12.10.2009, 08:19 PM
Drei Rechner, drei Ergebnisse
----------------------------------
PhenomII x4 4x 3.2GHz
---------------------
.tran 0 4m 0 1n steady startup nodiscard
.options ptrantau=0
.end
Fourier components of V(out)
DC component:-0.130063
Total Harmonic Distortion: 0.086892%
Date: Mon Oct 12 19:09:03 2009
Total elapsed time: 395.024 seconds.
tnom = 27
temp = 27
method = modified trap
totiter = 10907555
traniter = 10904399
tranpoints = 4157853
accept = 4093162
rejected = 64467
matrix size = 62
fillins = 66
solver = Normal
Thread vector: 13.1/11.7[2] 8.0/5.8[2] 4.3/4.1[1] 1.7/2.6[1] 2592/500
Matrix Compiler1: 6,42 KB object code size 3.7/3.1/[2.0]
Matrix Compiler2: off [2.4]/3.1/4.4
Intel P4 3.2GHz (auf 3.4GHz):
-----------------------------
.tran 0 4m 0 1n steady startup nodiscard
.options ptrantau=0
.end
Fourier components of V(out)
DC component:-0.130041
Total Harmonic Distortion: 0.091469%
Date: Mon Oct 12 19:12:00 2009
Total elapsed time: 1172.797 seconds.
tnom = 27
temp = 27
method = modified trap
totiter = 10835912
traniter = 10832756
tranpoints = 4157572
accept = 4093032
rejected = 64316
matrix size = 61
fillins = 67
solver = Normal
Thread vector: 37.9/28.9[2] 17.3/15.2[2] 10.5/10.1[1] 2.3/6.1[1] 2592/500
Matrix Compiler1: 6,35 KB object code size 5.7/4.5/[2.2]
Matrix Compiler2: 5,50 KB object code size 3.2/5.1/[1.7]
Phenom x3 3x 2.2GHz:
--------------------
.tran 0 4m 0 1n steady startup nodiscard
.options ptrantau=0
.end
Fourier components of V(out)
DC component:0.0569066
Total Harmonic Distortion: 0.028521%
Date: Mon Oct 12 19:13:36 2009
Total elapsed time: 511.453 seconds.
tnom = 27
temp = 27
method = modified trap
totiter = 9005319
traniter = 9002163
tranpoints = 4140872
accept = 4081597
rejected = 59051
matrix size = 61
fillins = 67
solver = Normal
Thread vector: 36.3/29.4[2] 21.6/12.1[2] 11.0/9.9[2] 5.5/6.7[1] 2592/500
Matrix Compiler1: 6,35 KB object code size 8.4/7.0/[3.8]
Matrix Compiler2: off [5.1]/6.7/10.7
Und nu ?
Auffälig, auf den AMDs läuft immer nur einer der Matrix Compiler
----------------------------------
PhenomII x4 4x 3.2GHz
---------------------
.tran 0 4m 0 1n steady startup nodiscard
.options ptrantau=0
.end
Fourier components of V(out)
DC component:-0.130063
Total Harmonic Distortion: 0.086892%
Date: Mon Oct 12 19:09:03 2009
Total elapsed time: 395.024 seconds.
tnom = 27
temp = 27
method = modified trap
totiter = 10907555
traniter = 10904399
tranpoints = 4157853
accept = 4093162
rejected = 64467
matrix size = 62
fillins = 66
solver = Normal
Thread vector: 13.1/11.7[2] 8.0/5.8[2] 4.3/4.1[1] 1.7/2.6[1] 2592/500
Matrix Compiler1: 6,42 KB object code size 3.7/3.1/[2.0]
Matrix Compiler2: off [2.4]/3.1/4.4
Intel P4 3.2GHz (auf 3.4GHz):
-----------------------------
.tran 0 4m 0 1n steady startup nodiscard
.options ptrantau=0
.end
Fourier components of V(out)
DC component:-0.130041
Total Harmonic Distortion: 0.091469%
Date: Mon Oct 12 19:12:00 2009
Total elapsed time: 1172.797 seconds.
tnom = 27
temp = 27
method = modified trap
totiter = 10835912
traniter = 10832756
tranpoints = 4157572
accept = 4093032
rejected = 64316
matrix size = 61
fillins = 67
solver = Normal
Thread vector: 37.9/28.9[2] 17.3/15.2[2] 10.5/10.1[1] 2.3/6.1[1] 2592/500
Matrix Compiler1: 6,35 KB object code size 5.7/4.5/[2.2]
Matrix Compiler2: 5,50 KB object code size 3.2/5.1/[1.7]
Phenom x3 3x 2.2GHz:
--------------------
.tran 0 4m 0 1n steady startup nodiscard
.options ptrantau=0
.end
Fourier components of V(out)
DC component:0.0569066
Total Harmonic Distortion: 0.028521%
Date: Mon Oct 12 19:13:36 2009
Total elapsed time: 511.453 seconds.
tnom = 27
temp = 27
method = modified trap
totiter = 9005319
traniter = 9002163
tranpoints = 4140872
accept = 4081597
rejected = 59051
matrix size = 61
fillins = 67
solver = Normal
Thread vector: 36.3/29.4[2] 21.6/12.1[2] 11.0/9.9[2] 5.5/6.7[1] 2592/500
Matrix Compiler1: 6,35 KB object code size 8.4/7.0/[3.8]
Matrix Compiler2: off [5.1]/6.7/10.7
Und nu ?
Auffälig, auf den AMDs läuft immer nur einer der Matrix Compiler
"Ich hab Millionen von Ideen und alle enden mit Sicherheit tödlich."