1. All RAID processing is handled
on the ARAID device controller
independent of the computer's main
processor. Most onboard RAID and PCI
RAID tax cycles from the motherboard
CPU.
2. ARAID creates a RAID 1 array on
the fly from an existing drive,
with no danger of losing data. Contrast
this with typical RAID controllers
that require the user to destroy,
and then create an array from scratch.
This capability probably sells more
ARAIDs than any other feature.
3. Typical RAID 1 solutions are not
considered to be a backup
solution. While data is replicated,
it is not safe from viruses, spyware,
etc. An ARAID is different because
you can easily remove a drive from
the
unit and replace it with another drive
within seconds. The removed drive
can be treated as a backup and taken
off-site for secure storage. The ARAID
recognizes the new drive and immediately
begins to mirror all data to it.
Most ARAID users buy 1 to 7 spare
trays and rotate their backup drive
offsite in a similar manner as tape.
4. No additional drivers or application
software are needed to
implement an ARAID. It connects to
existing SATA, eSATA, or USB
controllers.
5. Because no drivers are required,
the same ARAID can be used with
Windows, Mac OS, Linux, Solaris, BSD,
or any RTOS.
6. The front panel LCD constantly
displays drive and unit status. It
warns the user of drive failure, abnormal
temperatures, fan failure, etc.
An audible alarm is standard. A Java-based
monitoring program includes email
notification of ARAID status.
7. Every ARAID has a quiet fan that
draws cool air directly over the
drives. This is a particularly useful
feature for hot-running 10,000 RPM
drives.
8. Easy installation - If you can
install a DVD drive, you can install
an ARAID. All BIOS and operating systems
view the ARAID as another drive
and treat it accordingly. No need
for drivers or any other applications.
9. A drive from an ARAID can be carried
to another computer and used
without an ARAID (connected directly
to the disk controller, for example).
Drives created by lesser RAID controllers
can only be used with that
specific RAID controller.
10. ARAIDs will tolerate mixing of
drive models (within reason). Typical
RAID controllers require identical
drives which may not be available
in the
future.
11. ARAIDs allow you to very simply
upgrade drive capacities as your data
storage requirements grow. Typical
RAID controllers require identical
drives with a difficult upgrade path.
12. Model sizes to fit any PC case
design. |
