Results

This page contains results obtained by the DEISA benchmarking team on test platforms (see "Platforms used" for details).

Archive

Retired platforms
Retired codes: DL_POLY, ECHAM5, PEPC-b1.5
Result archive (to be released)

BQCD	Datasets	Time (in seconds)		Efficiency	Comment
		512 cores	2048 cores	512 to 2048
HLRB II high-density	242424*48 50 iterations	23.93	8.36	0.716	CG solver time
	484848*96 50 iterations	307.92	102.41	0.752
	484848*96 100 iterations
		512 cores	2048 cores	512 to 2048
HLRB II high-bandwidth	242424*48 50 iterations	13.23	6.85	0.483	CG solver time
	484848*96 50 iterations	232.27	60.17	0.965
	484848*96 100 iterations
		512 cores	2048 cores	512 to 2048
vip ST mode	242424*48 50 iterations
	484848*96 50 iterations
	484848*96 100 iterations
		512 cores	2048 cores	512 to 2048
vip SMT mode	242424*48 50 iterations
	484848*96 50 iterations
	484848*96 100 iterations
		512 cores	2048 cores	512 to 2048
HECToR XT4	242424*48 50 iterations
	484848*96 50 iterations
	484848*96 100 iterations
		8 cores	64 cores	8 to 64
HECToR X2	242424*48 50 iterations
	484848*96 50 iterations
	484848*96 100 iterations
		512 cores	2048 cores	512 to 2048
Babel	242424*48 50 iterations	33.93	14.21	0.597	CG solver time
	484848*96 50 iterations	582.67	161.56	0.902
	484848*96 100 iterations	1154.21	319.87	0.902

CPMD	Datasets	Time (in seconds)		Efficiency	Comment
		64 cores	256 cores	64 to 256
HLRB II high-density	H2O_128mol	7.70	4.50	0.428	<- time per timestep
	H2O_256mol	39.17	10.99	0.891
	H2O_128mol taskgroup				<- using 4 task group
	H2O_256mol taskgroup				<- using 4 task group
	H2O_384mol taskgroup
	H2O_512mol taskgroup
		64 cores	256 cores	64 to 256
HLRB II high-bandwidth	H2O_128mol	6.07	8.95	0.170	<- time per timestep
	H2O_256mol	25.96	34.75	0.187
	H2O_128mol taskgroup				<- using 4 task group
	H2O_256mol taskgroup				<- using 4 task group
	H2O_384mol taskgroup
	H2O_512mol taskgroup
		64 cores	256 cores	64 to 256
vip ST mode	H2O_128mol
	H2O_256mol
	H2O_128mol taskgroup
	H2O_256mol taskgroup
	H2O_384mol taskgroup
	H2O_512mol taskgroup
		64 cores	256 cores	64 to 256
vip SMT mode	H2O_128mol
	H2O_256mol
	H2O_128mol taskgroup
	H2O_256mol taskgroup
	H2O_384mol taskgroup
	H2O_512mol taskgroup
		64 cores	256 cores	64 to 256
HECToR XT4	H2O_128mol
	H2O_256mol
	H2O_128mol taskgroup
	H2O_256mol taskgroup
	H2O_384mol taskgroup
	H2O_512mol taskgroup
		8 cores	64 cores	8 to 64
HECToR X2	H2O_128mol
	H2O_256mol
	H2O_128mol taskgroup
	H2O_256mol taskgroup
	H2O_384mol taskgroup
	H2O_512mol taskgroup
		64 cores	256 cores	64 to 256
Babel	H2O_128mol	7.64	4.39	0.435	<-taskgroup=1 SMP MESH
	H2O_256mol		17.08		<-taskgroup=1 DUAL MESH
	H2O_128mol taskgroup	6.30	2.80	0.562	<-taskgroup=4 SMP MESH
	H2O_256mol taskgroup	26.47	16.37	0.404	<-taskgroup=4 DUAL MESH
	H2O_384mol taskgroup
	H2O_512mol taskgroup

