|
Welcome to Appro HPC
Solutions, an e-Newsletter you can rely on for the latest about
Appro's products, solutions, technology partnerships, recent announcements,
promotions and more. We hope that this information will help you
make well-informed purchasing decisions. Comments or suggestions?
Let us hear from you.
Featuring
the Appro HyperBlade based on Intel Server board S3000PT
Appro HyperBlade server supports the Intel®
Xeon® processors 3000 and 3200 series targeted for HPC only.
These servers offer two boards per chassis nearly cutting the chassis
and rack infrastructure cost in half. This cost-effective blade
server delivers essential server-class features to reduce size,
cost, power consumption and complexity. In addition it offers a
small form factor board for high performance and high density computing
applications enabling greatest system-level innovation. The two
socket HyperBlade server solution features one PCI-Express x8 slot
enabling added I/O such as GbE, Infiniband, SAS RAID cards with
4 DIMM slots (maximum 8GB) of DDR2 533/667 memory. It delivers maximum
flexibility, high-performance and value. To learn more, click
here
White Papers, Webcast and Solution Brief
1. Is your
HPC Cluster Ready for Multi-core?
The evolution to multi-core processors provides a
unique set of challenges and opportunities for the High Performance
Computing (HPC) cluster sector. While multiple cores mean more computing
power within the same space and power signature, the fundamental
changes in processor architecture make efficient use of these processors
a bit more challenging than previous designs. Clusters have reshaped
the HPC landscape and are almost always the preferred platform on
which to achieve the best price to performance in a given application
domain. This white paper provides a first look at utilizing multi-core
processors within HPC clusters and contains recommendations for
achieving good performance on multi-core systems. To
retrieve your free white paper, click
here.
2.
Petascale -High Performance Computing for
Oil and Gas Market
This IT Executive Briefing is based on
the Appro’s Executive IT Geoscience’s Seminar held October
2006, in New Orleans. This document discusses the Analytical Needs
of Exploration Geophysics. It also discusses how to address those
needs by applying High Performance computing capabilities to the
particular issues of seismic processing, enhanced oil recovery (EOR),
and large, complex reservoirs.
Intel®, along with APPRO, LLNL, Schlumberger, Landmark, Paradigm,
and a host of other companies, works with a client company's proprietary
software to increase processing power, memory capacity and bandwidth
capabilities to address these major issues in exploration geophysics.
To retrieve this white paper, click
here
3.
Maximizing High Performance Computing with Multi-Core Technologies
Numerous factors are driving the high-performance computing
(HPC) cluster market, such as the accelerated adoption of Linux,
increased use of 64-bit applications, and fast interconnect technologies
like InfiniBand. But no factor is having as much effect on HPC as
the advent of multi-core processors, which hold much promise in
increased computer performance, lower power consumption requirements,
decreased cooling costs, and lower TCO. To view
this Solution Brief Article, click
here.
Announcements
>>Appro's Products based on Intel Xeon Processor 3000, 5100
and 5300 Series. To learn more, click
here.
>>Appro HyperBlade and 1224X HyperServer based
on Intel® Server Board S3000PT, click
here
Why
Appro
Appro accelerates technical applications and business results unlocking
the value of IT for the high-performance and enterprise computing
markets through differentiated performance, balanced architecture,
open standards and engineering expertise. Appro is a leading developer
of innovative, high-performance, density-managed servers, cluster-solutions,
storage subsystems, and high-end workstations for the enterprise
high-performance computing markets. Learn
more about Appro
Contact Appro
www.appro.com
- 1-800-927-5464 sales@appro.com
|