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RLS-Series delivers the benefits of Qualstar’s
Simply ReliableSM Automated Tape Library design to users
requiring rackmountable solutions.
The RLS-Series supports AIT, LTO and SuperDLTTM cartridge
tape formats, giving users technology choices without
compromising quality or reliability, in compact 5U-high
modules. Offering superior performance and value, the
RLS-Series Tape Library family includes four models
yielding capacities up to 4.5 terabytes (native). Using
typical data compression ratios, capacity can exceed
11 terabytes. Depending on the tape drive technology
chosen, individual models house up to four tape drives.
Data transfer rates can approach 450 gigabytes per hour.
Built-in reliability is only part of the RLS-Series
story. Hot-plugable tape drives have been designed in
to reduce downtime. Each drive is on a selfconnecting
mount that eliminates handling cables. Simply slide
the drives in or out.
High Availability plus Q-Link TM
The High Availability options include hot-swapable redundant
power supplies, true hot-swapable tape drives, and Q-Link,
the web browserbased remote library manager. Q-Link
allows any RLS-Series Tape Library to be configured,
monitored, diagnosed and managed from anywhere in the
world. Using Q-Link, companies can deploy enterprise-class
data protection without increasing staffs or degrading
data security. Even firmware updates can be implemented
remotely.
Investment Protection
Featuring IPMSM (Interface Personality Module) architecture,
RLS-Series libraries can be reconfigured in seconds
for SCSI, Fibre Channel, iSCSI or future interface architectures
by simply plugging in the appropriate IPM.
Reliable, Intelligent Robotics
The RLS-Series unique robotic mechanism is Simply Reliable
by design. Leadscrew-based robotics using brushless
DC motors and closed-loop servo control systems provide
precise positioning and flawless media handling for
years of dependable operation. All FRUs and tape drives
are auto-discovering, and all electrical and mechanical
adjustments have been completely eliminated by sophisticated
adaptive ‘smart’ logic design.
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