Fenfloss	Datasets	Time (in seconds)		Efficiency	Comment
		64 cores	512 cores	64 to 512
HLRB II high-density	Cavity_224	227.57	43.07	0.660	time for 10 iterations
		64 cores	512 cores	64 to 512
HLRB II high-bandwidth	Cavity_224	204.79	39.82	0.643	time for 10 iterations
		64 cores	512 cores	64 to 512
vip ST mode	Cavity_224
		64 cores	512 cores	64 to 512
vip SMT mode	Cavity_224
		64 cores	512 cores	64 to 512
HECToR XT4	Cavity_224	122.29	16.22	0.942	time for 10 iterations
		8 cores	64 cores	8 to 64
HECToR X2	Cavity_224	296.09	33.56	1.103	time for 10 iterations
		64 cores	512 cores	64 to 512
Babel	Cavity_224	288.64	33.93	1.063	time for 10 iterations

GADGET	Datasets	Time (in seconds)		Efficiency	Comment
		512 cores	2048 cores	512 to 2048
HLRB II high-density	small, no IO
	medium, no IO	30.58			time for iterations 2 + 3
	large, no IO
		512 cores	2048 cores	512 to 2048
HLRB II high-bandwidth	small, no IO
	medium, no IO	29.29	17.72	0.413	time for iterations 2 + 3
	large, no IO
		512 cores	2048 cores	512 to 2048
vip ST mode	small, no IO
	medium, no IO
	large, no IO
		512 cores	2048 cores	512 to 2048
vip SMT mode	small, no IO
	medium, no IO
	large, no IO
		512 cores	2048 cores	512 to 2048
HECToR XT4	small, no IO	2.25			time for iterations 2 + 3
	medium, no IO	16.54			time for iterations 2 + 3
	large, no IO	430.10	102.86	1.045	time for iterations 2 + 3
		8 cores	64 cores	8 to 64
HECToR X2	small, no IO
	medium, no IO				time for iterations 2 + 3
	large, no IO
		512 cores	2048 cores	512 to 2048
Babel	small, no IO
	medium, no IO	77.27	21.65	0.819	time for iterations 2 + 3
	large, no IO

GENE	Datasets	Time (in seconds)		Efficiency	Comment
		512 cores	2048 cores	512 to 2048
HLRB II high-density	strong_512	8.22	3.58	0.574	time per timestep
		512 cores	2048 cores	512 to 2048
HLRB II high-bandwidth	strong_512	6.98			time per timestep
		512 cores	2048 cores	512 to 2048
vip ST mode	strong_512
		512 cores	2048 cores	512 to 2048
vip SMT mode	strong_512
		512 cores	2048 cores	512 to 2048
HECToR XT4	strong_512				time per timestep
		8 cores	64 cores	8 to 64
HECToR X2	strong_512				time per timestep
		512 cores	2048 cores	512 to 2048
Babel	strong_512	10.30			time per timestep

IFS	Datasets	Time (in seconds)		Efficiency	Comment
		512 cores	2048 cores	512 to 2048
HLRB II high-density	T159
	T799
	T1279
		512 cores	2048 cores	512 to 2048
HLRB II high-bandwidth	T159
	T799
	T1279
		512 cores	2048 cores	512 to 2048
vip ST mode	T159
	T799
	T1279
		512 cores	2048 cores	512 to 2048
vip SMT mode	T159
	T799
	T1279
		512 cores	2048 cores	512 to 2048
HECToR XT4	T159
	T799
	T1279
		8 cores	64 cores	8 to 64
HECToR X2	T159
	T799
	T1279
		512 cores	2048 cores	512 to 2048
Babel	T159	2.33	1.22	0.477	SMP MESH
	T799	62.99	18.01	0.874	SMP TORUS(4096) rest MESH (other timing:7.70 on 8192 cores)
	T1279		65.16		SMP TORUS(4096) rest MESH (other timing:22.60 on 8192 cores and 21.95 on 16384 cores)

