Opteron,

• Up-to-date MIP Solver, a liberal translation
  http://blog.goo.ne.jp/sdpaninf/e/3aee38634eb77b8ef65e181cfa5024c1
  ○ server (4 cpu x 6 core = 24 cores) cpu: amd opteron 8439 (2.80ghz/6mb l3) x 4 memory: 128gb (32 x 4gb/800mhz) os: fedora 14 for x86_64, a liberal translation

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  CPU des ○ Bedieners (4 Kern CPU-x 6 = 24 Kerne): amd opteron 8439 (2.80ghz/6mb l3) x 4 Gedächtnis: (32 x 4gb/800mhz) OS 128gb: Fedora 14 für x86_64
  
  
• MIPLIB2003: Gurobi 3.0.2 and CPLEX 12.2 that 2
  http://blog.goo.ne.jp/sdpaninf/e/4b05753a8a18f03dc0904ff8ca092b05
  ○ server 2 (2 cpu x 6 core = 12 cores) cpu: amd opteron 2435 (2.6ghz/6mb l3) x 2 memory: 64gb (16 x 4gb/800mhz) os: fedora 13 for x86_64, a liberal translation

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  CPU des ○ Bedieners 2 (2 Kern CPU-x 6 = 12 Kerne): amd opteron 2435 (2.6ghz/6mb l3) x 2 Gedächtnis: (16 x 4gb/800mhz) OS 64gb: Fedora 13 für x86_64
  
  
• All the anti- all the shortest paths and mediation central characteristic, a liberal translation
  http://blog.goo.ne.jp/sdpaninf/e/9652370bc18d03475fd41b4b1d7a70b8
  ○ calculation server (4 cpu x 6 core = 24 cores) cpu: amd opteron 8439 (2.80ghz/6mb l3) x 4 memory: 128gb (32 x 4gb/800mhz) os: fedora 13 for x86_64

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  CPU des ○ Berechnungs-Bedieners (4 Kern CPU-x 6 = 24 Kerne): amd opteron 8439 (2.80ghz/6mb l3) x 4 Gedächtnis: (32 x 4gb/800mhz) OS 128gb: Fedora 13 für x86_64
  
  
• About the up-to-date circumstance regarding the Solver for integer programming problem
  http://blog.goo.ne.jp/sdpaninf/e/ee644eacac926c984a5ece86036fb5ed
  ○ calculation server: (4 cpu x 12 core = 48 cores) cpu: amd opteron 6174 (2.20ghz/12mb l3) x 4 memories: 256gb (16 x 16gb/1066mhz) os: fedora 15 for x86_64

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  ○ Berechnungsbediener: (X12-Kern mit 4 CPUs = 48 Kerne) CPU: amd opteron 6174 (2.20ghz/12mb l3) x 4 Gedächtnisse: (16 x 16gb/1066mhz) OS 256gb: Fedora 15 für x86_64
  
  
• Certain integer planned Solver
  http://blog.goo.ne.jp/sdpaninf/e/0a557286a17db0e9133b15d1b2042420
  ○ calculation server 2 (2 cpu x 6 core = 12 cores) cpu: intel xeon 5670 (2.93ghz/12mb l3) x 2 memory: 128gb (16 x 8gb) os: centos 5.6 for x86_64

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  CPU des ○ Berechnungs-Bedieners 2 (2 Kern CPU-x 6 = 12 Kerne): Intel xeon 5670 (2.93ghz/12mb l3) x 2 Gedächtnis: (16 x 8gb) OS 128gb: centos 5.6 für x86_64
  
  
• theta6.dat-s that 2
  http://blog.goo.ne.jp/sdpaninf/e/f4059b4d283267ca21be1697e739685e
  ○ calculation server 4 (2 cpu x 6 core = 12 cores) cpu: intel xeon x5670 (2.93ghz/12mb l3) x 2 memories: 128gb (16x8gb/2r/1333mhz/ddr3 rdimm/cpux2) os: centos 5.6 for x86_ 640 opt cluster computer 1: poweredge m1000e (blade enclosure) x 1 units 2: Specification of poweredge m710hd (blade server) x 16 unit blade servers: cpu: Intel (r) xeon (r) processor x5670 (2.93ghz and 12mb cash, 6.4 gt/s qpi) x 2 [me

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  CPU des ○ Berechnungs-Bedieners 4 (2 Kern CPU-x 6 = 12 Kerne): Intel xeon x5670 (2.93ghz/12mb l3) x 2 Gedächtnisse: (16x8gb/2r/1333mhz/ddr3 rdimm/cpux2) OS 128gb: centos 5.6 für x86_ 640 entscheiden Blockcomputer 1: poweredge m1000e (Blatteinschließung) x 1 Maßeinheiten 2: poweredge m710hd (Blattbediener) Spezifikation Maßeinheitsblattbediener der x-16: CPU: Intel (R) xeon (R) Prozessor x5670 (Bargeld 2.93ghz und 12mb, 6.4 gt/s qpi) x 2 [ich
  
