Súgó
A téma zárva.
a hibadetektáló algoritmusom működik, már az előtt, hogy a windowsban fagyás jelentkezne, így az apróbb hibákat is érzékeli.
cpuranking
(közkívánatra)
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#41
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Elküldve: 2012. 07. 28. 00:44
hagytam felkúszni 65 fokra (külső) a palominot. gonosz vagyok.
a hibadetektáló algoritmusom működik, már az előtt, hogy a windowsban fagyás jelentkezne, így az apróbb hibákat is érzékeli.
a hibadetektáló algoritmusom működik, már az előtt, hogy a windowsban fagyás jelentkezne, így az apróbb hibákat is érzékeli.
#42
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Elküldve: 2012. 07. 31. 06:56
hat ha a winben fagy, az meg edesmessze van a stabiltol 
#43
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Elküldve: 2012. 07. 31. 10:34
what
szerinted a CPU, FPU, és CACHE hibadetektáló minek a hibáit detektálja?
szerinted a CPU, FPU, és CACHE hibadetektáló minek a hibáit detektálja?
Szerkesztette: 'Geri' 2012. 07. 31. 10:35 -kor
#44
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Elküldve: 2012. 09. 13. 00:07
nehogy azt higyjétek, megfeledkeztem erről a holmiról. időközben portoltam linuxra is, csak ott egyelőre valamiért nem megy a tcp teszt. meg fogom csinálni, hogy menjen ott majd az is, meg majd csinálok neki valami GUI-t is, hogy menő legyen.
#45
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Elküldve: 2013. 02. 18. 19:23
na nézzük, hogy állunk
1. kiszedtem belőle a kézzel írt SSE-t használó teszteket, mert 64 biten nem működtek rendesen, és felesleges is
2. hibás volt a memóriaolvasás is, bizonyos compiler beállítások mellett kioptimizálta az egészet, tehát az nem jó
3. online eredménylista: felesleges, majd rágugliz, aki akar
4. a ray tracer nagyon kemény hőmérsékletekre tolja fel a magot, tehát a ray tracert a cpu stabilitástesztbe is bele lehet tenni
5. nagyjából kész a ray tracer is tehát, egyelőre nemtudom még, hogy mit lehetne izlésesen és egyszerűen benchmarkolni. arra gondoltam, hogy esetleg lehetne egy autó, körülötte esetleg 4 ilyen fáklya szerűség, alatta egy matt türköződő felület, a scenere rá valami hdr, dof, egy nagyobb fényforrás, ami beteríti az egész scenet, erre jöhet esetleg egy 3, vagy 7 fázisú megvilágítás (ennél nagyobbat nem tud a kódom), és akkor ekörül körözne a kamera. ezt 3 felbontásban benchmarkolná le a program, és ez lenne a fő eredmény:
-256x128, ehhez legalább 128 mega ram kellene
-512x256, ehhez legalább 1 giga
és 1024x512, ehhez pedig legalább 4 giga ram kell
(tehát ha nincs ennyi ram a gépben, akkor nem is fog majd tudni lefutni)
tehát, mi a véleményetek
1 jó lesz a fentebb már megmutatott cpu tesztek mellé ez az egyszerű, autós scene?
2. kell -e összeített eredmény?
-egyáltalán nem kell?
-kell egy összesített eredmény is, amit lehet hasonlítgatni
-2 db összesített eredmény kell, egy egyszálú, és egy többszálú összesített eredmény
1. kiszedtem belőle a kézzel írt SSE-t használó teszteket, mert 64 biten nem működtek rendesen, és felesleges is
2. hibás volt a memóriaolvasás is, bizonyos compiler beállítások mellett kioptimizálta az egészet, tehát az nem jó
3. online eredménylista: felesleges, majd rágugliz, aki akar
4. a ray tracer nagyon kemény hőmérsékletekre tolja fel a magot, tehát a ray tracert a cpu stabilitástesztbe is bele lehet tenni
5. nagyjából kész a ray tracer is tehát, egyelőre nemtudom még, hogy mit lehetne izlésesen és egyszerűen benchmarkolni. arra gondoltam, hogy esetleg lehetne egy autó, körülötte esetleg 4 ilyen fáklya szerűség, alatta egy matt türköződő felület, a scenere rá valami hdr, dof, egy nagyobb fényforrás, ami beteríti az egész scenet, erre jöhet esetleg egy 3, vagy 7 fázisú megvilágítás (ennél nagyobbat nem tud a kódom), és akkor ekörül körözne a kamera. ezt 3 felbontásban benchmarkolná le a program, és ez lenne a fő eredmény:
-256x128, ehhez legalább 128 mega ram kellene
-512x256, ehhez legalább 1 giga
és 1024x512, ehhez pedig legalább 4 giga ram kell
(tehát ha nincs ennyi ram a gépben, akkor nem is fog majd tudni lefutni)
tehát, mi a véleményetek
1 jó lesz a fentebb már megmutatott cpu tesztek mellé ez az egyszerű, autós scene?
