
When copying data from your Barracuda Backup appliance to external media, such as tape or disk, the data is first rehydrated (undeduplicated), then stored in the Barracuda Export Tool proprietary format. Data copies are for specific data types only and cannot be recovered back to a Barracuda Backup appliance if a disaster occurs.
Configure Barracuda Backup to replicate to Barracuda Cloud Storage or another Barracuda Backup appliance to mirror the Barracuda Backup appliance data set for disaster recovery. In other words, if a disaster occurs, your data can be repopulated from the replicated copy.
|How do I use the Barracuda Export Tool to copy data from a Barracuda Backup appliance?|
The Backup Export Tool software is installed on a media server in the same network as the Barracuda Backup appliance. The media server must have access to the external media, for example, iSCSI adapter or via network shares.
Data can then be manually or automatically copied to external media from a Barracuda Backup appliance. A report is sent once the job is complete by the Backup Export Tool software.
|Can I encrypt data copies?||Yes, encryption is optional.|
|Which data revisions can be copied on a schedule?||Any revision can be exported manually. Only weekly, monthly, and yearly revisions are available for scheduled exports.|
|Is a separate subscription or hardware needed to use the Barracuda Export Tool?||No, there is no charge for using the Backup Export Tool.|
|Do I need to back up data using the Barracuda Export Tool and Barracuda Backup?||All data should be backed up using Barracuda Backup as your primary device for data recovery.|
Can I use the Barracuda Export Tool with a Barracuda Backup "receiver"?
|Yes, the Backup Export Tool can connect to a Backup "sender" or a Backup "receiver" for systems setup for site-to-site replication.|
|Will this interrupt my backup schedules?||No. Backups continue to run as scheduled. However, to improve performance, these can be configured to run at different times.|
Is data purged off my Barracuda Backup appliance after it is exported?
No, data is not automatically removed from your Barracuda Backup appliance. All data on your local Barracuda Backup appliance is retained to match your configured retention policy.
Can I use the Barracuda Export Tool data copies with Offsite Vaulting?
Yes, the revisions you want to export using the Barracuda Export Tool must still be present on the local appliance. The Offsite Vaulting feature removes up to 12 monthly and 7 yearly revisions from the local appliance, keeping those copies in the offsite location.
How do I restore data from external media?
|Once data is exported to external media, it can be restored back to the network using the Backup Export Tool. As the data is stored in a raw undeduplicated format, it can be recovered independently from Barracuda Backup.|
Backup Export Tool Primary Server
The primary server hosts a special-purpose database, represented by the catalog object in the user interface. The database contains all information regarding the backup domain. The primary server is hardware agnostic, meaning it can be either physical or virtual.
Depending on your organization's backup needs, your system should meet the following requirements:
- The Backup Export Tool Catalog requires additional space. When you install the Backup Export Tool on the machine that will serve as the Domain Server, Barracuda recommends selecting a hard drive other than the default drive. A disk drive with at least an additional 20 GB is recommended
- VGA display with 1024x768 resolution, for use with Windows or an X Window System
- CD or DVD writer for use with the Backup Export Tool Bare Metal Disaster Recovery (recommended)
The Backup Export Tool supports all major storage hardware technologies and requires at least one storage media drive and/or library and the appropriate controller card.
- 512 MB RAM required (1024 MB RAM recommended) above operating system and application requirements
- 400 MB hard disk space required (typical installation)
- Internet Explorer 6 or higher required for all Windows installations
- At least 20GB hard disk space recommended on the machine that will serve as the Backup Export Tool primary server for the Backup Export Tool Catalog.
Barracuda Export Tool is supported by and has been tested with many different versions of Windows and Linux operating systems. For the most current list of supported platforms, visit http://www.barracudaware.com
Most operating systems list both minimum and recommended system requirements. As a general rule, if your system meets the minimum requirements for the operating system, it will also meet the minimum system requirements of the Backup Export Tool.
Barracuda has certified the operating systems and applications listed below to be compatible with the Backup Export Tool. The Backup Export Tool is designed using standard operating system facilities and has been observed to be compatible with more operating systems than have been officially certified. If your operating system distribution or version is not listed here, use the 60-day evaluation period to test Backup Export Tool in your environment.
Table 2. Windows Requirements.
|Windows 10||Enterprise||x86, x86_64|
|Windows 10||Pro||x86, x86_64|
Small Business Server
2, R2 SP1
2, R2 SP1
2, R2 SP1
2, R2 SP1
2, R2 SP1
2, R2 SP1
2, R2 SP1
2, R2 SP1
1, R2 SP2
1, R2 SP2
1, R2 SP2
1, R2 SP2
Table 3. Linux Requirements.
The values in Table 3 apply to the listed versions—except Media Servers for tape, optical devices, and loaders—only in case of release kernel.
1, 2, 3, 4
1, 2, 3, 4, 5, 6, 7, 8, 9
1, 2, 3
Desktop and Server Edition
Desktop and Server Edition
Desktop and Server Edition
Desktop and Server Edition
Desktop and Server Edition
|Note: (1) Bare Metal Disaster Recovery (BMDR) is not supported with 3.5.x kernels.|
Encryption and Compression
Encryption is the process of changing data into a form that cannot be read until it is deciphered, protecting the data from unauthorized access and use. Company policy normally determines when encryption is required. For example, it may be mandatory for company confidential and financial data, but not for personal data. Company policy will also define how encryption keys should be generated and managed.
The current version of the Backup Export Tool provides the user with the ability to encrypt the data that is written to the media and fully implements the Advanced Encryption Standard (AES) for both hardware and software encryption.
Hardware encryption is supported on some backup devices, such as HP LTO-4 tape drives. It is faster than software encryption and requires no processing on the backup server. The encryption strength is determined by the backup device. HP LTO-4 tape drives always provide strong AES-256 encryption. This feature can be managed by a backup application that supports hardware encryption, such as the Backup Export Tool.
Software encryption uses the encryption algorithms available within the Backup Export Tool. The user selects an encryption strength: Low 56 bit, Medium 128-bit or High 256-bit. Each encryption key size causes the algorithm to behave slightly differently. Increasing software encryption strength makes the data more secure, but requires more processing power.
If your business requires you to use encryption, the Backup Export Tool allows you to set the required encryption types and levels.
Cryptographic algorithms are the basic components of cryptographic applications. It is important to understand that as you increase the complexity of the encryption the information gets closer to impossible to read and the load on your machine, for software-based encryption, will increase.
Table 4. Software and Hardware Requirements.
Three cryptographic algorithms are provided. These three settings provide three levels of resistance which require progressively more CPU time to convert the same amount of data. The three options are for the software encryption mode only.
|Hardware||The cryptographic algorithm provided by hardware devices that provide this feature is not under the Backup Export Tool control. The hardware provides configuration and operating parameters via a special encryption command. The device driver adjusts its crypto session settings from this input. Hardware encryption is an on/off feature, you do not have the ability to adjust the encryption level through the Backup Export Tool interface. By default the Backup Export Tool attempts to use the highest encryption algorithm supported on the device, if the device supports multiple algorithms. If the device does not support encryption, the user will be prompted with an alert telling them that the device cannot be used since it does not support hardware encryption.|
The passphrase is a series of characters that must be provided by the user for input to the cryptographic key generation process.
- Passphrases must be no less than eight logical characters. They may be created by the user or randomly generated by a separate application.
- If created by the user, the passphrase should be difficult to guess and should contain a mix of lowercase/uppercase letters, digits and special characters.
- The passphrase is one of the components the Backup Export Tool uses to generate the encryption key. A longer or random passphrase will increase the strength of the encryption key even more.
- To aid the user in remembering the passphrase, the user may enter a hint message. The use of this field is optional and provided to the user as prompt for remembering the passphrase.
- If a backup job spans multiple media, the same passphrase will be used for all media in the set.
Passphrases for the media are stored in the the Backup Export Tool catalog. This means the user is able to read and append to the encrypted media without being prompted for a passphrase as long as it is being accessed by the instance of the Backup Export Tool that first encrypted it.
Once a media is deleted or exported from the Backup Export Tool catalog the passphrase is also deleted. There are two instances when the user needs to know the passphrase:
- When importing the media to another machine or another instance of the Backup Export Tool
- During disaster recovery
Encryption is enabled on the job’s Encryption page.
Table 5. Encryption Options.
|Off||Both hardware and software encryption are disabled.|
|Automatic||This selection uses hardware encryption if it is available from the device; otherwise, software encryption is used.|
|Software ||Software encryption is used. When Software is selected, the user can choose the strength of software encryption.|
|Hardware ||Hardware encryption is used if the device supports it. If it does not support encryption and this option is selected, the user is prompted with an alert stating that the device cannot be used since it does not support hardware encryption.|
|Software Strength ||Options for the software encryption strength are listed below as three selections, low, medium and high. Low is the easiest method to decipher by outside methods, High is the hardest method to decipher by outside methods. As you progress from low to high, the encryption algorithm requires more CPU computations for each block of data to be encrypted, which may slow down the data stream to the device and increase CPU loading on the Media Server.|
|Encryption passphrase / Verify Passphrase||The user-supplied portion of the encryption key. The Backup Export Tool uses this value, along with other information it generates, to calculate an encryption key for the media. The passphrase must be entered twice to minimize the change of making a mistake while typing.|
|Hint||The text entered here is added to the log file of an import job if the media later needs to be imported and the incorrect passphrase is supplied. Use this field to create a reminder of the passphrase as the Backup Export Tool cannot recover a lost passphrase.|
The Backup Export Tool has adopted a very simple key management strategy. A media is encrypted originally by configuring the job that creates it according to the parameters described above. From that point on, the media is known to the catalog. As long as the media is known, restore jobs may use the media without entering the passphrase again. If a media is unknown—because it was deleted from the catalog or because it came from a different catalog—you must import the media to make it known to the catalog again. The import process required you to supply the passphrase to complete the import. If the passphrase supplied does not match that used to encrypt the media, then the hint supplied at encryption time is shown in the job log so you can try the import again.
