Here are a few selected examples to help illustrate GraphStream's strong track record of successful deployments:
 

	6/2009 King Abdullah University of Science and Technology [Details]
	Primary visualization resource for IBM BlueGene/P leadership-class HPC system, 6/2009 Top500 #14 System Configuration   86 Intel Xeon quad-core CPUs 147 NVIDIA Quadro GPUs 96TB InfiniBand-attached storage InfiniBand-QDR and Ethernet interconnects

 

	10/2008 Argonne National Laboratory "Eureka" system [Details]
	Primary visualization resource for IBM BlueGene/P leadership-class HPC system, 6/2008 Top500 #4 System Configuration   214 Intel Xeon quad-core CPUs 212 NVIDIA Quadro GPUs Myri-10G and Ethernet interconnects

 

	10/2007 Los Alamos National Laboratory
	System Configuration   86 AMD Opteron dual-core CPUs 37 NVIDIA Quadro GPUs 36 Mercury Cell Accelerator Boards 6 Celoxica FPGA Accelerator Boards InfiniBand and Ethernet interconnects

 

	10/2007 Oak Ridge National Laboratory
	System Configuration   36 AMD Opteron dual-core CPUs 33 NVIDIA Quadro GPUs InfiniBand and Ethernet interconnects

 

	9/2007 Lawrence Livermore National Laboratory
	System Configuration: 3 separate visualization clusters, totaling:   44 AMD Opteron dual-core CPUs 22 NVIDIA Quadro GPUs InfiniBand and Ethernet interconnects

 

	1/2007 U.S. Army Corps of Engineers ERDC MSRC
	System Configuration   50 AMD Opteron dual-core CPUs 772 GB main memory 22.5 TB TerraGrid cluster file system 6 NVIDIA Quadro GPUs InfiniBand and Ethernet interconnects

 

	1/2007 Mississippi State University
	System Configuration   16 AMD Opteron dual-core CPUs 15 NVIDIA Quadro GPUs InfiniBand and Ethernet interconnects

 

	10/2006 University of North Carolina at Chapel Hill
	System Configuration   10 AMD Opteron CPUs 20 NVIDIA Quadro GPUs Ethernet interconnect

 

	09/2006 Lawrence Livermore National Laboratory "Prism" system
	System Configuration   256 AMD Opteron CPUs 2 terabytes main memory 128 NVIDIA Quadro GPUs InfiniBand and Ethernet interconnects 9 48RU rackmount enclosures 112,500 watt three-phase power feed Highlights   One of the world's most powerful graphics systems 128 separate Gigabit Ethernet links to external parallel clustered storage system

 

	06/2006 Lawrence Livermore National Laboratory
	System Configuration   34 AMD Opteron CPUs 17 NVIDIA Quadro GPUs InfiniBand and Ethernet interconnects

 

	02/2006 Oak Ridge National Laboratory
	System Configuration   34 dual-core AMD Opteron CPUs 17 NVIDIA Quadro GPUs InfiniBand and Ethernet interconnects

 

	12/2005 U.S. DoD
	System Configuration   24 dual-core AMD Opteron CPUs Ethernet interconnect Highlights   Single 16RU mobile, directly shippable rackmount enclosure Significantly higher compute density than previous GraphStream mobile systems

 

	09/2005 Lawrence Livermore National Laboratory "Gauss" system [Details]
	Primary visualization resource for IBM BlueGene/L leadership-class HPC system, 11/2007 Top500 #1 System Configuration   512 AMD Opteron CPUs 3 terabytes main memory 256 NVIDIA Quadro GPUs InfiniBand and Ethernet interconnects 18 47RU rackmount enclosures 225,000 watt three-phase power feed 256 separate Gigabit Ethernet links to external 900-terabyte parallel clustered storage system

 

	08/2005 Commercial imaging system
	System Configuration   6 AMD Opteron CPUs 6 NVIDIA Quadro GPUs InfiniBand and Ethernet interconnects Highlights   Dual NVIDIA Quadro GPUs per node Dual PCIe InfiniBand HCAs per node

 

	07/2005 U.S. Navy NAVOCEANO MSRC
	System Configuration   30 AMD Opteron CPUs 15 NVIDIA Quadro GPUs InfiniBand and Ethernet interconnects Highlights   Dual-rail InfiniBand interconnect per node

 

	06/2005 Lawrence Livermore National Laboratory
	System Configuration   34 AMD Opteron CPUs 17 NVIDIA Quadro GPUs InfiniBand and Ethernet interconnects

 

	06/2005 Lawrence Livermore National Laboratory
	System Configuration   22 Intel Xeon EM64T CPUs 11 NVIDIA Quadro GPUs Quadrics and Ethernet interconnects

 

	04/2005 U.S. DoD
	System Configuration   20 AMD Opteron CPUs 20 ATI PCIe GPUs Ethernet interconnect Highlights   Dual NVIDIA Quadro GPUs per node Dual compact 16RU mobile, directly shippable rackmount enclosures

 

	03/2005 Shell International E&P
	System Configuration   8 AMD Opteron CPUs 5 NVIDIA Quadro GPUs InfiniBand and Ethernet interconnects Highlights   Dual NVIDIA Quadro GPUs in master node driving 3-channel edge-blended display environment

 

	01/2005 University of North Carolina at Chapel Hill
	System Configuration   10 AMD Opteron CPUs 5 ATI AGP GPUs Ethernet interconnect

 

	10/2004 U.S. Army Corps of Engineers ERDC MSRC
	System Configuration   26 Intel Xeon EM64T CPUs 13 NVIDIA Quadro GPUs Ethernet interconnect

 

	10/2004 NASA/Ames Research Center
	System Configuration   18 AMD Opteron CPUs 9 NVIDIA GeForce GPUs Ethernet interconnect Highlights   First known commercial scalable visual computing system with NVIDIA NV4x-generation GPUs

 

	09/2004 Halliburton Corporation
	System Configuration   8 Intel Xeon EM64T CPUs 4 NVIDIA Quadro GPUs Ethernet interconnect

 

	07/2004 Sandia National Laboratories
	System Configuration   162 AMD Opteron CPUs 81 NVIDIA GeForce GPUs (after upgrade 10/2005) InfiniBand and Ethernet interconnects Highlights   Largest known single-system installation of NVIDIA GeForce G70-generation GPUs as of 10/2005 9x3 DMD-based rear-projection display wall

 

	04/2004 Concordia University
	System Configuration   16 AMD Opteron CPUs 8 ATI AGP GPUs InfiniBand and Ethernet interconnects

 

	03/2004 Stanford University
	System Configuration   16 Intel Xeon CPUs 8 ATI AGP GPUs InfiniBand and Ethernet interconnects

 

	11/2003 University of Virginia
	System Configuration   32 Intel Xeon CPUs 16 ATI AGP GPUs Ethernet interconnect

 

	10/2003 Stanford University
	System Configuration   32 Intel Xeon CPUs 16 ATI AGP GPUs InfiniBand and Ethernet interconnects Highlights   World's first commercial scalable visual computing system with InfiniBand interconnect

	09/2003 Lawrence Livermore National Laboratory
	System Configuration   128 Intel Xeon CPUs 64 NVIDIA GPUs Quadrics and Ethernet interconnects