2. kell -e összeített eredmény?
-egyáltalán nem kell?
-kell egy összesített eredmény is, amit lehet hasonlítgatni
-2 db összesített eredmény kell, egy egyszálú, és egy többszálú összesített eredmény
#46
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Elküldve: 2013. 02. 18. 23:30
Idézet: 'Geri' - Dátum: 2013. 02. 18. 19:23
...
tehát, mi a véleményetek
1 jó lesz a fentebb már megmutatott cpu tesztek mellé ez az egyszerű, autós scene?
2. kell -e összeített eredmény?
-egyáltalán nem kell?
-kell egy összesített eredmény is, amit lehet hasonlítgatni
-2 db összesített eredmény kell, egy egyszálú, és egy többszálú összesített eredmény
tehát, mi a véleményetek
1 jó lesz a fentebb már megmutatott cpu tesztek mellé ez az egyszerű, autós scene?
2. kell -e összeített eredmény?
-egyáltalán nem kell?
-kell egy összesített eredmény is, amit lehet hasonlítgatni
-2 db összesített eredmény kell, egy egyszálú, és egy többszálú összesített eredmény
Az mennyibe kerülne, ha a progi indulás előtt lekérné az oprencer típusát win 32/64 bit /// Linux... 32/64bit majd a processzortípust (magok/thread-ek számát)és a rendelkezésre álló RAM mennyiségét?
Így elkerülhető, hogy a teszt vakra fusson pl. egy 2 giga RAMmal rendelkező, 1 magos "ócskaságon", stb..
1., szerintem jó.
2., legyen
Ha a lovat zab helyett plutóniummal etetné a Pesta bácsi, akkor a szekér kilóhússzal repesztene a Kárpátokban.
Ha visszakérdezek, akkor az azért van, mert nem értettem, hogy mit kérdeztél. Heeeee?
Ha visszakérdezek, akkor az azért van, mert nem értettem, hogy mit kérdeztél. Heeeee?
#47
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Elküldve: 2013. 02. 19. 01:24
igen, elkéri, de felül lehet bírálni arra az esetre, ha a progi rosszul érzékeli. illetve 32 biten nem fog menni a tracing teszt sem max felbontásban, mert lehet, hogy nem lehetne megcímezni a memóriát, ami kell hozzá (ha mégis, akkor ott is elérhető lesz). amúgy volt benne cpuid is, de az sse-vel együtt kibasztam azt is.
#48
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Elküldve: 2013. 04. 15. 14:28
nem értem rá erre a cuccra, viszont fordítottam belőle új binárisokat, feldobtam neki a weboldalt, hogy elérhető legyen, és leteszteltem, beleraktam a stabilitás-teszteket.
windowsos és linuxos indítható állományt is tettem bele.
http://cpuranking.tk
jó szórakozást
windowsos és linuxos indítható állományt is tettem bele.
http://cpuranking.tk
jó szórakozást
#49
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Elküldve: 2013. 04. 15. 15:00
CPU Ranking
http://cpuranking.tk
-O3 -s --fast-math -march=i686 -funroll-loops
-foptimize-sibling-calls -ftree-vectorize
CPU_init: GenuineIntel
Intel® Core™ i7-2670QM CPU @ 2.20GHz
8 x 2195 Mhz
MEM_init: 32K L1 256K L2 16361 Mbyte RAM
SYS_init: Windows NT/XP/2k/Vista/7/8 (32 bit)
CPU raw performance:
Cache16k read: 10688 MByte/sec
Cache128k read: 10960 MByte/sec
Cache256k read: 10648 MByte/sec
Cache512k read: 10370 MByte/sec
Cache16k write: 9771 MByte/sec
Cache128k write: 9321 MByte/sec
Cache256k write: 9376 MByte/sec
Cache512k write: 8018 MByte/sec
MIPS (simple) SMP: 16290
MIPS (simple): 3211
MIPS SMP: 6120
MIPS: 1365
CMP: 1392 million ops/sec
DIV: 2478 million ops/sec
FPU raw performance:
FLOPS (simple) SMP: 64 (megaflops)
FLOPS (simple): 12 (megaflops)
FLOPS SMP: 5588 (megaflops)
FLOPS: 1022 (megaflops)
DLOPS (simple) SMP: 64 (megaflops)
DLOPS (simple): 12 (megaflops)
DLOPS SMP: 4119 (megaflops)
DLOPS: 1032 (megaflops)
FCMP: 539 million ops/sec
FDIV: 113 million ops/sec
SQRTF: 133 million ops/sec
SIN: 51 million ops/sec
Complex algorithmic performance:
BoundingBox 147.0 million collision/sec
PI: 37 million iteration/sec
VEC3 normalize: 41 million/sec
Ray-Sphere collision: 199 million/sec
Ray-Tri collision: 61 million/sec
TMU (+bilinear filter): 23.5 million sample/sec
Square Root (formula): 9.0 million res/sec
Square Root (platform): 116.7 million res/sec
8 queen: 25.4 million queen test/sec
Shell sort 1M: 9.8 result/sec
SYSTEM performance:
Memory Read SMP: 27988 MByte/sec
Memory Read: 7339 MByte/sec
Random Memory Read SMP: 3640 MByte/sec
Random Memory Read: 1213 MByte/sec
Memory Write SMP: 9652 MByte/sec
Memory Write: 7756 MByte/sec
Memory Copy SMP: 5590 MByte/sec
Memory Copy: 4892 MByte/sec
Address translation: 670 million result/sec
Library calls: 28 million call/sec
malloc/free: 6.1 million pairs/sec
Thread creation: 17241 thread/sec
Minibenchmark done.