When media is encrypted the media is depicted on the Jobs and Media view with a lock on it. The Platinum colored lock indicates hardware, and the gold lock indicates software encryption. The Media details window shows the type of encryption used.
Software encryption disables hardware compression, although you will still be able to select Software compression.
If the backup device has hardware compression then performance is better if only hardware compression is used, and that there is little to no benefit of having both enabled. Enabling software compression in this circumstance reduces performance.
If you select Hardware encryption, Barracuda recommends that Enable hardware compression is also selected. Hardware encryption and hardware compression can be used on devices, such as the HP LTO-4 tape drive, without any loss of backup speed.
Backup Schedule Settings
You can define retention policies which allow you to balance your data protection and historical retention needs with the economic realities of media and management costs. To determine the type of backup job to create, answer the following questions:
- How many days of data can you afford to lose?
- How large will a full backup job be?
- How much does your data change on a day-to-day basis?
- How many media does your budget allow?
- How much data can the backup media hold?
- If you have a library, how many tapes does it hold?
- Are there times when your tape drive will be unavailable?
- Will the amount of traffic on your network require backup jobs to be scheduled to run during non-peak periods?
- Are there certain days of the week when running lengthy jobs will interfere with other uses of your network?
Typically it is not practical from either a time or a media perspective to create a full backup every day. The solution involves running different types of jobs (full, incremental, differential, or copy) on predefined schedule intervals using predefined numbers of media sets that are reused over time. The process of reusing media is referred to as media rotation. The media rotation type determines how and when each media set is used, how long it is retained once it contains data, and the granularity of your backup history.
Table 6. Scheduling Concepts.
The Backup Export Tool organizes media into sets based on the rotation type and schedule interval. Whether the job requires several or only one physical media to complete, they are identified in the Backup Export Tool catalog as a set. When more than one physical media is required for a job, the Backup Export Tool creates a unique name for each media in the set. When planning scheduled backup jobs, it is important to know whether one or several physical media are required to complete a backup job. This can usually be estimated by comparing the size of the backup selection to the capacity of the selected media. If you do not want the Backup Export Tool to use more than one media for a backup job, then you must select fewer files to back up.
Job schedules are defined using the Intervals Daily, Weekly, Monthly, and Yearly. Intervals are used to define which days a job runs, the type of backup (full, incremental, differential, or copy), and how many sets of media are dedicated to the interval. The size of an interval refers to the amount of time between interval runs.
When the Run repeatedly schedule type is selected, the job Configuration page displays an additional section, Interval settings, that controls the schedule parameters. Each interval type is listed along with a textual description of its current setting. To customize interval settings, click on the interval button. Most schedules are defined in terms of the following intervals:
|Implications of Intervals for Restoring Data|
Intervals also define the granularity of the data you can restore. Rotations are set up to capture more granularity in the recent past and less granularity as data gets older. Larger intervals, like Yearly and Monthly, produce lower granularity data history. Smaller intervals, like Daily, produce higher granularity history. Take, for example, a rotation with three full monthly backup sets on the last day of each month, four full weekly backup sets created on each Friday, and four incremental daily backup sets created Monday through Thursday. Now suppose you have a critical file that changes daily. On Wednesday, you are asked to retrieve the file as of a specific date. With this rotation you can roll back to the Monday and Tuesday versions of the file in the current week and the Wednesday, Thursday, and Friday versions of the file in the previous week. Beyond that, you will only have the versions of the file as they existed on Friday for the previous four weeks previous to the current week. And beyond that you will only have the versions of the file that existed on the last day of the month for the previous three months.
The catalog keeps track of the files and versions that have been backed up so you do not have to remember what media they are on. This knowledge makes the restoration process very simple. You only need to specify the files you want restored and the Backup Export Tool prompts you for the media it needs to restore the files. Full reconstruction of data may require multiple media sets. For example, to reconstruct the data for a Wednesday from a GFS 20 set rotation type, you will require the full backup media set from the previous end of week and all of the incremental media sets from that week (that is, Mondays, Tuesdays and Wednesdays). In some circumstances, the preceding full backup media set will be a monthly or yearly job and not a weekly job. As long as none of these media sets are overwritten, full data recovery is possible.
Media Rotation Types
The Backup Export Tool provides several default media rotation types. These types can be used as is or as examples for creating custom rotations.
Table 7. Media Rotation Types.
|Media Rotation Type||Description|
|No Rotation Type||When no rotation type is selected. the user may schedule the days to run on but the Backup Export Tool does not manage the media. The user must supply the desired tapes each time the job runs and manage the reuse of older media.|
|Fixed Rotation Type|
Media sets are named for the interval that has been run, and follow the form [Interval ] Set [ number ]
|Daily Append||This is a special rotation designed for users with a single backup device. It is the only rotation that appends data to media. It performs a full backup on the specified day followed by daily incrementals on the remaining weekdays. At the end of the rotation, the user must insert new media for the job to use. This rotation assumes that an entire week of backups will fit on a single media.|
Select this option to create your own rotation.
The Backup Export Tool provides a variety of media rotation types to select from, or you can define your own media rotation.
The following table compares the historical backups and full data recovery capabilities of each of the rotation types provided in the Backup Export Tool.
Table 8. Rotation Types Compared.
|Rotation Type||# of Sets||Yearly Sets||Monthly Sets||Weekly Sets||Daily Sets|
|Simple||4||1 full||1 full||2 full|
|Simple||6||2 full||1 full||3 full|
|Simple||10||3 full||3 full||4 incremental|
|Simple||11||3 full||4 full||4 incremental|
|Simple||12||4 full||4 full||4 incremental|
|Daily Append||N (def. 4)||N full||4 incremental appends|
|GFS||20||2 full||6 full||6 full||6 incremental|
|GFS||25||2 full||7 full||8 full||8 incremental|
|GFS||30||2 full||8 full||8 fill||12 incremental|
The Schedule Settings box contains several settings that control when jobs are run and how the jobs use media.
The Schedule Type setting is the first step in choosing when the job is to run. Once scheduled, the Backup Export Tool service ensures the job is started. If one or more job runs are missed because the service is not running at the scheduled time, the service determines the backup mode with the largest interval setting (Daily, Weekly, Monthly, Yearly) that was missed, and runs it.
Table 9. Schedule Type.
|Not scheduled||The job is run manually by the user when desired.|
|Run on selected days||The job runs only on a selected day (or days) at a specified time. When this option is selected an additional setting, Scheduled Dates, appears.|
|Run repeatedly ||The job runs on a regular interval. Use this setting to set up a job with media rotation. When this option is selected an additional set of options, Interval Settings, appear.|
This setting is only visible for jobs that are to run on a schedule. It specifies the time of day that the job should start. For jobs that are scheduled to run more than once, all runs happen at the same time of day.
Rotation Type and Sets
This setting is only available when the job is scheduled to run repeatedly. The Rotation type and Sets controls allow you to specify a set of preconfigured rotations. The Custom Rotation type is a special case. It unlocks the user interface to allow the user to configure his own rotation.
Type of Fixed Rotation
This setting is only available when creating a custom rotation.
This setting is only visible when the schedule type is set to run on selected days. It consists of a list of selected days to run the job. To add days to or remove days from the schedule, click Calendar to open the schedule calendar. To schedule the job to run on a day, right-click on the day in the calendar, and then click Daily. To unschedule a day, right-click on it, and then click None.
This setting is only visible when the job is scheduled to be run repeatedly. It contains controls for specifying which types of jobs (full, incremental, or differential) are to be run on which intervals and the number of media sets that are to be used. Click Calendar to view of the schedule. The calendar displays when daily, weekly, monthly and yearly backups are to run. Clicking a day displays a message along the bottom of the dialog explaining the type of job that is to be run, the name of the media that is to be created, and whether the media is to be appended to or overwritten. To override the schedule on an individual day, right-click on the day, and then select the new backup type or deselect the day to stop the backup on that day.
The Mode box contains several settings that control:
- Type of backup
- How automatic verify is performed
- How to treat used media
- What to do when a file does not fit on the current media.
Many of these settings are set automatically when a schedule rotation is in effect. When a rotation controls these settings, they are disabled in the Administrator.
The Backup Export Tool supports the backup modes listed in the following table. For scheduled automatic rotation jobs, the Backup Export Tool uses the backup mode for each backup set as indicated on the Schedule page; for unscheduled or manual jobs, the Backup Export Tool uses the settings set by the user.
