EFN Enterprises is a VAR Reseller of SGI

Altix® UV scales to extraordinary levels-up to 2,048 cores (256 sockets) with architectural support to 262,144 cores (32,768 sockets). Support for up to 16TB of global shared memory in a single system image, enables Altix UV to remain highly efficient at scale for applications ranging from in-memory databases, to a diverse set of data and compute-intensive HPC applications. Scalable System Size.     » More Information...


SGI designs the most reliable and energy-efficient servers and storage, coupled with simplified serviceability and management. We focus on the data center as well and make sure all our solutions address power capacity, space constraints and application usage of the modern data center. In today’s world, the data center can be a typical brick-and-mortar building, but also be mobile and modular.

With our ICE Cube®, built around standard ISO 20- and 40-foot shipping containers, we allow mobility. Our Mobirack™ extends this mobility to a smaller footprint. Our new ICE Cube® Air offers a customer the ability to stand up a new data center in weeks versus months and to start as small as an eight-foot container for four racks and expand to data centers of more than four megawatts in power usage. Finally, we offer racks, power solutions, cabinetry, and remote monitoring hardware and software to complete the data center picture.


SGI's open architecture, build-to-order model has enabled us to provide award-winning solutions designed to optimize applications in Internet/Cloud Computing. Our rackmount servers and storage have been deployed in some of the most complex data centers around the globe, and are fully customizable to meet each IT environment’s unique needs.

As growth continues to explode in Internet search, social networking and content archiving, SGI servers and storage continue to evolve to serve the unique needs of Internet providers ranging from giants Yahoo! and Microsoft to next generation search technologies from TheFind.com and Powerset. Our ICE Cube® modular data center enables rapidly-growing Internet providers to augment existing data center facilities at a fraction of the cost.


Organizations that rely on HPC resources are increasingly investigating cloud computing as a solution that offers additional computing capacity and flexibility. Clouds reduce or eliminate altogether the need to make incremental long-term, often costly hardware and infrastructure investments. To date, cloud solutions have been primarily focused on running important business applications like CRM, ERP, email and other database programs.

Cyclone™, SGI's cloud computing offering for technical applications capitalizes on over twenty years of SGI HPC expertise. It specifically addresses the growing science and engineering markets that rely on high-end computational hardware, software and networking equipment to achieve rapid results.

SGI cloud customers have access to some of the world's fastest supercomputing hardware architectures with robust storage for integrated scratch space and long term data archiving. SGI delivers its applications domain expertise by delivering leading-edge open source applications and best-of-breed commercial software platforms from top Independent Software Vendors (ISVs). Cyclone is available in two service models: Software as a Service (Saas) and Infrastructure as a Service (IaaS).


Cyclone™ is the world's first large scale on-demand cloud computing service specifically dedicated to technical applications. Cyclone capitalizes on over twenty years of SGI HPC expertise to address the growing science and engineering technical markets that rely on extremely high-end computational hardware, software and networking equipment to achieve rapid results. Cyclone supports a number of leading applications partners and five technical domains, including computational fluid dynamics, finite element analysis, computational chemistry and materials, computational biology and ontologies.     » More Information...


The SGI Prism XL is SGI's latest entry into the Exascale race, delivering up to a Petaflop of compute in a single cabinet. The platform was designed to reduce the number of racks and infrastructure required to solve the world's toughest problems, and also has the ability to grow out to 10s or even 100s of Petaflops of compute capability.     » More Information...


for Drug Discovery and Materials Research
Computational chemistry helps predict both the nature and function of new chemical compounds and materials. It has enhanced the quality of life by improving products from a variety of industries such as pharmaceuticals, plastics, microprocessors, glass, metal, paint, aerospace, and automobile.

In drug discovery, effective use of computational chemistry shortens the development cycle for new drugs and provides pharmaceutical companies a competitive advantage with faster time to discovery and reduced costs. In materials research, initially a trial-by-error process, advances in laboratory chemistry techniques helped the field evolve into a rigorous experimental science.     » More Information...

SGI is leading the way in developing high-productivity solutions for BioSciences research. Our solutions, developed using Intel® or AMD® processors, deliver breakthrough performance and efficient power consumption, leveraging the Intel® or AMD® architecture. SGI customers in Pharmaceuticals, Biotechs and Universities are implementing these solutions to accelerate the pace of their research.     » More Information...

With each new generation of medical scanning technology, spatial resolution has dramatically improved. Yet the unprecedented image quality and detail from the latest scanning systems mean that the amount of information that must be processed has grown exponentially, taxing the ability of standard commodity desktop workstations to process and display the data in a timely fashion. As a result, more clinicians are now looking toward volume exploration, rather than a multitude of static scans, as an efficient and more constructive use of scan data.     » More Information...

With each new generation of medical scanning technology, spatial resolution has dramatically improved. Yet the unprecedented image quality and detail from the latest scanning systems mean that the amount of information that must be processed has grown exponentially, taxing the ability of standard commodity desktop workstations to process and display the data in a timely fashion. As a result, more clinicians are now looking toward volume exploration, rather than a multitude of static scans, as an efficient and more constructive use of scan data.     » More Information...


 

© 2024 EFN Enterprises, LLC. All rights reserved.