GST’s
bridges and routers leverage your investment in GST backup
solutions to accommodate more environments and connect to
more servers.
The Big Picture
- Interconnect servers and tape resources.
- Servers and tape device can be Fibre
or SCSI.
- 3-port bridges and 8-port router.
- Software for configuring setup,
management
- Desktop or rackmount enclosures
- Protect investment in legacy tape
devices
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GST’s Bridges and Routers are
part of our BridgeLink™
and SanMatrix™
families respectively. Bridges provide interconnections that
enable SCSI and Fibre tape devices to backup servers in a
Fibre Channel network.
GST 4-port and 8-port routers provide
the ability of a GST or other tape backup device (subsystem,
autoloader or library) to be shared by multiple servers without
conflict or contention. The necessary logic for resolving,
managing and allocating resource requests is handled automatically.
This provides an alternative to the expensive one-to-one deployment
of tape backup devices to servers that is common today.
Both LVD SCSI with a maximum rate of
160 Megabytes a second and HVD SCSI at rates up to 40 Megabytes
a second are supported.
GST bridges and routers are available
in a desktop or rackmount enclosures.
GST’s Fibre-to-SCSI Bridges
are available in four models: Fibre-SCSI LVD and Fibre-to-SCSI
HVD base models in desktop and rackmount enclosures:
1. Fibre to LVD-SCSI Bridge. Desktop.
2. Fibre to LVD-SCSI Bridge. Rackmount.
3. Fibre to HVD-SCSI Bridge. Desktop.
4. Fibre to HVD-SCSI Bridge. Rackmount.
GST’s Fibre & SCSI Routers
are available in a wide variety of models. Each model provides
the opportunity to select one of the following features:
1. 4 or 8 ports base units.
2. SCSI, or Fibre & SCSI.
3. LVD-SCSI or HVD-SCSI.
4. Fibre short wave or Fibre long wave.
5. Desktop or rackmount enclosure.
– Frequent testing with manufacturer’s
products; assures easy and automatic installation.
– Easy to use GUI software to manage
the GST Bridge provides additional control over its use.
– Meets the need to convert SCSI-based
storage devices to operate within a Fibre Channel network.
– Fibre Channel is the accepted protocol
for future network expansion on most medium sized servers.
As time passes, accommodates the need to utilize existing
storage devices with fibre networks.
– Bridges permit use of older legacy
devices with fibre networks, thus preserving the investment
in older tape solutions.
- Supports non-overlapping backup
operations for up to seven different servers that are routed
to one tape subsystem or library. A good solution for High
Availability configurations, to share a mirrored backup
tape solution with the Primary and Secondary servers.
- Frequent testing with a wide variety of
tape manufacturer solutions including ADIC, Exabyte, IBM,
Overland Storage, Qualstar, Quantum, Sony and others; assures
easy and automatic installation.
- Meets the need to convert SCSI-based
storage devices to operate within a Fibre Channel network
where necessary; reconfigurable later.
- Fibre Channel is the accepted protocol for
future network expansion on most medium sized servers. As
time passes, accommodates the need to utilize existing storage
devices with fibre networks.
- Routers permit use of older legacy devices
with fibre networks, thus preserving the investment in older
tape backup solutions. Moreover, the router can be upgraded
to accommodate new protocols as devices change from HVD
to LVD or SCSI to Fibre.
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