Table 10. Backup Mode.
|Full||This setting instructs the Backup Export Tool to back up all selected files.|
|Differential ||This setting instructs the Backup Export Tool to back up all selected files that have changed since the last full backup.|
|Incremental ||This setting instructs the Backup Export Tool to back up all selected files that have changed since the last full, differential, or incremental backup.|
|Copy||This setting instructs the Backup Export Tool to back up all selected files, but it has no effect on any future scheduled job. Use this option when you wish to make a record of files or systems at a particular time, but do not wish to disrupt the normal backup schedule.|
Auto Verify Mode
After the Backup Export Tool backs up a set of data, it can verify that the data was backed up correctly. The Backup Export Tool reads the files from the media and performs the selected verification type. If any discrepancies between the two files are found, the file is reported in the job log.
Table 11. Auto Verify Mode.
|Full Verify||This setting instructs the Backup Export Tool to compare every selected file stored on the media with the original file from the PC desktop or file or application server. If the file has changed since it was backed up, the full verify process reports that the file on the media does not match the file on disk. This does not mean that the backup was unsuccessful.|
|Quick Verify||This setting instructs the Backup Export Tool to be certain that every file backed up onto the media is in readable condition. It does not verify that the data matches the file, only that the data stored on the media can be read.|
|No Verify||This setting instructs the Backup Export Tool to skip the verification step. It is not recommended.|
For automatic rotation jobs, the Backup Export Tool overwrites all media. For other jobs, the Backup Export Tool uses the write mode settings set by the user. This mode determines whether the old data on the media is overwritten with new data or whether the new data is appended to the end of the old data. When media is overwritten, all of the data previously stored on it is lost. Appending data preserves the old data.
Table 12. Write Mode.
|Append to all media ||This setting instructs the Backup Export Tool to append all data to the end of the media. No data is overwritten. Select this setting for permanent storage.|
|Append to first media, overwrite others ||Append to first media, overwrite others. |
|Overwrite all media ||This setting instructs the Backup Export Tool to overwrite all media. All data on media that is overwritten is lost. Use this option for media that are going to be recycled.|
The Split File mode determines how the Backup Export Tool handles a file if the file is too large to fit on the current media. Select this option to instruct the Backup Export Tool to split a file across two media if it will not fit on the current backup media. If this option is not selected then files that do not fit on the media are restarted on the next media.
Select the folder where a job can look for existing media to reuse. Note that the default folder is the current Job folder. To use media from another folder, click Add to open a catalog browser and navigate to the desired folder.
Auto Format Mode
Before data can be written to media, the media must be formatted. When media is formatted, any data on it is lost and all record of the media is removed from the catalog.
Table 13. Auto Format Modes.
|No auto format||Instructs the Backup Export Tool to send an alert to the alert window if it encounters media that needs to be formatted (either blank or unrecognized media). While waiting for a user reply, the Backup Export Tool scans the network for devices with the media it was expecting.|
|Auto format blank media only||Instructs the Backup Export Tool to automatically format all new or blank media. However, if the Backup Export Tool encounters unrecognized media, it sends an alert to the alert window and then scans the network for the media it was expecting. This setting can help prevent data from being accidentally destroyed by formatting, while not needlessly querying the user before formatting a blank media.|
|Auto format all media||Instructs the Backup Export Tool to automatically format all of the media inserted into the tape drive which require formatting. With this setting selected, the Backup Export Tool automatically formats all new or blank media and all unrecognized media.|
New Media Location
Specifies the folder in which the Backup Export Tool stores any new media created while the job is run. By default, the Backup Export Tool stores media under the backup job to ensure the media is not used by another backup job. To change the default, click Browse and select the folder from the Browse dialog box.
When the Backup Export Tool runs any scheduled automatic rotation job, it automatically creates media folders for the job. The folders are organized by the name of the job and the various rotation sets in that job.
Move Media to New Media Location on Overwrite
Setting this check box moves media from the Media to be used folder to the New media location folder when it is used.
Rename Media to New Media
Selecting this check box renames any existing media that is overwritten to the name that would have been used had the media been freshly formatted. When this check box is cleared, already formatted media retains the name that it was given when it was previously used by this job.
New Media Name
Enter the name that the Backup Export Tool gives to any new media it creates while running a job. For scheduled automatic rotation jobs, the Backup Export Tool automatically updates this setting to match the media’s place in the rotation schedule and this setting has no effect.
For manual rotation and unscheduled jobs, the Backup Export Tool assigns the name in this field to any new media that it creates. It also assigns this name for automatic rotation jobs that are "forced" to run. If the job creates more than one media, the job uses this setting as a template to create a unique media name from this setting.
Running Jobs in Rotation
The info bar displays the Current rotation set and the Next rotation set in the Rotation Details section of the info bar. Before the job is run the first time, both fields have the same value. Once the job runs successfully, the Current rotation set field displays the media that has just been used and the Next rotation set field displays the media that is to be used next.
The initial run of a rotation job uses the largest schedule interval in the rotation. For example, suppose a job is configured to begin a GFS 20 rotation on Thursday, October 28th, 2010. Even though a Thursday in the middle of a month would normally be classified as a Daily backup, the first time the job is run, the Backup Export Tool performs a Yearly backup.
If, for some reason, a run of the job is missed, for example, because the domain server was offline at the scheduled run time, the scheduler determines the largest interval missed and runs it automatically a few minutes after the Backup Export Tool starts up again.
If a job fails, the Backup Export Tool does not automatically run it again. However, you can manually rerun the job by clicking Run in the command bar.
Pausing and Continuing a Schedule
You can stop a scheduled job from running for a period of time by clicking Pause Schedule in the command bar. To turn the scheduled job back on, click Continue Schedule in the command bar. As with initial and missed jobs, the scheduler starts again with the largest schedule interval that was skipped.
Forcing a Run
At times it may be desirable to start a job before its regularly scheduled time. To run the next scheduled interval immediately, click Run next schedule in the command bar. When its originally scheduled time arrives, the job is not run again. Forcing a job to run ahead of its next scheduled time does not affect the schedule of subsequent runs, which resume their normal schedule.
The Backup Export Tool recognizes any installed device that is part of the Backup Export Tool management domain and displays them on the Devices view. You can use the Devices view to perform operations on any physical or virtual device.
There are several physical operations that can be performed on a selected device. Some of these operations affect the device itself, while others affect the current media in the device.
Use this command to get the name of the media currently loaded in the device. The Backup Export Tool attempts to identify the tape or other media that is currently loaded in the device. If the Backup Export Tool cannot identify the media, it reads the media header, a process that may take up to several minutes. The name of the media appears on the log file for the media job and in the Media column of the device list.
This command allows you to use data on media that was created in another Backup Export Tool management domain. To use media that was not created in the current catalog, you must import that media into the current catalog.
You might import media in one the following situations:
- To use media created by an earlier version of the Backup Export Tool.
- To use media created in a different the Backup Export Tool management domain.
- To use media accidentally deleted from the catalog.
When you select the Import command a property page opens and prompts you for the media password and the encryption passphrase. The media password is only applicable to media created with older version of the Backup Export Tool and can usually be left empty.
An encryption passphrase is only required for encrypted media. If the supplied passphrase is not correct, the job log presents you with the hint supplied at the time of the media's creation.
Use this command to format media currently loaded in the selected device.
When you format new media, the Backup Export Tool opens the Format Media dialog box. Use this dialog box to name the media and select a media folder in which to store the media. The Backup Export Tool formats the media currently loaded in the device you select. If you select a library, select the storage slot that holds the media you want to use. When you format media, you can also set your choice of encryption levels. Any backup job that uses media pre formatted with encryption must specify the same encryption parameters.
This command erases the media currently loaded in the selected device.
Table 14. Erase Commands.
|Quick Erase||Erases the first block and then writes an end of data marker to that first block. The other blocks of the tape are not erased, but when that tape is read, the Backup Export Tool treats it as if it were blank because it encounters the end of data marker in the first block.|
|Secure Erase||Erases every block on the tape. This operation can be very time consuming, lasting several hours. However, it will physically erase every block on the tape. If you want to destroy sensitive data, use this command.|
Some devices support both options; some support only one of the two erase options. Only options supported by the selected device will be available.
Occasionally when a tape is repeatedly fast-forwarded and rewound for only short distances, tension differences develop in the tape that cause the tape drive to falsely believe it has reached the end or beginning of the tape. You can use this command to fast-forward the tape to the end of the tape and then rewinds it to the beginning. This command can be useful in some circumstances. By retensioning the tape, you can sometimes make an otherwise unusable tape operational again.
You can use this command to eject media from the selected device or eject the media magazines from the selected library. Some libraries do not support ejecting media magazines using this command.
The Restore Catalog command provides a quick method of restoring your current catalog–for example in case it has been corrupted. For example, you might use this command if the Backup Export Tool Domain Server has crashed. Use this command only when your current set of media is intact.
The Restore Catalog command differs significantly from the Import Media command in that it replaces the current catalog with the last known good catalog on that media. The Import Media command, on the other hand, does not replace the current catalog; it only adds additional data to it.
The advantage of the Restore Catalog command is that it provides a quick and easy way to replace a lost or corrupted the Backup Export Tool catalog. You could use the Import Media command to restore a corrupted catalog, but this process requires importing all of your media rather than simply reading the media containing the catalog.
The Clean Device command will run the backup device through a cleaning cycle.
This command is supported only by libraries. If a device in a library provides notification that it needs cleaning and the library has a cleaning cartridge available, a cleaning cycle will be performed automatically at the start of a backup job. If you are using a device that is not a library, you must manually clean the device at the manufacturer’s suggested intervals.