IQCS	Datasets	Time (in seconds)		Efficiency	Comment
		256 cores	1024 cores	256 to 1024
HLRB II high-density	28 Qubits
	29 Qubits
	30 Qubits
	31 Qubits
	32 Qubits/1
	32 Qubits/2
	32 Qubits/3	31.93			total wallclock time
	33 Qubits
	34 Qubits
		256 cores	1024 cores	256 to 1024
HLRB II high-bandwidth	28 Qubits
	29 Qubits
	30 Qubits
	31 Qubits
	32 Qubits/1
	32 Qubits/2
	32 Qubits/3	19.31			total wallclock time
	33 Qubits
	34 Qubits
		256 cores	1024 cores	256 to 1024
vip ST mode	28 Qubits
	29 Qubits
	30 Qubits
	31 Qubits
	32 Qubits/1
	32 Qubits/2
	32 Qubits/3
	33 Qubits
	34 Qubits
		256 cores	1024 cores	256 to 1024
vip SMT mode	28 Qubits
	29 Qubits
	30 Qubits
	31 Qubits
	32 Qubits/1
	32 Qubits/2
	32 Qubits/3
	33 Qubits
	34 Qubits
		256 cores	1024 cores	256 to 1024
HECToR XT4	28 Qubits
	29 Qubits
	30 Qubits
	31 Qubits
	32 Qubits/1
	32 Qubits/2
	32 Qubits/3
	33 Qubits
	34 Qubits
		8 cores	64 cores	8 to 64
HECToR X2	28 Qubits	18.73	2.70	0.867	total wallclock time
	29 Qubits	37.51	5.30	0.885
	30 Qubits	75.46	10.51	0.897
	31 Qubits	150.87	21.00	0.898
	32 Qubits/1
	32 Qubits/2
	32 Qubits/3
	33 Qubits
	34 Qubits
		256 cores	1024 cores	256 to 1024
Babel	28 Qubits
	29 Qubits
	30 Qubits
	31 Qubits
	32 Qubits/1	69.68	28.98	0.601	VN MESH (256-512-1024) TORUS (2048-4096)
	32 Qubits/2	52.43	16.01	0.819	DUAL MESH (128-256-512) TORUS (1024-2048)
	32 Qubits/3	38.91	11.89	0.818	SMP MESH (64-128-256) TORUS (512-1024)
	33 Qubits	78.60	24.09	0.816	SMP MESH (128-256) TORUS (512-1024)
	34 Qubits	159.39	48.38	0.824	SMP MESH (256) TORUS (512-1024)

NAMD	Datasets	Time (in seconds)		Efficiency	Comment
		64 cores	256 cores	64 to 256
HLRB II high-density	APOA1	23.01	16.57	0.347	total wallclock time
	1CQY	1342.25	1139.04	0.295
	1GND	2574.28	1623.71	0.396
	4f2hc	7998.63	3167.11	0.631
		64 cores	256 cores	64 to 256
HLRB II high-bandwidth	APOA1	26.46	17.01	0.389	total wallclock time
	1CQY	1390.06	1195.13	0.291
	1GND	2634.59	1679.09	0.392
	4f2hc	7746.23	3036.08	0.638
		64 cores	256 cores	64 to 256
vip ST mode	APOA1
	1CQY
	1GND
	4f2hc
		64 cores	256 cores	64 to 256
vip SMT mode	APOA1
	1CQY
	1GND
	4f2hc
		64 cores	256 cores	64 to 256
HECToR XT4	APOA1
	1CQY
	1GND
	4f2hc
		8 cores	64 cores	8 to 64
HECToR X2	APOA1
	1CQY
	1GND
	4f2hc
		64 cores	256 cores	64 to 256
Babel	APOA1	109.43	48.09	0.569	VN, MESH
	1CQY	4214.39	2176.96	0.484	DUAL,MESH
	1GND	8373.47	3493.88	0.599	DUAL,MESH
	4f2hc		14059.56		DUAL,MESH