  
• Gurobi v.s. CPLEX
  http://blog.goo.ne.jp/sdpaninf/e/8986cfc92a81b5fa7d50f70c4ce72622
  ○ calculation server: (4 cpu x 12 core = 48 cores) cpu: amd opteron 6174 (2.20ghz/12mb l3) x 4 memories: 256gb (16 x 16gb/1066mhz) os: fedora 15 for x86_64

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  ○ Berechnungsbediener: (X12-Kern mit 4 CPUs = 48 Kerne) CPU: amd opteron 6174 (2.20ghz/12mb l3) x 4 Gedächtnisse: (16 x 16gb/1066mhz) OS 256gb: Fedora 15 für x86_64
  
  
• CPLEX и & Fedora 15; 16
  http://blog.goo.ne.jp/sdpaninf/e/b8828ec829bd1c9b3e34917e10088790
  ○ calculation server: (4 cpu x 12 core = 48 cores) cpu: amd opteron 6174 (2.20ghz/12mb l3) x 4 memories: 256gb (16 x 16gb/1066mhz) os: fedora 15 or 16 for x86_64

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  ○ Berechnungsbediener: (X12-Kern mit 4 CPUs = 48 Kerne) CPU: amd opteron 6174 (2.20ghz/12mb l3) x 4 Gedächtnisse: (16 x 16gb/1066mhz) OS 256gb: Fedora 15 oder 16 für x86_64
  
  
• Japanese talking
  http://blog.goo.ne.jp/sdpaninf/e/5c5cd23a6e30b924f0b15a5a23db4a6e
  ○opteron calculation server cpu: amd opteron 8439 (2.80ghz/6mb l3) x 4 (24 cores) memory: 128gb (32 x 4gb/800mhz) gcc: 4.4.3 os: fedora 12 for x86_64 environment variable: omp_num_threads = 60 POWER cluster 4 nodes and 8 cpus, 32 cpu cores; cpu: i

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  ○opteron Berechnungs-Bediener-CPU: amd opteron 8439 (2.80ghz/6mb l3) x 4 (24 Kerne) Gedächtnis: (32 x 4gb/800mhz) GCC 128gb: OS 4.4.3: Fedora 12 für x86_64 Umgebungsvariable: omp_num_threads = 60 Nullpunkte des ENERGIEN-Blockes 4 und 8 CPUs, 32 CPU-Kerne; CPU: I
  
  
• Japanese weblog
  http://blog.goo.ne.jp/sdpaninf/e/9ef16142a946f8378b4c1f21c158855d
  ○ Kyoto University t2k supercomputer 128 nodes, 512 cpus and 2048 cpu cores; (Only the amount which this time is used) cpu: amd opteron 8356 2.3ghz (quad cores) x 4/node memory 32gb/node nic: gbe x 2 and infiniband x 4/node os: rhel 4.x

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  Nullpunkte Supercomputers 128 der ○ Kyoto-der Universitäts t2k, 512 CPUs und CPU-Kerne 2048; (Nur Menge, die dieses mal verwendet wird), CPU: amd opteron 8356 2.3ghz (Viererkabelkerne) x 4/node NIC des Gedächtnisses 32gb/node: gbe x 2 und infiniband x OS 4/node: rhel 4.x
  
  
• original letters
  http://blog.goo.ne.jp/sdpaninf/e/2fe357daf3a1fea90be6485f79d0f2a6
  ○ calculation server 1 cpu: amd opteron 8439 (2.80ghz/6mb l3) x 4 (24 cores) memory: 128gb (32 x 4gb/800mhz) os: fedora 13 for x 86 _ 640 calculation servers 2 cpu: intel xeon 5550 (2.66ghz/8mb l3) x 2 (8 cores) memory: 72gb (18 x 4gb/800mhz) os: fedora 13 for x86_64

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  CPU des ○ Berechnungs-Bedieners 1: amd opteron 8439 (2.80ghz/6mb l3) x 4 (24 Kerne) Gedächtnis: (32 x 4gb/800mhz) OS 128gb: Fedora 13 für x 86 _ 640 CPU der Berechnungs-Bediener 2: Intel xeon 5550 (2.66ghz/8mb l3) x 2 (8 Kerne) Gedächtnis: (18 x 4gb/800mhz) OS 72gb: Fedora 13 für x86_64