To clean a device in a library, highlight the device and select Clean Device from the Command bar. The Backup Export Tool checks to see if one of the slots holds a cleaning cartridge. If it does, the cleaning cycle will be performed in the background; if not, an error message is shown.
If the Clean Device command is missing, it is not available for your backup device. In this case, a cleaning cycle can often be performed by manually inserting a cleaning cartridge into the backup device.
Start, Stop, and Rescan
Sometimes you will need to restart a device that has, for some reason, failed to initialize properly. A device may have stopped for any number of reasons, such as a power failure or a connecting cable malfunction. Virtual devices on a network appear disabled if the network connection has failed.
When a device is not initialized, it appears with a yellow warning icon. Some devices may take some time to initialize, during which the warning icon continues to display. If a device shows the warning icon after it is initialized, press F5 to refresh the device display.
If you do not see a device that you expect to see connected to a machine, select the Device folder under the machine and click the Rescan for New Devices command.
If there is some other problem with the device or the controller, the warning icon continues to display. You must identify and correct the problem yourself. Then you must restart both the Backup Export Tool and the Backup Export Tool service. When the Backup Export Tool restarts, it initializes the device driver again. Check the Devices view to see that the devices are now properly working and that they no longer display the warning icon. Any duplicate or old devices that are offline can be deleted from the Catalog view.
When you select a specific device in the Devices view and click Properties, you can view the device status, configure settings, and review diagnostic information.
The Status page displays the current status information for the selected device. For example, it shows the current operation, if any, being performed on the device. It also shows the last time a write and read was done on the device.
Table 15. Status Information.
|Valid||The slot is known to hold media that is in the current catalog.|
|Probably Valid||The slot held valid media previously. The Backup Export Tool verifies that the media is valid before using it. When you exit and restart the Backup Export Tool, media marked Valid is reset to Probably Valid.|
|Invalid||The slot holds media that is definitely not in the current catalog.|
|Probably Invalid||The slot holds media that may not be in the current catalog. When you exit and restart the Backup Export Tool, media marked Invalid is reset to Probably Invalid.|
|Empty||The slot is either known to be empty or a user changed its status to Empty.|
|Probably Empty||The slot was empty previously. When you exit and restart the Backup Export Tool, slots marked Empty are reset to Probably Empty.|
|Unknown||The status of the slot is not known, usually because it has not been used yet.|
|Cleaning Tape||A user marked the slot as holding a cleaning cartridge. The number of remaining cleaning cycles also appears. The Backup Export Tool does not verify that a cleaning cartridge was, in fact, inserted into this slot.|
|Probably Cleaning Tape||The slot previously contained a cleaning tape. When you exit and restart the Backup Export Tool, slots marked Cleaning Tape are reset to Probably Cleaning Tape.|
|Reserved||The slot was disabled by a user. The Backup Export Tool ignores it during any job. You can only change the status of a reserved slot. The Backup Export Tool changes the status of all other slots during normal operations.|
You can set the size of the I/O buffer to be used for this device. Usually, you do not need to change the default. However, for some devices, you may be able to increase performance by adjusting the size of the I/O buffer.
The Diagnostics page displays device diagnostic information including information about the driver, the inquiry information, device statistics, and buffer statistics. Often this information can assist in troubleshooting problems. The diagnostics can be saved to a file or emailed directly from the diagnostic screen.
Sharing Storage Devices on a SAN
Backup jobs automatically select devices to use based on their availability (whether or not they are in use). In a SAN environment, the Backup Export Tool automatically recognizes that a single backup device attached to a SAN may be accessible from two or more servers, and treats the device as a single device.
Working with Tape Libraries
Tape libraries automate tape media handling which, in conjunction with the Backup Export Tool backup schedules, allows hands-off backup operations. A tape library contains one or more tape drives, some number of storage slots for tape media, and, in some cases, import/export slots to add or remove media from the library.
The Backup Export Tool The Backup Export Tool Server Backup tape library support includes managing media using barcodes, using the on-board memory in some tape cartridges, such as Ultrium Memory in Cartridge (MIC), and user-configurable tape media load ports (mail slots).
Installation and Configuration
If the tape library is installed correctly, the Backup Export Tool automatically detects the tape library. When detected, the tape library is added as an available device to the Backup Export Tool catalog.
Once you have installed the Backup Export Tool, expand the Devices view to locate the tape library. Note how the components of the tape library are displayed so that you can see how many devices (tape drives), import-export Slots (mail slots), and storage slots are associated with the library.
- Devices – The tape drives in a tape library are viewed and managed in the same way as stand-alone tape drives.
- Storage Slots – The Storage Slots folder displays the number of available slots. Each slot may contain blank (new) media, media containing the Backup Export Tool data, or media containing unknown (non-Backup Export Tool) data. The Backup Export Tool inventories the media in the slots and displays the information about the media and its status in the view. This allows you to view all kinds of media, not just the media used by the Backup Export Tool, but you cannot select non-Backup Export Tool media for a backup or restore job.
Additional media slot configuration is accessed via the Element Status dialog for that slot, which is accessed by a right click on the desired slot. For example, you can use this to disable slots (using the 'Reserve' option) and identify a cleaning cartridge.
- Import/Export Slots – Some library devices provide special import/export mail slots an operator uses to enter or eject media to or from the device without removing the whole media repository or magazine. Depending on the device, more than one import/export slot can be provided. In case of a single mail slot, media are inserted one by one, while in case of multiple mail slots, a particular number of slots can be used in one enter/eject operation.
Barcodes and Memory in Cartridge
If the tape library supports barcode and/or MIC, the details are added to the Backup Export Tool catalog. The barcode information is hidden by default; to display this detail, right-click anywhere in the column title row to see available column headings and click on Media barcode to make the barcode information visible in the slots view.
Barcode and MIC technologies are used to reduce the time spent organizing and managing media in a library or an autoloader. In these devices, each medium is identified with a unique barcode or, where MIC is used, a chip is embedded in the tape cartridge which holds a unique identifier as well as other information.
Barcodes and MIC enable the Backup Export Tool to significantly reduce media recognition, labeling and cleaning tape detection times.
Scanning the barcode or MIC of the media is faster than reading the medium header, because the Backup Export Tool does not need to actually load the media into a drive.
A barcode or MIC is a unique identifier for media in the Backup Export Tool catalog. You should not have duplicate barcodes in your environment.
The barcode filter allows users to control access to media by barcode. The user can specify ranges, wildcards, or explicit barcodes that either include or exclude media for use by the product. This property only applies to libraries. Stand alone devices are not restricted in any way by it.
The filter rules may be set for the whole domain and will be applied automatically to all tasks. Or, they may be set and applied at job level. Any filter rules applied at job level overwrite the default domain settings.
For more information on setting barcode filters, see the Barcode Job Filters section.
The traditional loader inventory mechanism is accomplished by running an identify job on all the slots in a library. This complete inventory can take a very long time, so the Backup Export Tool uses a "light inventory" process, which is known as an initialization process. This initialization process consists of:
Checking that the loader is ready for use. If the magazine door is open, this step will fail, and initialization will fail as a result.
Querying the number of physical storage, import/export and device elements that the library contains. (These elements display in the Tape Library view.)
Binding the loader to its physical devices. This ensures that the devices are associated with the library in the Backup Export Tool catalog.
Updating the status for each element in the loader. Barcodes are read at this time, and are associated with each element regardless of status (i.e., both Invalid and Valid elements get a barcode shown in the loader status pane).
Initialization occurs when the library driver starts (at service startup or when the driver is manually started), when the user selects the Initialize command on the loader object or when the Backup Export Tool detects that a user has changed the state of the loader (either by opening the front door or by using the front panel).
During initialization, the library attempts to perform barcode based identification of media. If a match is found, the loader sets that element’s status to Probably Valid. This means that if a user is using barcodes with their tape library, they rarely need to run an identification job.
When the job loads the tape it makes sure that the tape is really what the catalog says it is and, if necessary, updates the catalog to indicate what is really there. If the tape is, in fact, not usable because of the supplied media rules, the tape is re-stowed and another media is tried.
Tape Media Management
One benefit of using the Backup Export Tool with tape libraries is the ease with which you can schedule different backups for different days of the week/month/year. There are no specific media tasks that must be carried out before you run a backup job. As long as the library has valid media loaded in it, the Backup Export Tool automatically uses it.
Similarly, if you are restoring data from media that is already within the Backup Export Tool catalog, there are no media management tasks. However, if you are restoring media from a different domain, you must first import it so that the Backup Export Tool can add the media to the database and associate all data objects on the tape with that media.
For a detailed description of all media management jobs, see the Device Commands section.
Barcode Job Filters
Many tape libraries support the use of barcodes to identify media. Each piece of physical media has a unique barcode that the tape library can read.
The Barcode Filter page allows you to define barcode filters for a job. The filter rules may be set for the whole domain and will be applied automatically to all jobs. Or, they may be set and applied at job level, using this page. Any filter rules applied at job level overwrite the default domain settings. All options will be grayed out initially. Deselecting Inherit settings from domain enables the editing buttons and allows you to create job-specific filters.
There are three ways to assign barcode filters:
- Add an individual barcode – This option allows you to specify an individual barcode for inclusion or exclusion. Up to eight characters may be specified in this filter; the first six relate to the volume identifier and the last two relate to the media identifier. Wildcards may be used to increase the number of barcodes selected by the filter.