NEMO	Datasets	Time (in seconds)		Efficiency	Comment
		512 cores	1024 cores	512 to 1024
HLRB II high-density	GYRE.25, no IO	219.00			total wallclock time
	GYRE.25, IO	256.00
	GYRE.50, no IO	482.00	752.00	0.320
	GYRE.50, IO	640.00	960.00	0.333
	GYRE.150, no IO		1963.00
	GYRE.150, IO		2021.00
		512 cores	1024 cores	512 to 1024
HLRB II high-bandwidth	GYRE.25, no IO	212.00			total wallclock time
	GYRE.25, IO	355.00
	GYRE.50, no IO	414.00	807.00	0.257
	GYRE.50, IO	1034.00	807.00	0.641
	GYRE.150, no IO		1079.00
	GYRE.150, IO		1715.00
		512 cores	1024 cores	512 to 1024
vip ST mode	GYRE.25, no IO
	GYRE.25, IO
	GYRE.50, no IO
	GYRE.50, IO
	GYRE.150, no IO
	GYRE.150, IO
		512 cores	1024 cores	512 to 1024
vip SMT mode	GYRE.25, no IO
	GYRE.25, IO
	GYRE.50, no IO
	GYRE.50, IO
	GYRE.150, no IO
	GYRE.150, IO
		512 cores	1024 cores	512 to 1024
HECToR XT4	GYRE.25, no IO
	GYRE.25, IO
	GYRE.50, no IO
	GYRE.50, IO
	GYRE.150, no IO
	GYRE.150, IO
		8 cores	64 cores	8 to 64
HECToR X2	GYRE.25, no IO
	GYRE.25, IO
	GYRE.50, no IO
	GYRE.50, IO
	GYRE.150, no IO
	GYRE.150, IO
		512 cores	1024 cores	512 to 1024
Babel	GYRE.25, no IO	445.00	401.00	0.555	VN
	GYRE.25, IO	738.00	561.00	0.658	VN
	GYRE.50, no IO	1625.00	1035.00	0.785	VN (256, 512, 1024, 2048), DUAL (128)
	GYRE.50, IO	2290.00	1571.00	0.729	VN (256, 512, 1024, 2048), DUAL (128)
	GYRE.150, no IO	4348.00	2319.00	0.937	SMP (512), DUAL (1024, 2048), VN(4096)
	GYRE.150, IO	4592.00	2577.00	0.891	SMP (512), DUAL (1024, 2048), VN(4096)

PEPC	Datasets	Time (in seconds)		Efficiency	Comment
		64 cores	512 cores	64 to 512
HLRB II high-density	Sphere 5M
	Sphere 15M
	Sphere 25M
		64 cores	512 cores	64 to 512
HLRB II high-bandwidth	Sphere 5M
	Sphere 15M
	Sphere 25M
		64 cores	512 cores	64 to 512
vip ST mode	Sphere 5M				total time
	Sphere 15M
	Sphere 25M
		64 cores	512 cores	64 to 512
vip SMT mode	Sphere 5M				total time
	Sphere 15M
	Sphere 25M
		64 cores	512 cores	64 to 512
HECToR XT4	Sphere 5M
	Sphere 15M
	Sphere 25M
		8 cores	64 cores	8 to 64
HECToR X2	Sphere 5M
	Sphere 15M
	Sphere 25M
		64 cores	512 cores	64 to 512
Babel	Sphere 5M
	Sphere 15M
	Sphere 25M

