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Arena Products
Direct Attached
Storage
Sunstar
is proud to be a Arena partner!
JanusRAID2 SA-6651S
The Arena JanusRAID2 SA-6651S features an AMCC
PPC440SP CPU, dual 4Gb Fibre channels, sixteen SATA-II drive bays, and fully
modularized components and hot swappable power supplies and fans to reduce
the amount of operating downtime for maintenance. The JanusRAID2 series supports
RAID 6 to further increase data integrity and reliability.
The JanusRAID2 SA-6651S is a
single controller, 4Gb Fibre to SATA-II RAID system. In a compact 3U - 16 bay
chassis, featuring hot-swappable power supplies and fans. The RAID controller,
fans, and power supplies are modularized allowing for easy removal from the rear
of the unit. Also featuing a CGI-based GUI allowing easy remote configuration
and monitoring using a web browser.
Host Interface: 4Gb
Fibre
Data Transfer Rate: Up to 4
Gb/second
ID Assignment: 0-127
Number of Host Channels: 2
External Connector Type: SFP x 2 (SFP not included)
Controller CPU: AMCC PPC440SP CPU
Cache Memory: 512MB - Upgradeable to 2GB DDR II SDRAM
Disk Interface: SATA-II (3 Gb/sec)
Number of Disk Channels: 16
Hot Swap Disk Tray: 16 x 3.5" hot-swappable trays
Hot Swap Fan: 2 x Turbo Fan
Hot Swap Power supplies: 460watt x 2 Redundant
AC Input Voltage: 100 to 240V (+/- 10%), 46 to 63 Hz
RAID Levels:
JBOD, 0, 1, 3, 5, 6, 10, 30, 50, 60, NRAID
Disk Groups: Max. 16
Logical Disk: Max. 32
Data Rebuild: Automatic Data Regeneration
RAID Features: Global and local hotspare, Multiple Host ID,
and Background Initialization
Advanced Data Reliability Assurance: SMARTCor. Functions (DST,
DS, DC)
Online Expansion: Yes
Front Panel LCD and Buttons: Easy access for configuration and
status report.
RS-232 Terminal: User Friendly interface for configuration and
status report
Web browser GUI: Embedded CGI-based GUI management interface
Event Notification: Built-in buzzer, e-mail, and SNMP
Humidity: 10% to 85% non-condensing
Operating Temp: 5 C to 40 C
Non-Operating Temp: -25 C to 60 C
Safety Regulatory: UL, CUL, CB
EMC Standard: FCC, CE, C-Tick, BSMI
Physical Dimensions: 447 (W) x 565 (D) x 132 (H) mm
Physical Weight: 22 Kgs (without drives)
Packed Dimensions: 609 (W) x 790 (D) x 466 (H) mm
Packed Weight: 32 Kgs (without drives)
- Dual Flash ROM
Dual Flash ROM per controller gives higher RAID system availability and
reliability during firmware upgrading or in the event of a single ROM
failure.
- Web-based GUI
Embedded CGI-based GUI (graphic user interface) management interface can
be accessed through a web browser. The GUI allows users to easily RAID
arrays, lun mapping, etc. and also allows remote monitoring of drive
health, fan, and power supplies.
- RAID 6
RAID 6 improves over the industry standard RAID 5 by adding another parity
disk which gives greater reliability and data protection.
- Disk Self Test (DST)
Before the release of this function, users of RAID systems were forced to
test suspected bad hard drives in a host computer individually using a
drive manufacturer’s utility. This function tests the health of hard
drives with them installed in the RAID unit. DST performs write tests,
servo analysis, and read scan tests; the test results are then displayed
on the LCD and hyper terminal output. This can aid the user in deciding
whether or not to replace a suspected failing hard drive. We highly
recommend running this test before initializing a RAID set to ensure a
healthy RAID solution.
- Disk Scrubbing (DS)
With today’s RAID subsystems being capable of storing multiple terabytes,
it is becoming increasingly difficult to manage and maintain that large
amount of data. To aid a user in maintaining their data’s health, Arena-MaxTronic
has released their newest firmware function Disk Scrubbing. The data
and/or parity stored on hard drives can sometimes become corrupted; this
data can also reside in areas that are not accessed for long periods of
time. DS will use idle time to test the disks, and if a sector is found to
be corrupted, the data will be regenerated from other RAID member disks
and will be written to an uncorrupted sector. The purpose of DS is to
prevent the possibility of having multiple corrupted sectors in a single
stripe, which is one of the main causes of data loss.
- Disk Clone (DC)
Hard drives are the most likely component to fail in a RAID array, and
almost impossible to predict when the failure will occur. When a failure
does occur the RAID unit will have to regenerate data from the non-failed
hard drives to rebuild a new drive, and the RAID array will be in degraded
mode. Having a unit in degraded mode is a very cautious time because if a
second hard drive was to fail the RAID is destroyed and data is lost. This
is where Disk Cloning can aide a user. With the help of the hard drives
built in S.M.A.R.T. function, DC can determine when to begin cloning a bad
drive to a hot spare. Upon completion of cloning, the new cloned disk can
take the position of the failing disk or can stand-by until the original
disk fails, then take the failed disks position. Disk cloning is to
prevent a rebuild from ever occurring and having the unit in degraded
mode.
- Support for greater than 2TB LUN
Two firmware options are available to surpass the 2 terabyte limitation;
16byte CDB and variable sector size. With either of these functions
enabled, users are able to create slices and map LUNs greater than 2TB to
their respective host channels. See support documentation for
compatibility or contact technical support for more information.
- Background Initialization
Initialization occurs during creation of a RAID array by zeroing out /
formatting drives. By default the initialization process occurs with the
unit offline, and inaccessible. With background initialization, the RAID
array can be accessed during the initialization process so that the unit
can be setup without having to wait several hours to complete
initialization.
- BBU
An optional BBU can be included in the RAID system to ensure data
integrity in the event of a power outage. The BBU, or battery backup unit,
will provide power to the on-board cache of the RAID controller in the
event of a power outage. This will allow any data that is still stored on
the cache to be saved until power is restored. Once power is restored, the
RAID controller will flush the cache to drives.
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