- Add a range of barcodes – This filter allows you to specify a range of volume identifiers and media identifiers to include. Any media without a barcode or outside of the specified range is excluded.
- Add barcodes from media present in the library – This filter displays a list of all libraries and their elements. Select the required barcodes from the list and click either Exclude or Include, as appropriate.
Schedule Restore and Verify Jobs
Restore Job Settings
To schedule a restore job to happen at a particular time, change the Schedule Type to Run on specific day and then set the start time and date. The service ensures that the restore happens at that time.
Verify Job Settings
Like the restore job, you can schedule a verify to happen at a particular time as well. Additionally, you can specify whether the job is a Full or a Quick verify. A full verify compares the contents of the backup media with the source files on disk. A quick verify only validates that the media can be read from end-to-end.
Advanced Restore Options
These options apply to all restore jobs regardless of the operating system.
Table 16. Advanced Restore Options.
|Eject media after use||If selected, the Backup Export Tool automatically ejects the media at the end of the job. This feature only works on devices that support software eject.|
|Auto Retention||If selected, the Backup Export Tool automatically re-tensions the media at the beginning of the job. This feature winds the tape cartridge end-to-end, applying equal tension to the entire media for maximum media life and data integrity. Your device must support auto re-tension to use this feature.|
|Restore files that are in use|
If selected, the Backup Export Tool restores the backup copy of the open file. (On Windows platforms, you can access the restored file after you restart the computer.) If you select this option, the restored file will replace your open file. As a result, your current changes may be lost.
Deselect this option to skip over all selected files that are in use. This is useful if the open files are more current than the backed up files.
|Omit security information||If selected, any security information associated with the files and folders which were part of the backup is removed. The files and folders are restored, as if they were freshly created, inheriting permissions.|
|Reparse points||Select this option to restore the reparse point data. When this option is deselected, the Backup Export Tool restores the object as a file or folder rather than as a reparse point.|
|Mount Points||When selected, the Backup Export Tool includes the mount point information in the restore. If this option is not selected, the Backup Export Tool restores the object as a directory.|
|Volume restrictions||When enabled, volume quota information will be restored.|
|Finalize recovery of Microsoft SQL and Exchange Server databases||Select this option to process database transactions when the last incremental restore is complete.|
|Restore all registry keys / Restore hardware registry keys||Controls whether/how the Backup Export Tool restores the described objects. This setting only applies if you restore the Registry System State object.|
|Restore DFS/FRS shares as primary replica (authoritative restore)||Use this option to control how a DFS or FRS share is being restored. Only select it if you want an authoritative restore. See the Microsoft documentation for more information on authoritative restores.|
Advanced Verify Options
Table 17 lists the advanced options available for Verify jobs.
Table 17. Advanced Verify Options.
|Eject media after use||When selected, the Backup Export Tool automatically ejects the media at the end of the job. This feature only works on devices that support software eject.|
|Auto Retention||When selected, the Backup Export Tool automatically re-tensions the media at the beginning of the job. This feature winds the tape cartridge end-to-end, applying equal tension to the entire media for maximum media life and data integrity. Your device must support auto re-tension to use this feature.|
|Native data streams format||When selected, the Backup Export Tool compares the data in native format. When unselected, only the data portion of the file is verified. This must match the mode used during backup.|
|Enable snapshots||By default, the verify job creates a temporary snapshot before verifying the selected file. Deselect this to disable snapshots.|
|Reparse points||Select to verify the reparse point data. When deselected, the Backup Export Tool verifies the object as a file or folder rather than as a reparse point.|
|Mount Points||When selected, the Backup Export Tool includes the mount point information in the restore. If this option is not selected, the Backup Export Tool verifies the object as a directory.|
|Volume restrictions||When enabled, volume quota information is verified.|
Backup Export Tool Advanced Options
Table 18. Settings for All Platforms.
|Eject media after use||When selected, the Backup Export Tool automatically ejects the media at the end of the backup job. This feature only works on devices that support software eject.|
|Auto Retention||When checked, the Backup Export Tool automatically re-tensions the media at the beginning of the backup job. This feature winds the tape cartridge end-to-end, applying equal tension to the entire media for maximum media life and data integrity. Your device must support auto re-tension to use this feature.|
|Create DR bootable media||Select this option to write disaster recovery (DR) system information to the backup media. This option is only useful when the backup media is bootable as in the case of OBDR tapes or optical media. However, leaving this option checked does not hurt the backup.|
|Update DR information on selected machine||Check this option to generate DR system information for the selected machines. The generated system information is saved on the Domain Server and can be used later to create DR media even after a failure of the original machine.|
|Native data streams format||Different operating systems transmit data across the network to the Backup Export Tool in different formats. If you plan to restore files to a different operating system than the one in which they were created, the data should be stored on media in a common data format, not in the native data streams format.|
Table 19. Settings for Windows
