IQN208 is a network storage operating system web based management user interface appliance. With the features built into IQraid, you can take advantage of file-based Network Attached Storage and block-based Storage Area Networking functionality in a single appliance.
Managed with an intuitive browser-based management interface, in as little as 15 minutes. File-based storage networking protocols such as CIFS and NFS ensure cross-platform compatibility in homogeneous networks - with client support for Windows, Linux, and Unix. iSCSI target features provide excellent integration capabilities for virtualization environments.
iSCSI target functionality is especially useful for enterprise applications such as Microsoft Exchange server integration, video surveillance and disk-to-disk backup.
IQraid management is performed via a powerful and intuitive web-based graphical user interface. Through this interface, an administrator can perform various administrative tasks such as creating volumes, network shares, allocating disk quota for users and groups and managing RAID arrays.
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‧ Cost-effective filer for Windows, Linux/Unix and MAC users
‧ Cross-platform file delivery via FTP, CIFS, NFS and HTTP
‧ Integrated Remote Replication and Remote Mirroring
‧ Multiple Volume Snapshots
‧ Fast dual Gbit Ethernet client connection
‧On-line storage volume expansion
‧ Dedicated, and reliable Linux NAS operating system
‧ Convenient remote management via web browser
| Dimension ( WxHxD , inch ) |
17.5" x 3.5" x 27" |
| SlimFDD / CD -ROM / DVD -ROM |
SlimDVD - Combox1 |
| 3 .5 " HDDBays |
8SAS / 6SATAIIHot-Swap |
| Front I / O |
U S B (v 2 .0 ) x 2 |
| R e a r I /O |
P S /2 x 2 , C O M x 1 , V G A x 1 , U S B (v 2 .0) x 2 , R J - 45 x 3 |
| P o w e r S u p p ly |
( 1 + 1 ) R e du n d a n t 6 0 0W A C p o w e r s u p p ly w /P F C |
| M / B F o rm F a c t o r |
1 2 " x 1 3 " ( S S I E E B ) |
P r o c e s s o r S u p p o r t
N u m b e r (M a x ) / T y p e |
D u a l In te l® X e on ® 5 1 0 0 /5 30 0 ; 5 2 0 0/5 4 0 0 |
| S o c k e t |
S o c k e t L G A 7 7 1 |
| S y s t em B u s ( F S B ) |
1 0 6 6 /1 3 33 M H z |
| C h ip s e t |
In te l® 5 0 0 0P + E S B 2 -E |
| M e m o r y S u p p o rt T y p e |
D D R 2 , 5 3 3 /6 6 7 , E C C R e g . F u ll y B u f fe re d |
| M e m o r y S lo t s / C a p a c it y (M a x ) |
8 x 2 4 0 p in D IM M , 4 c h a n n e ls , M a x 3 2 G B fo r du a l c h a n ne l |
| P C I E x p a n s io n |
P C I -E ( x 1 6 ) (F ul l H e ig h t ) s l o t x 1 (w / P C I - E x 8 s p e e d ), P C I -E ( x 8 ) (F ul l H ei g h t ) s l o t x 2 |
| I n t e g r a t e d G r a p h ic s (V id e o ) |
A S T 2 0 0 0 e m b e d d ed V G A w /8 M B D D R 2 V id e o M e m o r y |
| In t e g r a t e d L A N |
T w o In te l® G ig a b it E th e r n et c o n ne c t i o n s , A s p e e d A S T 2 0 0 0 (d e d ic ate fo r I PM I ) |
| L A N S p e c if ic a t io n |
1 0 /1 0 0 /1 0 0 0 B A S E - T X x 2; 1 0 /1 0 0 B A S E - T X x 1 |
| S A S c o n t r o l le r |
L S I 1 0 6 8 E S A S 3 .0G b/s |
| S A T A c o n t r o l le r |
In te l® E S B 2 - E S A T A I I 3 .0 G b /s |
| ID E (P A T A ) |
1 c h a n n e l |
| R A ID F u n c t i o n S u p p o r t |
S A S : S W R A ID 0 , 1 , 1 E ; S A T A : S W R A ID 0 , 1 , 1 0 , 5 , 6 HW R a id 0 , 1, 1 0 , 5 , 5 0, 6 |
| K V M o v e r I P |
A S T 2 0 0 0 |
| R o H S |
Y e s |
| S e r v e r M a n a g e m e n t |
IM P I v 2 .0 |
| O S |
N A S li nu x B a s e d 2.6 .x |
| S n a p s h o t s |
Y e s - In teg r a te d |
| R e m o t e R e p lic a t io n |
Y e s - In teg r a te d |
| R e m o t e M ir r o r in g |
Y e s - In teg r a te d |
| i S C S I |
Y e s – T a rg e t / In it ia to r |
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