EtherDrive Storage Provides High Scalability and Low Cost for Hungarian 
Research Sector  [image: Print] 
<http://www.wwpi.com/index2.php?option=com_content&task=view&id=505&Itemid=0&pop=1&page=0#>

The National Information Infrastructure Development
Program<http://www.niif.hu/>is the driving force behind the operation
and development of Hungary's
research network. The program covers the entire Hungarian science, education 
and public collection community by providing a networked computer 
infrastructure and a wide range of communication information, co-op 
services, and networking applications. 

The means by which the NIIF Program delivers its grid services is through 
The Hungarian ClusterGrid Infrastructure Project. The ClusterGrid Project 
integrates Intel processor PC's into a single, large, countrywide 
interconnected set of clusters. The PCs are provided by participating 
Hungarian institutes, such as high schools, universities, or public 
libraries. Implementing and Coordinating this central infrastructure is the 
responsibility of the NIIF/HUNGARNET. Members use their PC's for their own 
purposes during official work hours and offers the infrastructure for 
high-throughput computing when PC's are not in normal use. The combination 
of "day-shift" (individual mode) and "night-shift" (grid mode) allows grid 
administrators to utilize CPU cycles that provide high computational 
infrastructure to the national research community. 

NIIF uses EtherDrive Storage Blades for highly scalable storage support in 
the ClusterGrid project. EtherDrive storage easily accommodates storage 
needs of the mostly Linux operating system. PC's use Debian GNU 3.1 systems 
and grid backbone machines use RedHat 7.3 distributions. Servers with dual 
2.0 GHz Xeon processors provide the central entry point. The grid uses 
Condor as the local scheduler where labs are treated as individual pools 
that are interconnected by Condor's native flocking mechanism.

Coraid's EtherDrive Storage Blades provide a low cost networked storage 
solution using Ethernet connections between the server and a shared storage 
array (pool). Multiple servers can access a common disk storage system 
eliminating wasted captive storage. With EtherDrive Storage Blades, the 
storage pool can be expanded easily with simple Ethernet connections. 
Storage array performance is limited only by the number of disks configured 
for RAID striping and the speed of the Ethernet connection at the server. 
EtherDrive Storage Blades are Direct Network Attached (DNA) block storage. 
DNA provides an Ethernet interface for hard disk drives. Coraid offers an 
optional EtherDrive RAIDBlade/20 Controller for users that don't want to use 
Linux software RAID.

coraid.com <http://www.coraid.com/>
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