By default, the backup job creates a temporary snapshot before backing up the selected file. Deselect this checkbox to disable snapshots. A snapshot freezes the volume data at a point in time. Any subsequent changes are not backed up until the next backup job. The temporary snapshots are deleted after the job has finished. If this option is off, files open during backup may not be backed up. Failure to back up open files are noted in the job logs.
|Reparse points||Check this option to back up the reparse point data. When this option is deselected, the Backup Export Tool backs up the object as if it were a normal file or directory.|
|Mount Points||When selected, the Backup Export Tool includes the mount point information in the backup. If this option is not selected, the Backup Export Tool treats the object as a directory.|
|Optimize backup order by size||If selected, the Backup Export Tool mixes backups of large and small files in an attempt to maintain consistent throughput to the backup devices.|
|Volume restrictions||When enabled, volume quota information is backed up.|
Backup Export Tool Supported Devices
The Backup Export Tools is designed to support families of devices regardless of the specific device model deployed. The system supports removable USB disks up to 128 TB.
|Manufacturer||Device Name||Minimum Version||Drives||Slots||Notes|
|Compaq||AIT 50||6.3 sp3c||N/A||N/A||AIT-2|
|Compaq||AIT 35||6.3 sp3c||N/A||N/A||AIT-1|
|Compaq||AIT 35 IDE||6.3 sp3c||N/A||N/A||AIT-1 IDE|
|Compaq||AIT 100||6.3 sp3c||N/A||N/A||AIT-3|
|Exabyte||VXA-320||8.1 sp1a||N/A||N/A||Windows, Linux only|
|Exabyte||EXB-8205||6||N/A||N/A||1/2 high version of 8500C|
|Exabyte||VXA-172||8.1 sp2a||N/A||N/A||Windows, Linux only|
|Exabyte||EXB-8700||6||N/A||N/A||Identifies self as 8505|
|Exabyte||VXA-2||6.3 sp3b||N/A||N/A||SCSI, IDE|
|Exabyte||EXB-8505||6||N/A||N/A||1/2 high version of 8500C|
|NEC||ND-6500A||8.1 sp1d||N/A||N/A||Windows/Linux only. Disaster Recovery NOT supported.|
|Sony||SDX-450V||7.0 sp7b||N/A||N/A||AIT-1 Turbo|
|Sony||SDX-250V||7.0 sp7b||N/A||N/A||AIT-E Turbo|
|Sony||SDX-560V||7.0 sp7b||N/A||N/A||AIT-2 Turbo, IDE|
|Sony||SDX-520V||7.0 sp5b||N/A||N/A||AIT-2, IDE|
|Sony||SDX-460V||8.1 sp2a||N/A||N/A||AIT-1, USB, AITe100T-UL, Windows only|
|Sony||SDX-260V||7.0 sp7b||N/A||N/A||AIT-E Turbo, IDE|
|Sony||SDX-870V||8.5 sp0||N/A||N/A||AIT-3Ex, SATA|
|Sony||SDX-460V, IDE||7.0 sp7b||N/A||N/A||AIT-1 Turbo|
|Sony||SDX-560V||8.1 sp2a||N/A||N/A||AIT-2, USB, AITe200T-UL, Windows only|
|Sony||SDX-520C||6.3 sp3c||N/A||N/A||AIT-2, IDE|
|Sony||SDX-420V||7.0 sp5b||N/A||N/A||AIT-1, IDE|
|Sony||SDX-1100||8.1 sp3a||N/A||N/A||AIT-5 SCSI|
|Sony||SDX-420C||6.3 sp3c||N/A||N/A||AIT-1, IDE|
|Sony||SDX-550V||7.0 sp7b||N/A||N/A||AIT-2 Turbo|
|Tandberg||VXA-320||8.1 sp1||N/A||N/A||Windows and Linux only|
|Manufacturer||Device Name||Minimum Version||Drives||Slots||Notes|
|Manufacturer||Device Name||Minimum Version||Drives||Slots||Notes|
|IBM||TS2900 LTO4 HH SAS||9.0||1||9|
|IBM||TS2900 LTO5 HH SAS||9.0||1||9|
|IBM||TS2900 LTO6 HH SAS||10.0.01||1||9|
|Manufacturer||Device Name||Minimum Version||Drives||Slots||Notes|
|Lacie||ND-2500A||8.1 sp1d||N/A||N/A||Windows/Linux only. Disaster Recovery NOT supported.|
|LG||GCE-8483B||8.1 sp1d||N/A||N/A||Windows/Linux only. Disaster Recovery NOT supported.|
|Plextor||712UF||8.1 sp1d||N/A||N/A||Windows/Linux only. Disaster Recovery NOT supported.|
|Samsung||SW-252S||8.1 sp1d||N/A||N/A||IDE, USB.|
|Manufacturer||Device Name||Minimum Version||Drives||Slots||Notes|
|Hewlett Packard Enterprise||D2D2500 Backup System (iSCSI)||8.7||N/A||N/A|
|Hewlett Packard Enterprise||D2D4000 Backup System (iSCSI)||8.7||N/A||N/A|
|Hewlett Packard Enterprise||D2D4112 Backup System||8.7||N/A||N/A||FC, iSCSI|
|Manufacturer||Device Name||Minimum Version||Drives||Slots||Notes|
|AIWA||HP NCE||6.1||N/A||N/A||DDS-2, GD-8000|
|Certance||STD 2400N||6.1||N/A||N/A||DDS-1 w/compression|
|Certance||STD 240LW||6.1 sp2d||N/A||N/A||DDS-4 Scorpion 40|
|Compaq||TSL-9000||6.2 sp1a||N/A||N/A||8 slot DDS-3 integrated loader|
|Compaq||TSL-10000||6.2 sp4b||N/A||N/A||8 slot DDS-4 integrated loader|
|Dell||PV-100T DDS4||6.3 sp2b||N/A||N/A|
|Dell||PV-114T DAT72||7.0 sp7d||N/A||N/A|
|Dell||PV-100T Dat72||7.0 sp7c||N/A||N/A|
|Hewlett Packard Enterprise||DAT160 SAS||8.5 sp.1||N/A||N/A||DDS4,DAT72,DAT160|
|Hewlett Packard Enterprise||DAT160 SCSI||8.5 sp.1||N/A||N/A||DDS-4, DAT72, DAT160|
|Hewlett Packard Enterprise||DAT 320||8.7||1||N/A||USB, SAS|
|Hewlett Packard Enterprise||DAT160 USB||8.5 sp.1||N/A||N/A||DDS4, DAT72, DAT160|
|Indigita||iDT-2500||6||N/A||N/A||4mm (Not DAT format though)|
|Indigita||iDT-2700||6||N/A||N/A||4mm (Not DAT format though)|
|Quantum||DAT160 SAS||8.5 sp.1||N/A||N/A||DDS4,DAT72,DAT160|
|Quantum||DAT 72||8.1 sp1c||N/A||N/A||SATA, SCSI|
|Quantum||DAT160 USB||8.5 sp.1||N/A||N/A||DDS4, DAT 72, DAT 160|
|Quantum||DAT160 SCSI||8.5 sp.1||N/A||N/A||DDS4, DAT 72, DAT 160|
|Sony||SDT-7000||6||N/A||N/A||DDS-2 SE i/f|
|Sony||TSL-11000||6.2 sp3a||N/A||N/A||DDS-4 in integrated loader with SE/LVD i/f|
|Sony||SDT-11000||6.2||N/A||N/A||DDS-4 with SE/LVD SCSI i/f|
|Sony||TSL-10000||6.2 sp3a||N/A||N/A||DDS-4 in integrated loader with SE i/f|
|Sony||SDT-10000||6.1 sp2d||N/A||N/A||DDS-4 SE i/f|
|Sony||TSL-9000||6.1||N/A||N/A||DDS-3 in integrated loader|
|Sony||TSL-7000||6.1||N/A||N/A||DDS-2 in integrated loader|
|Sony||SDT-9000||6||N/A||N/A||DDS-2 SE i/f|
|Tandberg||DAT 72||8.1||N/A||N/A||SCSI and USB|
|Tandberg||DAT 160||8.5 sp1||N/A||N/A||SCSI and USB|
|Tandberg||DAT 320||8.7||N/A||N/A||SAS and USB|
|WangDAT||3800DX||6||N/A||N/A||id as 3400 but added in case|
|Manufacturer||Device Name||Minimum Version||Drives||Slots||Notes|
|Cipher||L860s||6||N/A||N/A||7 slot integrated loader w/6 GB DLT|
|Cipher||T860s||6||N/A||N/A||6 GB DLT|
|Cipher||L826s||6||N/A||N/A||7 slot integrated loader w/2.6 GB DLT|
|Cipher||T826s||6||N/A||N/A||2.6 GB DLT|
|Compaq||DLT 4000||6.2 sp1a||N/A||N/A|
|Compaq||100GB SDLT||6.3 sp3c||N/A||N/A||SuperDLT1|
|Compaq||DLT 8000||6.3 sp3c||N/A||N/A|
|Compaq||160GB SDLT||6.3 sp3c||N/A||N/A||SDLT320|
|Compaq||DLT 7000||6.2 sp1a||N/A||N/A|
|Compaq||DLT 8000||6.2 sp1a||N/A||N/A|
|DEC||DLT 4500||6||N/A||N/A||5 slot loader w/DLT 4000|
|DEC||DLT 2500||6||N/A||N/A||5 slot loader w/DLT 2000|
|DEC||TZ89||7.0 sp2a||N/A||N/A||DLT 7000|
|DEC||DLT 7000||6.1||N/A||N/A||indentifies as TZ87|
|DEC||DLT 4700||6||N/A||N/A||7 slot loader w/DLT 4000|
|DEC||DLT 2700||6||N/A||N/A||7 slot loader w/DLT 2000|
|Dell||PV-114T SDLT320||7.0 sp7d||N/A||N/A|
|Dell||PV-114T DLT VS160||7.0 sp7d||N/A||N/A|