QuantumESPRESSO	Datasets	Time (in seconds)		Efficiency	Comment
		64 cores	256 cores	64 to 256
HLRB II high-density	AUSURF112	488.38	321.07	0.380	total wallclock time
	AUSURF112 taskgroup (2 and 4 task group)	484.28	303.73	0.399
	PSIWAT (2 and 4 task group)	1886.32	840.29	0.561
		64 cores	256 cores	64 to 256
HLRB II high-bandwidth	AUSURF112	492.81	314.92	0.391	total wallclock time
	AUSURF112 taskgroup (2 and 4 task group)	478.43	288.63	0.414
	PSIWAT (2 and 4 task group)	1794	836.07	0.536
		64 cores	256 cores	64 to 256
vip ST mode	AUSURF112
	AUSURF112 taskgroup (2 and 4 task group)
	PSIWAT (2 and 4 task group)
		64 cores	256 cores	64 to 256
vip SMT mode	AUSURF112
	AUSURF112 taskgroup (2 and 4 task group)
	PSIWAT (2 and 4 task group)
		64 cores	256 cores	64 to 256
HECToR XT4	AUSURF112	599.39	304.38	0.492
	AUSURF112 taskgroup (2 and 4 task group)	605.3	256.28	0.590
	PSIWAT (2 and 4 task group)	2094.34	771.64	0.679
		8 cores	64 cores	8 to 64
HECToR X2	AUSURF112	2028.12	428.72	0.591	total wallclock time
	AUSURF112 taskgroup (2 and 4 task group)		428.58
	PSIWAT (2 and 4 task group)		1045.29
		64 cores	256 cores	64 to 256
Babel	AUSURF112		599.44		VN, PREFER_TORUS, XYZT
	AUSURF112 taskgroup (2 and 4 task group)		644.83		VN, PREFER_TORUS, XYZT
	PSIWAT (2 and 4 task group)		1827.19		DUAL (256), VN (512), PREFER_TORUS, XYZT

RAMSES	Datasets	Time (in seconds)		Efficiency	Comment
		512 cores	2048 cores	512 to 2048
HLRB II high-density	Sedov3D	62.00			total wallclock time
	AMR	550.00	687.00	0.200
	Sedov3D 1024	440.00	115.00	0.957
		512 cores	2048 cores	512 to 2048
HLRB II high-bandwidth	Sedov3D	41.00			total wallclock time
	AMR	495.00	666.00	0.186
	Sedov3D 1024	271.00	79.00	0.858
		512 cores	2048 cores	512 to 2048
vip ST mode	Sedov3D
	AMR
	Sedov3D 1024
		512 cores	2048 cores	512 to 2048
vip SMT mode	Sedov3D
	AMR
	Sedov3D 1024
		512 cores	2048 cores	512 to 2048
HECToR XT4	Sedov3D
	AMR
	Sedov3D 1024
		8 cores	64 cores	8 to 64
HECToR X2	Sedov3D
	AMR
	Sedov3D 1024
		512 cores	2048 cores	512 to 2048
Babel	Sedov3D	85.60	21.80	0.982	VN, TXYZ, MESH(64,128,256,512,1024), TORUS(2048,4096)
	AMR	1349.00	960.00	0.351	SMP(64), DUAL(128,256), VN(512, 1024,2048, 4096), TXYZ, MESH(64, 128,256,512,1024), TORUS(2048,4096)
	Sedov3D 1024				VN, TXYZ, TORUS (other timings : 1692 on 8192 cores, 848 on 16384 cores)

SU3_AHiggs	Datasets	Time (in seconds)		Efficiency	Comment
		512 cores	2048 cores	512 to 2048
HLRB II high-density	32³ lattice, 10 000 iterations	36.00			total wallclock time
HLRB II high-density	256³ lattice, 100 iterations	184.50
		512 cores	2048 cores	512 to 2048
HLRB II high-bandwidth	32³ lattice, 10 000 iterations	36.30	22.50	0.403	total wallclock time
HLRB II high-bandwidth	256³ lattice, 100 iterations	125.50	26.70	1.175
		512 cores	2048 cores	512 to 2048
vip ST mode	256³ lattice, 100 iterations
vip ST mode	256³ lattice, 100 iterations
		512 cores	2048 cores	512 to 2048
vip SMT mode	256³ lattice, 100 iterations
vip SMT mode	256³ lattice, 100 iterations
		512 cores	2048 cores	512 to 2048
HECToR XT4	32³ lattice, 10000 iterations	54.30
HECToR XT4	256³ lattice, 100 iterations	78.40	19.20	1.021
		8 cores	64 cores	8 to 64
HECToR X2	32³ lattice, 10000 iterations
HECToR X2	256³ lattice, 100 iterations
		512 cores	2048 cores	512 to 2048
Babel	32³ lattice, 10000 iterations	154.90			VN, PREFER_TORUS, TXYZ
Babel	256³ lattice, 100 iterations	242.60	107.80	0.563	VN, PREFER_TORUS, TXYZ

