Areca ARC-1882P Folheto
ARC-1882P
ARC-1882P
Highlights
Dual core 800MHz ROC I/O
processor
processor
One XMC sites supporting PCIe
3.0 x8
3.0 x8
Dual SFF-8470 front panel
connectors
connectors
Front panel LEDs for global fault
and activity
and activity
Support up to 8 external SAS ports
6Gb/s throughput at each port
Support up tp (128) SAS/SATA llI
using SAS expanders
using SAS expanders
Online capacity expansion, RAID
level/stripe size migration
level/stripe size migration
Online volume set growth
Redundant flash image for adapter
availability
availability
Support greater than 2TB per
volume set
volume set
SES2 and SMP enclosure
management
management
Broad operating support including
Windows, Linux (open source),
FreeBSD(open source),
Soaris(open source) and more
systems
Windows, Linux (open source),
FreeBSD(open source),
Soaris(open source) and more
systems
Maximum Interoperability
SAS for Maximum Scalability
Product Overview
Unsurpassed Data Availability
SAS builds on parallel SCSI by providing higher
performance, improving data availability. The SAS
interface supports both SAS disk drives for
data-intensive applications, and Serial ATA (SATA)
drives for low-cost bulk storage of reference data.
performance, improving data availability. The SAS
interface supports both SAS disk drives for
data-intensive applications, and Serial ATA (SATA)
drives for low-cost bulk storage of reference data.
The ARC-1882P includes 8 external SAS ports for
easy expansion. When ARC-1882P SAS RAID
controller used with SAS expanders, the adapter
can provide up to (128) devices through one or
more SAS JBODs, making two SFF-8470 connec-
tors at the XMC front bezel are used for connectiv-
ity. Each connector combines four SAS/SATA ports
into a single jack-screw style locked connection for
operation in rugged environments.
easy expansion. When ARC-1882P SAS RAID
controller used with SAS expanders, the adapter
can provide up to (128) devices through one or
more SAS JBODs, making two SFF-8470 connec-
tors at the XMC front bezel are used for connectiv-
ity. Each connector combines four SAS/SATA ports
into a single jack-screw style locked connection for
operation in rugged environments.
The ARC-1882P is a high performance XMC (PMC
with high-speed serial fabric interconnect Mezzanine
Card) that is ideal for ruggedized systems requiring
high bandwidth storage. It is based on the ROC I/O
controller, equipped with 8 ports of either SAS or
SATA connectivity at 6.0 Gb/s per ports. Features
include high performance dual core ROC processor,
1GB DDR3-1333 memory and high speed PCIe 3.0
x8 interface. A heat-sink is provided adequate
cooling for the dual core ROC controller and
conducts heat to front bracket. ARC-1882P can be
used on Video/IR systems and Signal Intelligence,
etc. Application areas can be found in markets such
as medical, military, aerospace and automation.
with high-speed serial fabric interconnect Mezzanine
Card) that is ideal for ruggedized systems requiring
high bandwidth storage. It is based on the ROC I/O
controller, equipped with 8 ports of either SAS or
SATA connectivity at 6.0 Gb/s per ports. Features
include high performance dual core ROC processor,
1GB DDR3-1333 memory and high speed PCIe 3.0
x8 interface. A heat-sink is provided adequate
cooling for the dual core ROC controller and
conducts heat to front bracket. ARC-1882P can be
used on Video/IR systems and Signal Intelligence,
etc. Application areas can be found in markets such
as medical, military, aerospace and automation.
( 8 Ports SAS/SATA RAID Ruggedized XMC)
The SAS RAID controller supports broad operating
system including Windows XP/Vista/server
2003/2008/Win7/server 2012/Win8, Linux (Open
Source), FreeBSD (Open Source), Solaris (Open
Source), Mac and more, along with key system
monitoring features such as enclosure
management(SES2 and SMP) and SNMP function.
system including Windows XP/Vista/server
2003/2008/Win7/server 2012/Win8, Linux (Open
Source), FreeBSD (Open Source), Solaris (Open
Source), Mac and more, along with key system
monitoring features such as enclosure
management(SES2 and SMP) and SNMP function.
Easy RAID Management
A set of 8 green LEDs and 8 red LEDs are
provided on the backside of the board to transport
activity/fault status for each of the 8 attached
devices. The global state of these activity/fault
indicators is also presented on the front panel
using a single green and a single red LED. The
controller 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 adapter firmware also contains a
browser-based McRAID storage manager which
can be accessed through the ArcHttp proxy server.
The McRAID storage 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.
provided on the backside of the board to transport
activity/fault status for each of the 8 attached
devices. The global state of these activity/fault
indicators is also presented on the front panel
using a single green and a single red LED. The
controller 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 adapter firmware also contains a
browser-based McRAID storage manager which
can be accessed through the ArcHttp proxy server.
The McRAID storage 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.
•
•
•
•
•
•
•
•
•
•
•
•
•
The SAS RAID controllers can also provide RAID
levels 0, 1, 1E, 3, 5, 6,10, 30, 50, 60, Single Disk
or JBOD for maximum configuration flexibility. 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 SAS RAID
controllers with extreme performance RAID 6
engine installed provide the highest RAID 6 feature
to meet this requirement. Its high data availability
and protection derives from the following capabili-
ties: 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, Redundant
Flash Image and Battery Backup Module.
levels 0, 1, 1E, 3, 5, 6,10, 30, 50, 60, Single Disk
or JBOD for maximum configuration flexibility. 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 SAS RAID
controllers with extreme performance RAID 6
engine installed provide the highest RAID 6 feature
to meet this requirement. Its high data availability
and protection derives from the following capabili-
ties: 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, Redundant
Flash Image and Battery Backup Module.
ARC-1882P has featured with controller based
hardware encryption function. Controller based
hardware encryption describes the encryption of
data occurring at the disk array controller before
being sent to the disk drives. Since RAID controller
is a natural central point of all data therefore
encryption at this level is inherent and also reduces
deployment complexity. ARC-1882 RAID controller
has dedicated electronic circuitry for the crypto-
graphic engine embedded in the ROC and
operating at full channel speeds. The hardware
encryption does not impact the performance of
ARC-1882P RAID controller and can implement on
any kinds of HDD that is transparent to the user,
the OS, and applications.
hardware encryption function. Controller based
hardware encryption describes the encryption of
data occurring at the disk array controller before
being sent to the disk drives. Since RAID controller
is a natural central point of all data therefore
encryption at this level is inherent and also reduces
deployment complexity. ARC-1882 RAID controller
has dedicated electronic circuitry for the crypto-
graphic engine embedded in the ROC and
operating at full channel speeds. The hardware
encryption does not impact the performance of
ARC-1882P RAID controller and can implement on
any kinds of HDD that is transparent to the user,
the OS, and applications.
XMC Module