February 15, 2011 | Memory bottlenecks have always been a concern
when dealing with large data sets. With the advent of multi-core
processors, memory access is the obvious concern for application
developers and their end users. PSSC Labs latest servers and
workstations directly address this issue by providing platforms which
can now support massive amounts of memory in a single system.
The Company is now shipping two new cost-effective computing platforms
supporting up to 512 GB of high performance system memory; the
PowerServe Quattro I4800 and the PowerServe Quattro A41200. Each of
these platforms leverages different processor architectures to achieve
this massive memory capability. The PowerServe Quattro I4800 is based
on Intel® Xeon® architecture and contains 32 processors cores and can
support up to 40TB of redundant storage space. The PowerServe Quattro
I41200 is based on AMD® Opteron® architecture and contains 48 processor
cores and can also support up to 40TB of redundant storage space. Both
systems support Microsoft Windows® operating system as well as a variety
of Linux operating systems including Red Hat, CentOS & Ubuntu.
Alex Lesser, PSSC Labs VP of Sales & Marketing, explains the
advantages of these new computing platforms. "Recently we attended a
Genomics conference where we heard repeatedly the need for scientist to
run their applications on large memory systems," begins Mr. Lesser.
"When you combine these awesome performance systems with PSSC Labs
expertise in delivering turn key solutions including application
installation and management tools, the scientific community is free to
focus on their work and not managing a complex computer system."
According to Mr. Lesser PSSC Labs plans to certify both platforms to run
a variety of applications including genome sequencing programs such as
Casava™ and Bioscope™.
Starting price for the PowerServe Quattro I4800 and PowerServe Quattro
A41200 systems is below $15,000 USD and can be shipped / supported world
wide. The systems can be custom configured to meet any budget or
specifications. PSSC Labs will soon be releasing new versions of the
PowerServe platform that will support up to 1.0TB of system memory.
About PSSC Labs
PSSC Labs is not just another computer company. Instead PSSC Labs is a
solution focused provide of high performance computing equipment bundled
with application software and management tools. This approach allows
PSSC Labs to offer the most turn-key computing solutions possible
allowing end users to focus on their work and not managing complex
computer systems. For more information please visit www.pssclabs.com.
==
For more details about PSSC Labs' high performance servers, supercharged workstations and industry leading clusters and clouds, visit us online at http://pssclabs.com.
Tuesday, February 15, 2011
Wednesday, November 3, 2010
Carnegie Institute of Washington Upgrades Supercomputer With Just One Call
November 3, 2010 | Computer clusters commonly need more processing
power over time in order to remain viable as tools for scientific
research and discovery. Many research scientists begin small and then
add horsepower as budgets become available. When budget became available
to the Carnegie Institute of Washington's (CIW) Department of Terrestrial Magnetism,
they contacted PSSC Labs to expand the computing capability of their
existing PowerWulf Cluster. With over 1,000 PowerWulf Clusters
operational today, PSSC Labs understands that end users are looking for a
simple, cost effective and easy method to add computing power.
In 2009, CIW purchased a 96 processor core, 192 GB memory PowerWulf Cluster. The primary research use for the cluster is "adaptive mesh refinement hydrodynamics code for studying mixing and transport processors in the presolar cloud and solar nebula." According to Michael Acierno (IT Manager / Department of Terrestrial Magnetims), the PowerWulf Cluster continues to exceed expectations. "Our experience to date has been completely satisfactory," explains Mr. Acierno. "The installation of our PowerWulf Cluster was literally plug and play. PSSC Labs had all our requirements and configured the cluster prior to shipping. Except for adding user accounts, the cluster was ready to begin computations as we powered up." Like most system administrators, Mr. Acierno's time is limited. A primary concern is the ongoing time requirements to manage, monitor and maintain the compute cluster. PSSC Labs understands the need to deliver a stable solution requiring as little user input possible. "Management has been simple and has required far less of my time than I anticipated," explains Mr. Acierno.
When the time came to upgrade the processing power of the cluster, Mr. Acierno turned to PSSC Labs for help. PSSC Labs recommended migrating to their revolutionary new server platform; the PowerServe DUO TI2400. This unique design offers two complete and independent servers in just 1U of rack space. Unlike other blade servers, the PowerServe DUO TI2400 has no shared backplane or shared power supply. A key feature of this new platform is the "tool-free" design which allows for the easiest system upgrades and maintenance possible. In addition, the PowerServe DUO TI2400 offers industry leading "green features" including 90%+ efficient power supplies, power reduction management features and 55% recyclable metal. "We are pleased with the continuing improvements in cluster technology that PSSC Labs is making," asserts Mr. Aceirno. "Notably, the shrinking physical size of the server package while simultaneously increasing the number of cores. This trend is what makes in-house resources so attractive since a very powerful cluster does not require excessive and cooling demands."
Integrating these new server nodes into the PowerWulf Cluster required very little effort from Mr. Acierno. Each PowerWulf Cluster includes CBeST, the Complete Beowulf Software Toolkit developed and supported by PSSC Labs. CBeST includes an imaging utility allowing new nodes to be connected to the cluster switch and automatically receive the latest compute node image via PXE network. Very little input is required from the user and PSSC Labs Cluster Technicians are available to assist. With the addition of the new nodes, CIW's cluster performance increased by 50%. "Thanks to the excellent work of (PSSC Labs) the upgrade was simple and fast. Even the nodes were labeled properly. That attention to detail does not go unnoticed."
