Numascale Shared Memory Cluster Set to Unlock Massive Data Sets and Ease HPC Programming at University of Oslo and Throughout Europe

As a PRACE implementation phase project, the successful easy-to-program large shared memory cluster is ready for general use

SC13

DENVER--()--Numascale today announced the successful validation of the large shared memory NumaConnect cluster at University of Oslo in Norway. The cluster is installed under a prototype PRACE study assessing emerging new technologies for European HPC.

The IBM/Numascale system, installed at University of Oslo in 2012, consists of 72 IBM x3755 2U servers connected in a 3D torus with NumaConnect, using four cabinets with 18 servers apiece in a 3x6x4 topology. Each server has 24 cores and 64 GBytes, providing a single system image to all 1728 cores and 4.6 TBytes. The system was designed to meet user demand for “very large memory” hardware solutions running a standard single image Linux OS on commodity x86 based servers.

“Our new system with NumaConnect can be used as one single system or partitioned in smaller systems,” said Dr. Ole W. Saastad, Senior Analyst and HPC expert at USIT, the University of Oslo’s central IT resource department. “With proper Numa-awareness, applications with high bandwidth requirements will be able to utilize the combined bandwidth of all of the memory controllers and still be able to share data with low latency access through the coherent shared memory.

“Eliminating the difficulty of MPI coding for large data problems has increased the productivity of our scientists who are not trained in MPI programming,” Dr. Saastad continued. “Systems with NumaConnect now provide shared memory and MPI capabilities with the same cost structure as a cluster. This alternative represents a compelling solution for scientists who are used to working with their shared memory codes, who can now scale up their data sets without any extra effort.”

The PRACE system is a prototype system used for theoretical studies and testing, for users at both USIT center and at the PRACE partner entities. The single memory image cluster provides both shared memory — including threads and OpenMP — and MPI programming options. The scalable system takes advantage of COTS and NumaConnect to offer significant savings compared to conventional shared memory systems. In addition, system administration is identical to a single server because there are no separate node images to maintain and distribute.

Visit Numascale in booth 2505 at SC13 to see live product demos. More information can be found at www.numascale.com/numa_sc13_presskit.html.

About Numascale

With offices in Europe, Asia, and USA, Numascale’s groundbreaking NumaConnect interconnect technology enables scalable server computer systems to be built at cluster prices. NumaConnect allows high-volume manufactured server boards to be used as building blocks for systems with features that are only found in the high-end enterprise servers. NumaConnect includes full support for virtualization of processing, memory, and I/O resources, and can be used with standard operating systems.

Contacts

Numascale
Einar Rustad, +47 92484510
CTO
er@numascale.com
Booth phone at SC13: 1 508 873 3174
www.numascale.com

Release Summary

Numascale shared memory cluster set to unlock massive data sets and ease HPC programming throughout Europe. A PRACE implementation phase project enables new technologies for European HPC.

Contacts

Numascale
Einar Rustad, +47 92484510
CTO
er@numascale.com
Booth phone at SC13: 1 508 873 3174
www.numascale.com