Super Computing 2008

Planning

1. Equipment Servers rack was comprised of a set of 1U Twin Motherboard Supermicro servers. 1U Servers  Qty 32    2 x Supermicro  6015TC-10GB server  Processor  2 x Dual Intel  L5420,  2.5 GHz quad-core  RAM  2 x 16GB  Hard Disks  4 x 1TB SATA-II  NIC  2 x 10GbE CX4  HBA   1 x QLogic 2560 FC-8 (in 16 sevrers only)  Cisco 6509-E  Qty 2  Supervisor  SUP VSS 720 with PFC3B  LR Ports

Challenge

Apart from regular SuperComputing Bandwidth Challenge, this year the focus of the exhibit was the HEP teams record-breaking demonstration of storage-to-storage data transfer over wide area networks from a single rack of servers on the exhibit floor using open source tools and standard Linux Distributions.

Abstract

Physicists at the LHC will break new ground at the high energy frontier when the accelerator and the experiments CMS and ATLAS begin operation in 2008, searching for the Higgs particles thought to be responsible for mass in the universe, for supersymmetry, and for other fundamentally new phenomena bearing on the nature of matter and spacetime. In order to fully exploit the potential wealth for scientific discoveries, a global-scale grid

In 2008, High Energy Physicists Created Record for Network Data Transfer

110 Gbps Sustained Rates Among Storage Systems Over Wide Area Networks, and 200 Gbps Metro Data Rates on Next Generation Optical Links, Set New Standards for Networks and Computing Clusters 114 Gbps WAN Tests 100G Test With Ciena Austin, Texas – Building on seven years of record-breaking developments, an international team of physicists, computer scientists, and network engineers led by the California Institute of Technology, the University of Michigan, Polytehnica