Highpoint RocketRAID 3560 RR3560 Fascicule

Codes de produits
RR3560
Page de 2
S A T A   I I   H a r d w a r e   R A I D   C o n t r o l l e r
R o c k e t R A I D   3 5 0 0   S e r i e s
H i g h - P e r f o r m a n c e   P C I - E x p r e s s   x 8   t o   S e r i a l  ATA  I I
Highlights
• Intel® IOP341(800MHz) RAID Engine with 
  hardware RAID (XOR) and RAID 6 (P+Q)
• 780MB/s sequential reads and 
  689MB/s write RAID 6 performance.
      
• Port Configurations 4,8,12,16,24 ports
• PCI-Express x8 bus technology for fast 
  data transfers
HighPoint TerabyteArchitecture™
1) TerabyteStream™ - An intelligent algorithm 
  delivering maximum sustained performance 
  by dynamically detecting I/O streams 
  leveraging a powerful I/O processor with 
  onboard cache.
2) TerabtyeGuard™ - A selection of security 
  features designed to maintain RAID integrity
  via routine inspection of storage hardware 
  for defects induced by wear and tear.
3) TerabyteSaver™ - Maximizes the rate of 
  data recovery and prevents data loss in 
  the event of unexpected failures; ensuring
  data availability and business continuity.
• Supports advanced SATA II features
  including 3Gb/s and NCQ
• RAID levels 0, 1, 3, 5, 6, 10, 50 and JBOD
 Intel® IOP341 (800MHz) - RAID I/O Processor
4 SATA - In-1 via Multi-lane Connectivty 
Vertical Application Tuning 
RAID 6: Two indpendent distributed parity schemes 
maximizing data protection during rebuilding mode
by allowing up to two drive failures concurrently. 
 
A P P L I C A T I O N S      F O R      HIGHPOINT    RAID   C O N T R O L L E R S
RAID 6 Dual Parity Portection
“ G o i n g   G r e e n   M a k e s   S e n s e ”
Technologies, Inc.
 
The RocketRAID 3500 series based on HighPoint’s TerabyteArchitecture    and high-performing Intel®IOP341 
I/O Processor delivers enterprise-class SATA RAID 5 and RAID 6 performance (780MB/s read and 689MB/s write) 
for storage applications that need high bandwidth and high capacity sequential performance. 
TM
TM
The Intel® IOP341(800MHz) I/O Processor  is 
one of the industry’s highest performing RAID
I/O processor engines for multi-channel SATA
hardware RAID 5/6 controllers. 
The RocketRAID 3500 series of PCI-Express 
hardware RAID controllers leverages HighPoint
TerabyteArchitecture   and a powerful Intel® 
IOP341 I/O Processor to deliver the industry’s
leading RAID 6 performance with sustained 
transfer rates over 780MB/s Read and 685MB/s
Write. 
The RocketRAID 3500 series offer a comprehensive
line of hardware RAID controllers via cutting edge
multi-lane connectors from 4,8,12,16 and 24 ports. 
All RocketRAID 3500 series controllers support 
RAID level 0, 1, 3, 5, 6, 10, and JBOD. 
The RocketRAID 3500 series offers a robust
hardware RAID 6 protection, an additional 
disk drive failure tolerance provided by a
second independent distributed parity
scheme. It provides protection for mission-
critical data from two concurrent disk failures.
For instance, eliminating the risk of data loss
if a second drive fails while rebuilding is in 
process. 
An optional Battery Back Up with integerated
write journaling enhances data availability
through rapid data recovery from power 
outage events.  
4 SATA - In-1 is aggregating four lanes of high 
speed SATA traffic into a single locked connection 
traveling through one cable. It significantly 
increases higher port count support and reduces 
the number of cables needed for a host adapter. 
Multi-lane connectivty delivers fast, secure, simple 
and cluster free designs that significantly provide 
better airflow and reliability in large storage systems.    
Vertical applications like NAS, storage clusterservers, 
supercomputing, backup and archival, security 
systems and pro audio and video applications 
often require I/O tunning to meet the sustained 
Read/Write performance and protection mode needs.
Advance features in the RocketRAID 3500 series 
of controllers allow users the flexibility to tune the 
RAID I/O settings to optimal modefor the best 
sustained Read/Write performance or protection 
mode for applications that require the highest level 
of data protection and reliability.