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As storage trends
evolve and users look towards emerging connectivity options such as SAS
and SATA II, Enhance Technology has again raised the bar with the release
of QuadraPack?Q14. Following in the success of the 3.5" product line, the
QuadraPack?Q14 is the industry's first removable storage enclosure
designed to house four (4) 2.5" hard drives and is to be mounted in a
single 5.25" drive bay which typically is what's left within a PC, Server,
or rackmount for device expansion.
Enhance Technology has worked closely with leading hard drive
manufacturers of Enterprise-grade 2.5" disk drives, such as Fujitsu and
Seagate, to develop a non-proprietary 2.5" multi-drive storage backplane
designed for next generation dense storage & embedded applications. The
modular design and interface options allow OEMs, System Integrators and
VARs to offer more capacity with less enclosure real-estate.Built from
solid cold-rolled steel and durable ABS materials, the QuadraPack?Q14
provides a compact & rugged drive housing well suited for a wide variety
of storage applications. QuadraPack?Q14 features a precision crafted
multi-layered PCB backplane to ensure high data integrity, and minimize
signal degradation. Equipped with a hi-speed 9500RPM double roll
ball-bearing cooling fan and operating at temperature less than 40
degrees, , the Q14 can greatly reduce heat build-up, even when deployed
with four 10K enterprise SCSI disk drives.
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QuadraPack Q14 is the
first and only “compact?internal storage backplane designed for use with
(4) 2.5?SCSI/SATA/SAS Enterprise drives. A completely modular and
hot-swap architecture makes Q14 The perfect building block for dense
computing & embedded applications. Enhance Technology has always been the
pioneer in designing and manufacturing storage components for the IT
industry, and has envisioned the QuadraPack Q14 being the next versatile
tools for the system integrators to configure their next generation box.
The QuadraPack Q14 is available in SATA (II), Ultra320 SCSI, and the
latest Serial SCSI (SAS) interfaces.
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