Compiler info and libraries

BQCD	Compiler	Compiler options
HLRB II	ifort 9.1 + icc 9.1	-O2 -openmp
vip	mpxlf90_r, mpcc_r	-qsmp -qnosave -qsuffix=f=f90 -q64 (for mpcc_r: -qsmp -qnosave) [add:" -qsmp=omp " for hybrid BQCD]
HECToR XT4
HECToR X2
Babel	mpixlf90_r, mpixlc_r	-qarch=450 -qtune=450 -O3 -qstrict

CPMD	Compiler	Compiler options	Libraries
HLRB II	ifort 9.1	-O3	mkl
vip	mpxlf_r	-q64 -qtune=pwr6 -qarch=pwr6 -O3 -qrealsize=8 -qsuffix=f=f90
HECToR XT4
HECToR X2
Babel	bgxlf_r	-O3 -w -qsmp=omp -qnosave -qarch=450 -c	lapack, essl

Fenfloss	Compiler	Compiler options
HLRB II	Ifort 9.1	-O3 -ipo
vip	mpxlf90_r	-q64 -O5
HECToR XT4	pgf90/7.1.4	-fastsse -Msmart -Mipa=fast
HECToR X2	ftn (x1x2-pe/6.0.0.1)	-O3
Babel	mpixlf90_r	-O5

GADGET	Compiler	Compiler options	Libraries
HLRB II	icc 9.1	-O2	fftw2, gsl
vip	mpcc_r	-q64 -qtune=pwr6 -qarch=pwr6 -O3 -qstrict -qcpluscmt -qipa	fftw2, gsl
HECToR XT4	pgcc	-fastsse -O3 -Mipa=fast,inline	fftw2, gsl, hdf5
HECToR X2
Babel	mpixlc_r	-O3 -qstrict -qarch=450 -qtune=450 -qcpluscm	fftw2, gsl, hdf5

GENE	Compiler	Compiler options	Libraries
HLRB II	ifort 9.1	-O3 -ip -ftz -align -fno-alias -r8	blas, fftw3
vip	mpxlf90_r	-q64 -qrealsize=8 -qtune=pwr6 -qarch=pwr6 -O3 -qsuffix=cpp=F90 -WF,-DWITHESSL,-DDOUBLE_PREC	essl
HECToR XT4
HECToR X2
Babel	bgxlf90_r	-qtune=450 -qarch=450d	-lesslbg

IFS	Compiler	Compiler options	Libraries
HLRB II
HLRB II
vip	mpxlf90_r	-qextname -q64 -qarch=pwr6 -O3 -qstrict -qutodbl=dbl4 -qfree=F90 -qsuffix=cpp=F90 -qsmp=omp -qsource -NS32648 -WF,-DRS6K -WF,-DBLAS -WF,POWER6	essl, mass massvp6
vip	mpcc_r	-O3 -qarch=pwr6 -q64 -qmaxmem=-1 -DRS6K -DINTERCEPT_ALLOC -D_ABI64 -DFORTRAN_WITH_UNDERSCORE
HECToR XT4
HECToR XT4
HECToR X2
HECToR X2
Babel	mpixlf90_r	-O2 -qstrict -qarch=450 -qmaxmem=-1 -qextname -qsource -qautodbl=dbl4 -qfree=F90 -qsmp=omp -qsuffix=cpp=F90 -WF,-DLINUX -WF,-DBLAS -WF,-DBLUEGENE	esslbg, mass, massv, fmpich_.cnk
Babel	mpixlc_r	-O2 -qarch=450 -qmaxmem=-1 -DLINUX -DBLUEGENE -DINTERCEPT_ALLOC -DFORTRAN_WITH_UNDERSCORE