|Dell||PV-110T SDLT320||6.3 sp2b||N/A||N/A|
|Dell||PV-110T DLT VS160||6.3 sp3b||N/A||N/A|
|Dell||PV-110T DLT VS80||6.3 sp2b||N/A||N/A|
|Quantum||DLT 4500||6||N/A||N/A||DLT 4000, 5 slot integrated loader|
|Quantum||Super DLT 220||6.2 sp3c||N/A||N/A|
|Quantum||DLT 2500||6||N/A||N/A||5 slot integrated loader|
|Quantum||DLT 4700||6||N/A||N/A||7 slot integrated loader|
|Quantum||DLT-V4||7.0 sp7c||N/A||N/A||SCSI (TapeWare 7 requires this patch, SATA (8.1 sp1c))|
|Quantum||DLT 8000||6.1 sp2d||N/A||N/A|
|Quantum||DLT 2700||6||N/A||N/A||7 slot integrated loader|
|Quantum||Super DLT 320||6.3 sp3a||N/A||N/A|
|Quantum/Benchmark||Blade 640||6.3 sp3a||N/A||N/A||VS80 Autoloader|
|Quantum/Benchmark||VS160||6.3 sp3b||N/A||N/A||Benchmark Version|
|Quantum/Benchmark||DLT1||6.2 sp3e||N/A||N/A||BTS100, BNCHMRK DLT1, or BNCHMARK DLT1|
|Tandberg||DLT-V4||8.1||N/A||N/A||SCSI, SATA (8.1 sp1c)|
|Tandberg||DLT 4000||6.2 sp1b||N/A||N/A|
|Tandberg||DLT 8000||6.2 sp1b||N/A||N/A|
|Tandberg||DLT 7000||6.2 sp1b||N/A||N/A|
|Acer||Altos LTO-2 Autoloader||8.1 sp1c||1||8|
|BDT||ThinStor||6.3 sp3a||1||8||DLT VS, DLT, SDLT, LTO|
|Certance||DAT432 Autoloader||7.0 sp3a||1||6||Seagate branded|
|Certance||SuperLoader 3||8.1 sp2b||1||8|
|Certance||DAT 240||6.2 sp2a||1||6||240 GB|
|Certance||LTO3 Autoloader||7.0 sp5c||1||8||CLL6400|
|Certance||LTO2 Autoloader||7.0 sp5b||1||8||CLL3200|
|Certance||DAT 96||6.2 sp3e||1||6||96 GB|
|Certance||LTO Autoloader||7.0 sp2a||1||8||CLL1600|
|Cipher||TZ Media Changer||6.0||1||7||DLT|
|Compaq||LIB-81||6.3 sp3c||1||8||AIT-1, AIT-2, AIT-3|
|DEC||TZ Media Changer||6.1||1||7||DLT|
|Dell||PV-124T||7.0 sp5c||1||16||VS160, LTO-2, Must apply this patch (TW7 only): zip, LTO3|
|Dell||TL2000||8.1 sp3a||2||24||8.5 sp2 needed for LTO4, 8.8.03 needed for LTO5|
|Dell||PV-122T||6.3 sp2b||1||8||VS80, SDLT, LTO , LTO-2|
|Dell||PV-136T||7.0 sp2a||1-6||60-72||SDLT, LTO, LTO-2 , LTO-3|
|Dell||PV-132T||7.0 sp2a||1-2||21-24||SDLT, LTO, LTO-2 , LTO-3|
|Dell||PowerVault ML6000||8.1 sp1b||1-18||41-409||8.5 sp2 needed for LTO4, 8.8.03 needed for LTO5|
|Dell||TL4000||8.1 sp3a||4||48||8.5 sp2 needed for LTO4, 8.8.03 needed for LTO5|
|Exabyte||Magnum 1x7||7.0 sp7d||1||7||LTO-2, LTO-3|
|Exabyte||PacketLoader 1x10 1U (VXA-2)||7.0 sp4c||1||10|
|Exabyte||PacketLoader 1x10 1U (VXA-320)||8.1 sp1a||1||10|
|Exabyte||PacketLoader 1x7||6.3 sp3b||1||7||VXA-2, identifies as EZ17|
|Exabyte||430||6.1 sp4b||1-4||30||Mammoth2, VXA-2, 430M|
|Exabyte||EZ17||6.1 sp2c||1||7||8mm, VXA-1, VXA-2|
|Exabyte||PacketLoader 1x10 2U||7.0 sp7c||1||10||VXA-2|
|Gateway||Gateway E-826R SuperLoader3||8.1 sp2b||1||8|
|Hewlett Packard Enterprise||1/8 G2 Tape Autoloader||8.1 sp3a||1||8||8.5 sp2 needed for LTO4, 8.8.03 needed for LTO5, 10.0.00 needed for LTO6, 10.5.00 for LTO7|
|Hewlett Packard Enterprise||MSL2024 Tape Library||8.1 sp2a||2||24||8.5 sp2 needed for LTO4, 8.8.03 needed for LTO5, 10.0.00 needed for LTO6, 10.5.00 for LTO7|
|Hewlett Packard Enterprise||MSL4048 Tape Library||8.1 sp2a||4||48||8.5 sp2 needed for LTO4, 8.8.03 needed for LTO5, 10.0.00 needed for LTO6, 10.5.00 for LTO7|
|Hewlett Packard Enterprise||MSL8048 Tape Library||8.7||4||48||8.8.03 needed for LTO5, 10.0.00 needed for LTO6, 10.5.00 for LTO7|
|Hewlett Packard Enterprise||MSL8096 Tape Library||8.7||4||96||8.8.03 needed for LTO5, 10.0.00 needed for LTO6, 10.5.00 for LTO7|
|Hewlett Packard Enterprise||MSL G3 Library Extender Kit||8.7||N/A||N/A|
|Hewlett Packard Enterprise||MSL6840 Tape Library||10.5||42||560||10.5.00 for LTO5, LTO6, LTO7|
|Hewlett Packard Enterprise||ESL G3 Tape Library||10.5||192||12006||10.5.00 for LTO5, LTO6, LTO7|
|IBM||TS3310 Tape Library||8.7||2||35||If encryption is to be used, the library needs to be set to use the “application” controlled hardware encryption mode|
|IBM||Magstar MP 3570||6.2 sp4c||1-2||10|
|IBM||ULT 3581-TA||6.1 sp4b||1||7||LTO|
|IBM||ULT 3583-TL||6.1 sp4b||1-6||18-72||LTO|
|IBM||Magstar 3590||6.2 sp4c||1||10|
|IBM||TS3200||8.5 sp2||4||48||8.8.03 needed for LTO5|
Linux: (2.6 kernel distos only)
|Iomega||REV Autoloader 1000||7.0 sp7b||1||10||Windows only.|
|Overland||LoaderXpress (LXL)||6.3 sp3c||1||10||DLT, SuperDLT, LTO|
|Overland||PowerLoader (LXM)||6.3 sp3c||1-2||15-17||DLT, SuperDLT, LTO|
|Overland||Library Pro||6.2 sp3f||1-18||19-171||AIT only support up to 16|
|Overland||Neo Series||6.3 sp3c||1-16||24-240||2000 only, DLT, SDLT, LTO|
|Qualstar (TLS Series)||TLS-6110||6.2sp4c||1||10||DLT|
|Qualstar (TLS Series)||TLS-2472||6.1sp2c||4||72||4mm|
|Qualstar (TLS Series)||TLS-2436||6.1sp2c||4||36||4mm|
|Qualstar (TLS Series)||TLS-2236||6.1sp2c||2||36||4mm|
|Qualstar (TLS Series)||TLS-24144||6.1sp2c||4||144||4mm|
|Qualstar (TLS Series)||TLS-6220||6.2sp4c||2||20||DLT|
|Qualstar (TLS Series)||TLS-4660||6.3sp1b||4||60||8mm, DLT|
|Qualstar (TLS Series)||TLS-4210||6.1sp2c||2||10||8mm|
|Qualstar (TLS Series)||TLS-46120||6.2sp4c||6||120||8mm|
|Qualstar (TLS Series)||TLS-6210||6.2sp4c||2||10||DLT|
|Qualstar (TLS Series)||TLS-4220||6.1sp2c||2||20||8mm|
|Qualstar (TLS Series)||TLS-4480||6.1sp2c||4||80||8mm|
|Qualstar (TLS Series)||TLS-4440||6.1sp2c||4||40||8mm|
|Qualstar (TLS Series)||TLS-4210A||6.1sp2c||2||10||8mm|
|Qualstar (TLS Series)||TLS-4420||6.1sp2c||4||20||8mm|
|Qualstar (TLS Series)||TLS-6430||6.2sp4c||4||30||DLT|
|Qualstar (TLS Series)||TLS-6460||6.2sp4c||4||60||DLT|
|Qualstar (TLS Series)||TLS-2218||6.1sp2c||2||18||4mm|
|Qualstar (TLS Series)||TLS-2218A||6.1sp2c||2||36||4mm|
|Quantum||DLT stor314||6.2 sp5b||1||7|
|Quantum||ATL P2000||6.3 sp3c||10||100-198||DLT, LTO|
|Quantum||ATL P3000||6.3 sp3c||16||170-326||DLT, LTO|
|Quantum||SuperLoader 3||8.1 sp2b||1||16||DLT VS160, DLT-V4, SDLT 600, DLT-S4, LTO-2 HH, LTO-3, LTO-3 HH, LTO-4|
|Quantum||SuperLoader||7.0 sp2c||1||16||DLT1, SDLT, LTO|
|Quantum||Scalar i500||8.1 sp1b||1-18||41-409||8.5 sp2 needed for LTO4, 8.8.03 needed for LTO5|
|Quantum||ATL L500||6.1 sp2c||1-3||14||DLT|
|Quantum||PX500 Series||8.1 sp2a||1-24||32-440||SDLT600, Disaster Recovery is untested|
|Quantum||Powerstor L200||6.2 sp5b||1||7|
|Quantum||Scalar 24||8.5 sp2||N/A||N/A||LTO-4 SCSI|
|Quantum||ATL P1000||6.1 sp2c||1-4||30||DLT|
|Quantum / ADIC||Scalar AIT 220||6.1 sp1b||2||20|
|Quantum / ADIC||VLS 4mm||6||2||15||DDS-1, DDS-2|
|Quantum / ADIC||FastStor 22||6.2||2||22||DLT|
|Quantum / ADIC||Scalar 218||6.1||2||18||DLT|
|Quantum / ADIC||DAT AutoChanger||6||1||12|
|Quantum / ADIC||Scalar 1000||6.3 sp3c||1-12||118-237||AIT, DLT, SDLT, LTO|
|Quantum / ADIC||FastStor||6.1||1||7||DLT, LTO|
