|
 |
HyperGreen Cluster Solution
|
|
|
| |
|
|
|
|
|
| |
|
|
The Appro HyperGreen™
Cluster solution is based
on the Appro GreenBlade™
system solution building block
offering a modular, flexible
and energy-efficient cluster
architecture that addresses
today’s natural business
growth from mid to large-scale
high performance and high-density
computing applications.
The Appro HyperGreen Cluster
solution offers customers
performance scalability, density
and energy efficiency at a
competitive price. Its core
cluster components are hot-swappable
and redundant such as cooling
fans, power supplies and blade
nodes offering superior reliability,
availability and serviceability.
It features up to 80 GreenBlade
nodes, totaling 960 processing
cores per 42U standard rack
cabinet, doubling the density
compared with |
|
traditional rack mounted servers.
It offers 1.0TB of internal storage and
up to 64GB of DDR2 memory per node. With
its green design and utilizing 90%+ efficient
power supplies, HyperGreen Cluster boasts
up to 20% power consumption reduction
per node compared to 1U servers, significantly
reducing energy bills in the datacenter.
In addition, the Appro HyperGreen Cluster
solution provides flexibility with a choice
of servers, networking, interconnects
and an open commercially supported cluster
management solution that can be easily
configured and pre-integrated as a part
of a complete package to include HPC professional
services and support.
Ideal
Environment
Addresses businesses requirements
for innovation and pre-packaged
industry standard solutions that
are simplified, easy to manage
with lower TCO and a quick path
to ROI. The Appro HyperGreen Cluster
solution is designed for mid-
to large HPC deployments scaling
up to of 1000 nodes of computing
power. It is ideal for High Performance
Computing (HPC) applications with
the need for a large memory footprint
and 64-bit software capability
such as EDA, Seismic Processing,
CAE, Life Sciences, CFD, Rendering
Seismic,Reservoir Modeling, Seismic
Reverse Time Migration, Prestack
Time/Depth Migration, Monte Carlo
and most HPC applications (eg.
Nastran, Ansys, LS-Dyna).
|
|
|
|
|
|
|
|
