System Information | ||||
Affiliation: | DALCO | URL: | ||
Location: | Switzerland, Volketswil | System Use: | Vendor | |
System Manufacturer: | Dalco | System Name: | Opteron/QsNet Linux Cluster | |
Interconnect Manufacturer: | Quadrics | Interconnect Type: | QsNetII | |
Operating System: | Suse SLES 8 2.4.21-231.4.24qsnet | MPI: | Quadrics qsnetmpi 1.24-39 | |
MPI Wtick: | 0.0000001 | BLAS: | Goto opt64 r0.94-2 | |
Language: | C | Compiler: | pathscale 1.3 | |
Compiler Flags: | -O3 -CG:movnti=1 -OPT:alias=restrict | Processor Type: | AMD Opteron | |
Processor Speed: | 2.2 GHz | Total Processors: | 64 | |
Processors Entered: | 64 | Processors determined: | 64 | |
Cores per chip: | HPL Processes: | 64 | ||
MPI Processes: | 64 | Threads Entered: | 1 | |
Threads determined: | FLOPs per cycle: | 2 | ||
Theoretical peak: | 0.2816 TFlop/s | Total memory: | GiB | |
FFT library: | ||||
HPL | ||||
HPL: | 0.218041 Tflop/s | HPL time: | 1688.52 | |
HPL eps: | 1.110223e-16 | HPL Rnorm1: | ||
HPL Anorm1: | HPL AnormI: | |||
HPL Xnorm1: | HPL XnormI: | |||
HPL N: | 82043 | HPL NB: | 232 | |
HPL NProw: | 8 | HPL NPcol: | 8 | |
HPL depth: | 2 | HPL NBdiv: | 2 | |
HPL NBmin: | 4 | HPL CPfact: | C | |
HPL CRfact: | C | HPL CPtop: | 3 | |
HPL order: | R | |||
HPL dMach EPS: | HPL sMach EPS: | |||
HPL dMach sfMin: | HPL sMach sfMin: | |||
HPL dMach Base: | HPL sMach Base: | |||
HPL dMach Prec: | HPL sMach Prec: | |||
HPL dMach mLen: | HPL sMach mLen: | |||
HPL dMach Rnd: | HPL sMach Rnd: | |||
HPL dMach eMin: | HPL sMach eMin: | |||
HPL dMach rMin: | HPL sMach rMin: | |||
HPL dMach eMax: | HPL sMach eMax: | |||
HPL dMach rMax: | HPL sMach rMax: | |||
dweps: | sweps: |
PTRANS | ||||
PTRANS: | 6.31952 GB/s | PTRANS time: | 2.13 seconds | |
PTRANS residual: | PTRANS N: | 41021 | ||
PTRANS NB: | 127 | PTRANS NProw: | 8 | |
PTRANS NPcol: | 8 |
STREAM | ||||
S-STREAM Copy: | 2.37952 GB/s | S-STREAM Scale: | 1.841 GB/s | |
S-STREAM Add: | 2.19888 GB/s | S-STREAM Triad: | 2.43221 GB/s | |
EP-STREAM Copy: | 2.34828 GB/s | EP-STREAM Scale: | 1.83491 GB/s | |
EP-STREAM Add: | 2.20906 GB/s | EP-STREAM Triad: | 2.39678 GB/s | |
STREAM Vector Size: | 35057572 | STREAM Threads: |
RandomAccess | ||||
S-RandomAccess: | 0.00918626 Gup/s | EP-RandomAccess: | 0.00909768 Gup/s | |
G-RandomAccess: | 0.00470032 Gup/s | G-RandomAccess N: | 67108864 | |
G-RandomAccess time: | 57.110008 seconds | G-RandomAccess Check Time: | 1.21949 seconds | |
G-RandomAccess Errors: | 0 | G-RandomAccess Errors Fraction: | 0 | |
G-RandomAccess TimeBound: | G-RandomAccess ExeUpdates: | |||
RandomAccess N: |
FFT | ||||
S-FFT: | 0.565963 GFlop/s | EP-FFT: | 0.572118 GFlop/s | |
MPIFFT: | 13.5481 GFlop/s | MPIFFT N: | ||
MPIFFT Max Error: | 0.000000000000002683 | MPIFFT time0: | seconds | |
MPIFFT time1: | seconds | MPIFFT time2: | seconds | |
MPIFFT time3: | seconds | MPIFFT time4: | seconds | |
MPIFFT time5: | seconds | MPIFFT time6: | seconds | |
FFTEnblk: | FFTEnp: | |||
FFTEl2size: |
DGEMM | ||||
S-DGEMM: | 3.89261 GFlop/s | EP-DGEMM: | 3.87865 GFlop/s | |
DGEMM N: |
RandomRing Latency/Bandwidth | ||||
RandomRing Latency: | 11.4568 usec | RandomRing Bandwidth: | 0.170027 GB/s |
NaturalRing Latency/Bandwidth | ||||
NaturalRing Latency: | 6.24 usec | NaturalRing Bandwidth: | 0.363835 GB/s |
PingPong Latency/Bandwidth | ||||
Maximum PingPong Latency: | 1.9625 usec | Maximum PingPong Bandwidth: | 0.874699 GB/s | |
Minimum PingPong Latency: | 0.937 usec | Minimum PingPong Bandwidth: | 0.871916 GB/s | |
Average PingPong Latency: | 1.552 usec | Average PingPong Bandwidth: | 0.873326 GB/s |
Size of Data Types | ||||
char: | byte | short: | bytes | |
int: | bytes | long: | bytes | |
void ptr: | bytes | float: | bytes | |
double: | bytes | size t: | bytes | |
s64Int: | bytes | u64Int: | bytes |
OpenMP | ||||
M OpenMP: | OpenMP Num Threads: | |||
OpenMP Num Procs: | OpenMP Max Threads: |
Memory | ||||
MemProc: | MemSpec: | |||
MemVal: |
CPS | ||||
CPS_HPCC_FFT_235: | CPS_HPCC_FFTW_ESTIMATE: | |||
CPS_HPCC_MEMALLCTR: | CPS_HPL_USE_GETPROCESSTIMES: | |||
CPS_RA_SANDIA_NOPT: | CPS_RA_SANDIA_OPT2: |