|Quantum/Benchmark||Blade 640||6.3 sp3a||1||8||VS80|
|Sony||LIB-D81/AIT-2 Turbo||7.0 sp7b||1||8||SDX-550V|
|Sony||LIB-81||6.3 sp3a||1||8||AIT-1, AIT-2, AIT-3|
|Sony||LIB-162||7.0 sp2a||2||16||AIT-1, AIT-2, AIT-3|
|Sony||LIB-D81||7.0 sp2a||1||8||AIT-1, AIT-2, AIT-3|
|Spectra Logic||Gator||6.3 sp3a||1-32||30-645||20k or 64k, AIT-1, AIT-2, AIT-3|
|Spectra Logic||Bullfrog||6.3 sp3a||1-4||20-40||10k, AIT-2, AIT-3|
|StorageTek||L180||6.2 sp4c||1-10||84-174||DLT, SDLT, LTO|
|StorageTek||L20||6.2 sp4a||2||20||DLT, SDLT, LTO|
|StorageTek||L40||6.2 sp4a||4||40||DLT, SDLT, LTO|
|Sun StorageTek||SL24||8.1 sp2a||2||24||8.5 sp2 needed for LTO4, 8.8.03 needed for LTO5|
|Sun StorageTek||SL48||8.1 sp2a||4||48||8.5 sp2 needed for LTO4, 8.8.03 needed for LTO5|
|Tandberg||StorageLoader||7.0 sp7c||1||8||LTO2 only|
|Tandberg||StorageLibrary T24||8.8.03||2||24||LTO-3, LTO-4, LTO-5|
|Tandberg||Storageloader 1x8||8.5 sp2||1||8||8.5 sp2 needed for LTO4, 8.8.03 needed for LTO5|
|Tandberg||StorageLibrary T48||8.8.03||4||48||LTO-3, LTO-4, LTO-5|
|Tandberg||SDLT Autoloader||7.0 sp5c||1||10||NEC inquiry string|
|Tandberg||StorageLoader LTO3||8.1 sp3a||1||10|
|Tandberg||LTO Autoloader||7.0 sp5c||1||10||NEC inquiry string|
|Tandberg||SuperLoader||7.0 sp2c||1||16||DLT1, SDLT|
|Tandberg||StorageLoader VXA (VXA-172/320)||8.1 sp1a||1||10||VXA-172, VXA-320|
|Tandberg||StorageLoader||8.1 sp0||1||8||LTO1, LTO2|
|Tandberg||StorageLoader VXA (VXA-2)||7.0 sp4c||1||10||VXA-2|
|Tandberg||SLR Autoloader||6.2 sp4a||1||8||QIC|
|Certance||Ultrium 3||7.0 sp5c||N/A||N/A|
|Certance||Ultrium 2||7.0 sp5b||N/A||N/A|
|Certance||Ultrium 2 HH||7.0 sp5c||N/A||N/A|
|Certance||Ultrium||6.3 sp1b||N/A||N/A||Ultrium 1|
|Dell||PV-110T LTO-3||7.0 sp7c||N/A||N/A||LTO3|
|Dell||PV-114T LTO-3||7.0 sp7d||N/A||N/A|
|Dell||PV-110T LTO-3-L||8.1 sp3a||N/A||N/A||LTO3 half-height|
|Dell||PV-114T LTO-2-L||7.0 sp7d||N/A||N/A|
|Dell||PV-114T LTO-2||7.0 sp7d||N/A||N/A|
|Dell||PV-110T LTO-2-L||8.1 sp0||N/A||N/A|
|Dell||PV-110T LTO-2||6.3 sp3b||N/A||N/A|
|Dell||PowerVault LTO4-120||8.1 sp3a||N/A||N/A||SAS (HW encryption in 8.5 sp0 only)|
|Dell||PowerVault LTO3-060||8.1 sp3a||N/A||N/A|
|Dell||PV-110T LTO||6.3 sp2b||N/A||N/A||LTO1|
|Exabyte||Magnum LTO-2||7.0 sp7c||N/A||N/A|
|Hewlett Packard Enterprise||Ultrium 3280 Tape Drive||8.8.03||N/A||N/A||LTO5|
|Hewlett-Packard||Ultrium 960||7.0 sp7a||N/A||N/A||Ultrium 3|
|Hewlett-Packard||Ultrium 920||8.1 sp2a||N/A||N/A||SCSI, SAS (8.1 sp3a)|
|Hewlett Packard Enterprise||Ultrium 1840 Tape Drive||8.5 sp2||1||N/A||LTO4|
|Hewlett Packard Enterprise||Ultrium 1760 Tape Drive||8.5 sp2||1||N/A||LTO4|
|Hewlett Packard Enterprise||Ultrium 3000 Tape Drive||8.8.03||N/A||N/A||LTO5|
|Hewlett Packard Enterprise||Ultrium 6250 SAS||10.0.00||N/A||N/A||LTO-6 HH, SAS|
|Hewlett Packard Enterprise||HPE StoreEver Ultrium 15000 SAS||10.5.00||N/A||N/A||LTO-7 HH, SAS|
|Hewlett Packard Enterprise||HPE StoreEver Ultrium 15000 FC||10.5.00||N/A||N/A||LTO-7 HH, FC|
|IBM||00D8924 HH||10.0.01||N/A||LTO-6, SAS|
|IBM||ULT 3580-TD6||10.0.01||N/A||LTO-6, SAS|
|IBM||ULT 3580-HH6||10.0.01||N/A||LTO-6, SAS|
|IBM||IBM 3628N5X HH External||9.0.01||N/A||N/A||LTO 5, SAS|
|IBM||ULT 3580-TD2||6.3 sp3b||N/A||N/A||LTO2|
|IBM||IBM 3628L5X HH External||9.0.01||N/A||N/A||LTO 5, SAS|
|IBM||IBM 49Y9898 HH Internal||9.0.01||N/A||N/A||LTO 5, SAS|
|IBM||ULT 3580-TD4||8.5 sp1||N/A||N/A||LTO4|
|IBM||ULT 3580-TD3||7.0 sp7c||N/A||N/A||LTO3|
|IBM||TS2240 LTO4 HH||8.5 sp1||N/A||N/A||LTO4|
|IBM||ULT 3580||6.2 sp4b||N/A||N/A||LTO1|
|IBM||TS2230 LTO3 HH||8.5 sp1||N/A||N/A||LTO3|
|Quantum||LTO-2 HH||8.1 sp0||N/A||N/A||half-height|
|Quantum||LTO-5||8.8.03||N/A||N/A||LTO5 HH SAS Standalone|
|Quantum||LTO-3 WORM||8.1 sp2a||N/A||N/A|
|Quantum||LTO-5||8.8.03||N/A||N/A||LTO5 FH SAS Standalone|
|Quantum||LTO-3 HH||8.1 sp2a||N/A||N/A||SCSI, SAS, FC|
|Tandberg||LTO-4 FH||8.5 sp1||N/A||N/A||aka 1640LTO|
|Tandberg||HH LTO-4||8.5 sp2||N/A||N/A||SCSI, SAS|
|Tandberg||440LTO||6.3 sp3b||N/A||N/A||IBM ULT3580-TD2|
|Tandberg||Tandberg LTO SAS||10.0.00||N/A||N/A||LTO-6 HH, SAS|
|Tandberg||820LTO||8.1 sp3a||N/A||N/A||LTO3 HH|
|Tandberg||HH LTO-4||8.5 sp2||N/A||N/A||SCSI,SAS|
|Tandberg||HH LTO 4||8.5 sp2||N/A||N/A||SCSI,SAS|
|Tandberg||HH LTO-2||8.5 sp2||N/A||N/A||SCSI, SAS|
|Tandberg||840LTO||7.0 sp7c||N/A||N/A||IBM ULT3580-TD3|
|Tandberg||HH LTO-3||8.5 sp2||N/A||N/A||SCSI, SAS|
|Tandberg||240LTO||6.2 sp4b||N/A||N/A||IBM ULT3580-TD1|
|Tandberg||TS1600||8.5 sp.2||N/A||N/A||LTO4 HH|
|Tandberg||420LTO||7.0 sp7c||N/A||N/A||aka TS400|
|Archive||Anaconda 2750||6.2 sp1b||N/A||N/A|
|Conner||CTMS 3200||6.1||N/A||N/A||Mini QIC|
|PeriDAT||APD-1326||6.1||N/A||N/A||Alias for MLR1, now SLR32|
|Tandberg||SLR40||6.2 sp3f||N/A||N/A||20/40 GB|
|Tandberg||SLR140||7.0 sp5b||N/A||N/A||70/140 GB|
|Tandberg||TDC 4222||6||N/A||N/A||2 GB w/compression|
|Tandberg||SLR75||6.2 sp3f||N/A||N/A||38/75 GB, identifies as SLR60|
|Tandberg||SLR60||6.2 sp3f||N/A||N/A||30/60 GB|
|Tandberg||SLR32/MLR1/TDC 6100||6||N/A||N/A||16/32 GB|
|Tandberg||TDC 4200||6||N/A||N/A||2 GB|
|Tandberg||SLR100||6.2 sp3c||N/A||N/A||50/100 GB|
|Tandberg||TDC 4100||6||N/A||N/A||1 GB|
|Wangtek||9500 DC||6||N/A||N/A||5 GB w/compression|
|Dell||RD1000||8.1 sp3a||N/A||N/A||Windows, Linux; USB, SATA|
|Hewlett Packard Enterprise||RDX||10.5||N/A||N/A||USB 3.0|
|Imation||RDX||9.0.01||N/A||N/A||SATA, USB 2.0, USB 3.0|
|Iomega||REV 70||8.1 sp3a||N/A||N/A||Windows: IDE,SATA,USB|
Linux: IDE,SATA,USB (2.6 kernel distos only)
|Iomega||REV 35||7.0 sp6a||N/A||N/A||Windows only. IDE, SCSI, USB|
|Iomega||REV 35||8.1||N/A||N/A||Windows: IDE,SCSI,USB|
|Lenovo||Lenovo RDX||8.1 sp3a||N/A||N/A||Internal USB 2.0|
|Quantum||GoVault||8.1 sp1b||N/A||N/A||Windows, Linux (8.1 sp3a); SATA, USB (Internal, External)|
|Tandberg||RDX Quickstor||8.1 sp3a||N/A||N/A||Windows, Linux; USB, SATA|
|AIWA||TD-8001||6.2||N/A||N/A||Travan 4, SCSI|
|AIWA||TD-20001||6.2||N/A||N/A||Travan 5, SCSI|
|AIWA||TD-8000||6.2||N/A||N/A||Travan 4, SCSI|
|Certance||STT20000/NS20||6.2 sp3e||N/A||N/A||IDE, SCSI|
|Certance||Travan 40||6.3 sp1b||N/A||N/A||IDE, STT2401, STT3401|
|Certance||Travan 20 USB||6.3 sp3b||N/A||N/A||STT6201|
|Certance||Travan 40 USB||6.3 sp3b||N/A||N/A||STT6401|
|Conner||CTT8000||6.1||N/A||N/A||Travan 4, SCSI|
|Dell||PV-100T Travan40||6.3 sp2b||N/A||N/A||IDE|
|Tandberg||NS20||-||N/A||N/A||Travan 5 w/compression, SCSI|
|Tandberg||TR4||-||N/A||N/A||4 GB, SCSI|
|Tandberg||NS8||-||N/A||N/A||Travan 4 w/compression, SCSI|
|Enhance Technology Inc.||Ultrastor RS16 IP-4||8.5 sp1||N/A||N/A||Disk to Disk Backup via VLD|