IQCS	Compiler	Compiler options
HLRB II
vip	mpxlf90_r	-O5 -q64 -qtune=pwr6 -qarch=pwr6 -qxlf90=autodealloc
HECToR XT4	pgf90/7.1.4	-O3 -DDYNALLOC
HECToR X2	ftn	-f free -N 255 -h cpu=cray-x2 -O3 -e Z -DDYNALLOC
Babel	mpixlf90_r	-O5 -qnostrict -qarch=450 -qtune=450 -WF,-DDYNALLOC

NAMD	Compiler	Compiler options	Libraries
HLRB II	mpicc + icc	for namd: CXX = icpc -D_IA64 -I/usr/local/gnu/include CXXOPTS = -static-libcxa -O2	fftw2, tcl
HLRB II		for charm++: ./build charm++ mpi-linux-ia64 -nobs -DCMK_OPTIMIZE=1
vip	xlc_r	for namd: -O4 -qinlglue -qarch=pwr6 -qtune=pwr6
vip	mpCC_r	for charm: -O3 -qstrict -Q ./build charm++ mpi-sp
HECToR XT4
HECToR XT4
HECToR X2
HECToR X2
Babel	bgxlC_r	for namd: -O3 -qhot -qarch=450d -qtune=450	fftw
Babel		for charm: ./build charm++ mpi-bluegenep xlc --no-shared -j4 -O3 -qarch=450d -DCMK_OPTIMIZE=1

NEMO	Compiler	Compiler options	Libraries
HLRB II	ifort 9.1	-O2 -r8	netcdf
vip	mpxlf90_r	-q64 -qtune=pwr6 -qarch=pwr6 -O3 -qrealsize=8 -qsave -qsuffix=cpp=F90	netcdf
HECToR XT4
HECToR X2
Babel	mpixlf90_r	-O3 -qstrict -qtune=450 -qarch=450	netcdf

PEPC	Compiler	Compiler options
HLRB II
vip	mpxlf90_r	-qtune=pwr6 -qarch=pwr6 -q64 -O4 -qipa=level=1 -qipa=inline=key2addr
HECToR XT4
HECToR X2
Babel

QuantumESPRESSO	Compiler	Compiler options	Libraries
HLRB II	intel/10.1	-O2 -assume byterecl (link flags: -i-static -openmp)	mkl/9.1
vip	mpxlf90_r	-q64 -O3 -qarch=pwr6 -qtune=pwr6	essl, mass
HECToR XT4	pgi/8.0.2	-fast -r8	acml/4.0.1a
HECToR X2	ftn	-O3	libsci/6.0.0.3.chip21
Babel	mpixlf90_r	-O4 -qarch=450d -qtune=450 -qdpc -qalias=nointptr -Q	essl

RAMSES	Compiler	Compiler options
HLRB II	ifort 9.1	-O3 -ipo
vip	mpxlf90_r	-O4 -qnostrict -qhot -qarch=pwr6 -qtune=pwr6
HECToR XT4
HECToR X2
Babel	mpixlf90_r	-O4 -qstrict -qhot -qtune=450 -qarch=450d

SU3_AHiggs	Compiler	Compiler options	Libraries
HLRB II	intel/9.1	-O3 -ip
vip	mpcc_r	-q64 -O5
HECToR XT4	pathscale/3.1	-Ofast -march=barcelona
HECToR X2	cc	-O3
Babel	mpixlc_r	-O3 -qarch=450d -qtune=450 -qipa=level=2	mass

Sections

Personal tools

See also:

Results

See also

Archive

Compiler info and libraries

Document Actions