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Galactic
VSTOR Storage Systems S Series
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Technical Specifications |
Product Functions |
Product Description |
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| Model |
VSTOR S212S |
VSTOR S316S |
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| Size |
2U |
3U |
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| Processor |
Supports up to two 64bit dual-bus
processors |
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| RAID |
0, 1, 3, 5, 6,
000, 530, 630 |
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| Cache |
2GB, 4GB, 8GB, 16GB |
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| Array Stripe Size |
4K, 8K, 16K,
32K, 64K, 128K |
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| Host Channel |
Std. SAS X 2, Max. 8 |
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| Connection Types |
SAS |
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| Protocols |
SAS |
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| Virtualized Volume |
Can be assigned
to any connection types. Switching between different
connection types is possible. |
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iSCSI Port Bonding
Bonding Mode
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Balance-rr, Active-backup, Balance-xor,
Broadcast, Balance-tlb, Balance-alb |
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| Backplane |
SAS supports
SES-II, SGPIO |
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| HDD Bays Interface |
SAS/SATA 2 |
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| HDD Bays |
12(max. 48 bays) |
16(max. 64 bays) |
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| Capacity |
Std.12TB Max. 48TB (1TB each) |
Std.16TB Max.64TB (1TB each) |
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| JBOD Expansion |
Up to 3 JBODs |
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| Write Mode |
Write Back / Write Through |
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| Copy/Mirror/Replication |
Local Mirror,
Remote Mirror, Remote Replication, Duplication,
Volume Copy |
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| Monitoring |
Processor Loading, Temperature,
Fan, Redundant Power Supply, Channel Utilization,
Historical READ/Write Diagnostic, Logon/Logoff,
Drive SMART Status, Controller Status, Logs |
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| Alert |
Alarm type: Mail
/ LED / Audio Alarm
Alarm Trigger: HDD Failure / Fan Failure / Redundant
Power Supply / Remote Mirror Broken
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| Update |
Online Firmware Update / License
Update |
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| Hot swap Power Supply |
500W
hot-swappable redundant power
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650W
hot-swappable redundant power
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| Cooling |
6 *easy-swap fan |
6* hot-swappable fan |
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| Power Source |
AC 110V~240V
Full Range 50-60Hz |
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| Operating Temperature |
5℃~35℃（41℉~95℉） |
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| Non-operating Temperature |
-20℃~55℃（-4℉~131℉） |
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| Operating Humidity |
35%~85%（non-condensing） |
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| Non-operating Humidity |
20%~93%（non-condensing） |
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| OS Support |
Windows 2000, Windows XP, Windows
2008, Windows 2003, Windows Vista, Redhat Linux,
SuSE Linux, AIX, Solaris |
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Business Continuity
and Disaster Recovery
VSTOR provides Remote Mirror and Replication features
out of the box. With the VSTOR Remote Mirror/Remote
Replication features, block data is continuously
replicated from VSTOR, to secondary storage, across
any distance, without disrupting enterprise operations
or causing downtime. To reduce network usage and
storage utilizations, VSTOR sends only changed data
blocks to your disaster recovery storage.
Multi-Protocol Storage
Gateway
The VSTOR is a network-based solution designed to
provide heterogeneous access to iSCSI, InfiniBand,
Fibre Channel data sources. The gateway can help
you make the most of the virtualization capability
across your existing storage infrastructure to support
an expanded set of business applications. With VSTOR
gateway, organization can easily convert iSCSI,
InfiniBand, Fibre Channel data sources into NAS,
iSCSI, InfiniBand or Fibre Channel.
Storage Virtualization
VSTOR Advanced Storage Virtualization technology
allows you to take full advantage of the system
capacity by treating the entire RAID system as a
contiguous pool of storage. This storage pool can
then be apportioned into several virtual disks without
needing to rebuild RAID sets. A system administrator
can then easily create, delete, mirror coy and modify
volumes at a high level of granularity without worrying
about the configuration of the physical drives.
Severs can be assigned precisely the right amount
of storage required – ensuring the most optimum
utilization of your storage resources.
Multi-Path I/O
In order to reduce the downtime caused by bad cables,
broken switches, adapters and controllers, VSTOR
supports redundant physical path connections to
hosts. In the event that one or more of these components
fails, causing the path to fail, multi-path logic
uses an alternate path for I/O so that applications
can still access their data in VSTOR.
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Today's dynamic business environment requires an
adaptive and responsive I.T. infrastructure. CIOs
are constantly under pressure to reduce costs, improve
service levels and customer satisfaction, and decrease
complexity in the data center.
As a result, there is increasing emphasis on standardization
in storage systems, ranging from data integration,
hardware standards, security models, to system analysis
and tuning.
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