Areca ARC-1230 Leaflet
HIGHLIGHTS
The SATA RAID controllers raise the
standard to higher performance levels with
several enhancements including Intel high-
performance I/O Processor, a new DDR
memory architecture (DDR333) and high
performance PCI-X/Express bus
interconnection. The ARC-1x10/1x20
default supports 256MB on-board ECC
DDR333 SDRAM memory. The ARC-
1x30/1x60/1170 series support one
SODIMM socket with default 256MB of ECC
DDR333 SDRAM, upgrade to 1GB.
standard to higher performance levels with
several enhancements including Intel high-
performance I/O Processor, a new DDR
memory architecture (DDR333) and high
performance PCI-X/Express bus
interconnection. The ARC-1x10/1x20
default supports 256MB on-board ECC
DDR333 SDRAM memory. The ARC-
1x30/1x60/1170 series support one
SODIMM socket with default 256MB of ECC
DDR333 SDRAM, upgrade to 1GB.
Areca ML connector controllers come with
Multi-lane Internal connectors for high
capacity industrial environments. The
controllers include a highly reliable, locking
cable/connector system that combines 4
SATA ports into one on the controller side,
available in 16 or 12-port configurations.
Areca ARC-1130ML/1160ML2 controllers
increase reliability, simplify installation and
routing.
Multi-lane Internal connectors for high
capacity industrial environments. The
controllers include a highly reliable, locking
cable/connector system that combines 4
SATA ports into one on the controller side,
available in 16 or 12-port configurations.
Areca ARC-1130ML/1160ML2 controllers
increase reliability, simplify installation and
routing.
The Areca SATA RAID controller support
broad operating system including
Windows® Server 2003, Windows XP,
Windows 2000, Red Hat Linux (Open
Source), SuSE Linux (Open Source), and
FreeBSD (Open Source) and other
operating systems, along with key system
monitoring features such as I2C enclosure
management, and SNMP function.
broad operating system including
Windows® Server 2003, Windows XP,
Windows 2000, Red Hat Linux (Open
Source), SuSE Linux (Open Source), and
FreeBSD (Open Source) and other
operating systems, along with key system
monitoring features such as I2C enclosure
management, and SNMP function.
As storage capacities continue to rapidly
increase, users need greater level of disk
drive fault tolerance, which can be
implemented without doubling the
investment in disk drives. The RAID 6 can
offer fault tolerance greater that RAID 1 or
RAID 5 but only consumes the capacity of 2
disk drives for distributed parity data. The
SATA RAID controllers with extreme
performance RAID 6 engine supported
provide the highest RAID 6 feature to meet
this requirement. The controller can
concurrently compute two parity blocks and
get comparable with RAID 5 performance.
increase, users need greater level of disk
drive fault tolerance, which can be
implemented without doubling the
investment in disk drives. The RAID 6 can
offer fault tolerance greater that RAID 1 or
RAID 5 but only consumes the capacity of 2
disk drives for distributed parity data. The
SATA RAID controllers with extreme
performance RAID 6 engine supported
provide the highest RAID 6 feature to meet
this requirement. The controller can
concurrently compute two parity blocks and
get comparable with RAID 5 performance.
The SATA RAID controllers can also provide
RAID levels 0, 1, 1E, 3, 5, 6 and JBOD RAID
for maximum configuration flexibility. Its
high data availability and protection derives
from the following capabilities: Online RAID
Capacity Expansion, Array Roaming, Online
RAID Level/Stripe Size Migration, Global
Online Spare, Automatic Drive Failure
Detection, Automatic Failed Drive
Rebuilding, Disk Hot-Swap, Online
Background Rebuilding, Instant Availability/
Background Initialization, Auto Reassign
sector, and Battery Backup. During the
controller firmware upgrade flash process, it
is possible for a problem to occur resulting
in corruption of the controller firmware.
RAID levels 0, 1, 1E, 3, 5, 6 and JBOD RAID
for maximum configuration flexibility. Its
high data availability and protection derives
from the following capabilities: Online RAID
Capacity Expansion, Array Roaming, Online
RAID Level/Stripe Size Migration, Global
Online Spare, Automatic Drive Failure
Detection, Automatic Failed Drive
Rebuilding, Disk Hot-Swap, Online
Background Rebuilding, Instant Availability/
Background Initialization, Auto Reassign
sector, and Battery Backup. During the
controller firmware upgrade flash process, it
is possible for a problem to occur resulting
in corruption of the controller firmware.
With our Redundant Flash image feature the
The BIOS contains an embedded McBIOS
RAID manager that can access via hot key
at BIOS boot-up screen. This pre-boot RAID
manager can use to simplify the setup and
management of RAID controller. The
controller firmware also contains and
browser-based McRAID storage manager
that can access through the Http Proxy
server in Windows, FreeBSD and Linux
environment. The McRAID manager allows
local and remote to create and modify RAID
set, volume set, and monitor RAID status
from standard web browser. The Single
Admin Portal (SAP) monitor utility can
support one application to scan multiple
RAID units in the network.
RAID manager that can access via hot key
at BIOS boot-up screen. This pre-boot RAID
manager can use to simplify the setup and
management of RAID controller. The
controller firmware also contains and
browser-based McRAID storage manager
that can access through the Http Proxy
server in Windows, FreeBSD and Linux
environment. The McRAID manager allows
local and remote to create and modify RAID
set, volume set, and monitor RAID status
from standard web browser. The Single
Admin Portal (SAP) monitor utility can
support one application to scan multiple
RAID units in the network.
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Supports up to 4, 8, 12, 16
and 24 Serial ATA drives on
a single host adapter
and 24 Serial ATA drives on
a single host adapter
SATA II 300MB/s speed at
each SATA II drive ports
each SATA II drive ports
New Internal Multi-lane
Connector for maximum
reliability
Connector for maximum
reliability
Intel RAID Engine to
support highest speed
RAID 6
support highest speed
RAID 6
Online Capacity expansion,
RAID level/stripe size
migration
RAID level/stripe size
migration
Online Volume Set growth
Redundant flash image for
adapter availability
adapter availability
Support Greater than 2TB
per Volume set and battery
backup module (BBM)
per Volume set and battery
backup module (BBM)
Broad operating system
support including Windows,
Linux (open source) and
FreeBSD (open source)
support including Windows,
Linux (open source) and
FreeBSD (open source)
ARECA high-performance PCI-X/Express bus to SATA RAID host adapter
supported 4,8,12,16, 24 SATA ll peripheral devices on a single host
adapter. SATA RAID controller has the same RAID kernel of its field-
proven external RAID controller. Applications that benefit most features
from these controllers include NAS, server RAID solutions, web servers,
supercomputing, near-line backup, security systems and streaming
applications server.
supported 4,8,12,16, 24 SATA ll peripheral devices on a single host
adapter. SATA RAID controller has the same RAID kernel of its field-
proven external RAID controller. Applications that benefit most features
from these controllers include NAS, server RAID solutions, web servers,
supercomputing, near-line backup, security systems and streaming
applications server.
controller will revert back to the last known
version of firmware and continue operating.
This reduces the risk of system failure due
to firmware crash. Greater than 2 TB
support allows for very large volume set
application in 64-bit environment such as
data-mining and managing large databases.
version of firmware and continue operating.
This reduces the risk of system failure due
to firmware crash. Greater than 2 TB
support allows for very large volume set
application in 64-bit environment such as
data-mining and managing large databases.
Unparalleled Performance
Integrated Solutions
Maximum Interoperability
Unsurpassed Data Availability
Easy RAID Management