==
For more details about PSSC Labs' high performance servers, supercharged workstations and industry leading clusters and clouds, visit us online at http://pssclabs.com.
In 2009, CIW purchased a 96 processor core, 192 GB memory PowerWulf Cluster. The primary research use for the cluster is "adaptive mesh refinement hydrodynamics code for studying mixing and transport processors in the presolar cloud and solar nebula." According to Michael Acierno (IT Manager / Department of Terrestrial Magnetims), the PowerWulf Cluster continues to exceed expectations. "Our experience to date has been completely satisfactory," explains Mr. Acierno. "The installation of our PowerWulf Cluster was literally plug and play. PSSC Labs had all our requirements and configured the cluster prior to shipping. Except for adding user accounts, the cluster was ready to begin computations as we powered up." Like most system administrators, Mr. Acierno's time is limited. A primary concern is the ongoing time requirements to manage, monitor and maintain the compute cluster. PSSC Labs understands the need to deliver a stable solution requiring as little user input possible. "Management has been simple and has required far less of my time than I anticipated," explains Mr. Acierno.
When the time came to upgrade the processing power of the cluster, Mr. Acierno turned to PSSC Labs for help. PSSC Labs recommended migrating to their revolutionary new server platform; the PowerServe DUO TI2400. This unique design offers two complete and independent servers in just 1U of rack space. Unlike other blade servers, the PowerServe DUO TI2400 has no shared backplane or shared power supply. A key feature of this new platform is the "tool-free" design which allows for the easiest system upgrades and maintenance possible. In addition, the PowerServe DUO TI2400 offers industry leading "green features" including 90%+ efficient power supplies, power reduction management features and 55% recyclable metal. "We are pleased with the continuing improvements in cluster technology that PSSC Labs is making," asserts Mr. Aceirno. "Notably, the shrinking physical size of the server package while simultaneously increasing the number of cores. This trend is what makes in-house resources so attractive since a very powerful cluster does not require excessive and cooling demands."
Integrating these new server nodes into the PowerWulf Cluster required very little effort from Mr. Acierno. Each PowerWulf Cluster includes CBeST, the Complete Beowulf Software Toolkit developed and supported by PSSC Labs. CBeST includes an imaging utility allowing new nodes to be connected to the cluster switch and automatically receive the latest compute node image via PXE network. Very little input is required from the user and PSSC Labs Cluster Technicians are available to assist. With the addition of the new nodes, CIW's cluster performance increased by 50%. "Thanks to the excellent work of (PSSC Labs) the upgrade was simple and fast. Even the nodes were labeled properly. That attention to detail does not go unnoticed."
==
For more details about PSSC Labs' high performance servers, supercharged workstations and industry leading clusters and clouds, visit us online at http://pssclabs.com.
Tuesday, March 9, 2010
PSSC Labs To Supply new supercomputer for HPCC at WKU
March 9, 2010 | PSSC Labs announced that it has received the
contract to supply a new multi-technology supercomputer for the High
Performance Computing Center (HPCC) at WKU. Western Kentucky
University's Ogden College of Science and Engineering with the help of
Senator Mitch McConnell secured $2.5 million funding from the U.S.
Department of Education on October 1, 2009.
The PSSC Labs supercomputer will be an ultra high performance system with over 7500 CPU cores, 4100 GPU cores, high volume data storage, and high speed network connectivity. The HPCC will provide cyber infrastructure required to support research across academic disciplines at WKU, and will expand capacity to create strategic partnerships between university faculty and global business industry.
Almost forty suppliers competed for this contract, including Dell, IBM, Hewlett-Packard, and Cisco. PSSC Labs was chosen to provide the supercomputer because of its outstanding reputation in the High Performance Computing (HPC) industry for building highly reliable systems for computationally intensive applications. The PSSC Labs supercomputer will use a newly released twin blade form factor that creates higher computing density while using 30% less energy and can be easily maintained, upgraded, and recycled.
"We are honored and excited to provide the HPCC a world class super computer," said Janice Lesser, company President. "PSSC Labs builds, validates, and extensively tests all systems in a network environment to greatly increase reliability. We have documented a 0.001% in the field failure rate of our products. This allows our customers to focus their time on their work, and not expend resources on trouble-shooting computer component failures."
==
For more details about PSSC Labs' high performance servers, supercharged workstations and industry leading clusters and clouds, visit us online at http://pssclabs.com.
The PSSC Labs supercomputer will be an ultra high performance system with over 7500 CPU cores, 4100 GPU cores, high volume data storage, and high speed network connectivity. The HPCC will provide cyber infrastructure required to support research across academic disciplines at WKU, and will expand capacity to create strategic partnerships between university faculty and global business industry.
Almost forty suppliers competed for this contract, including Dell, IBM, Hewlett-Packard, and Cisco. PSSC Labs was chosen to provide the supercomputer because of its outstanding reputation in the High Performance Computing (HPC) industry for building highly reliable systems for computationally intensive applications. The PSSC Labs supercomputer will use a newly released twin blade form factor that creates higher computing density while using 30% less energy and can be easily maintained, upgraded, and recycled.
"We are honored and excited to provide the HPCC a world class super computer," said Janice Lesser, company President. "PSSC Labs builds, validates, and extensively tests all systems in a network environment to greatly increase reliability. We have documented a 0.001% in the field failure rate of our products. This allows our customers to focus their time on their work, and not expend resources on trouble-shooting computer component failures."
==
For more details about PSSC Labs' high performance servers, supercharged workstations and industry leading clusters and clouds, visit us online at http://pssclabs.com.
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