http://cpuranking.tk
-O3 -s --fast-math -march=i686 -funroll-loops
-foptimize-sibling-calls -ftree-vectorize
CPU_init: GenuineIntel
Intel® Core™ i7-2670QM CPU @ 2.20GHz
8 x 2195 Mhz
MEM_init: 32K L1 256K L2 16361 Mbyte RAM
SYS_init: Windows NT/XP/2k/Vista/7/8 (32 bit)
CPU raw performance:
Cache16k read: 10688 MByte/sec
Cache128k read: 10960 MByte/sec
Cache256k read: 10648 MByte/sec
Cache512k read: 10370 MByte/sec
Cache16k write: 9771 MByte/sec
Cache128k write: 9321 MByte/sec
Cache256k write: 9376 MByte/sec
Cache512k write: 8018 MByte/sec
MIPS (simple) SMP: 16290
MIPS (simple): 3211
MIPS SMP: 6120
MIPS: 1365
CMP: 1392 million ops/sec
DIV: 2478 million ops/sec
FPU raw performance:
FLOPS (simple) SMP: 64 (megaflops)
FLOPS (simple): 12 (megaflops)
FLOPS SMP: 5588 (megaflops)
FLOPS: 1022 (megaflops)
DLOPS (simple) SMP: 64 (megaflops)
DLOPS (simple): 12 (megaflops)
DLOPS SMP: 4119 (megaflops)
DLOPS: 1032 (megaflops)
FCMP: 539 million ops/sec
FDIV: 113 million ops/sec
SQRTF: 133 million ops/sec
SIN: 51 million ops/sec
Complex algorithmic performance:
BoundingBox 147.0 million collision/sec
PI: 37 million iteration/sec
VEC3 normalize: 41 million/sec
Ray-Sphere collision: 199 million/sec
Ray-Tri collision: 61 million/sec
TMU (+bilinear filter): 23.5 million sample/sec
Square Root (formula): 9.0 million res/sec
Square Root (platform): 116.7 million res/sec
8 queen: 25.4 million queen test/sec
Shell sort 1M: 9.8 result/sec
SYSTEM performance:
Memory Read SMP: 27988 MByte/sec
Memory Read: 7339 MByte/sec
Random Memory Read SMP: 3640 MByte/sec
Random Memory Read: 1213 MByte/sec
Memory Write SMP: 9652 MByte/sec
Memory Write: 7756 MByte/sec
Memory Copy SMP: 5590 MByte/sec
Memory Copy: 4892 MByte/sec
Address translation: 670 million result/sec
Library calls: 28 million call/sec
malloc/free: 6.1 million pairs/sec
Thread creation: 17241 thread/sec
Minibenchmark done.
#50
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Elküldve: 2013. 04. 15. 15:01
de jó, hogy megint nem jó inteleken a simple flops teszt, de ígyjártak,
Szerkesztette: 'Geri' 2013. 04. 15. 15:04 -kor
#51
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Elküldve: 2013. 04. 15. 15:05
CPU Ranking
http://cpuranking.tk
-O3 -s --fast-math -march=i686 -funroll-loops
-foptimize-sibling-calls -ftree-vectorize
CPU_init: GenuineIntel
Intel® Core™ i7-2630QM CPU @ 2.00GHz
8 x 1995 Mhz
MEM_init: 32K L1 256K L2 8086 Mbyte RAM
SYS_init: Windows NT/XP/2k/Vista/7/8 (32 bit)
CPU raw performance:
Cache16k read: 10396 MByte/sec
Cache128k read: 10512 MByte/sec
Cache256k read: 10329 MByte/sec
Cache512k read: 10136 MByte/sec
Cache16k write: 9905 MByte/sec
Cache128k write: 9499 MByte/sec
Cache256k write: 9481 MByte/sec
Cache512k write: 8697 MByte/sec
MIPS (simple) SMP: 17311
MIPS (simple): 3164
MIPS SMP: 6765
MIPS: 1331
CMP: 1370 million ops/sec
DIV: 2419 million ops/sec
FPU raw performance:
FLOPS (simple) SMP: 64 (megaflops)
FLOPS (simple): 11 (megaflops)
FLOPS SMP: 5493 (megaflops)
FLOPS: 999 (megaflops)
DLOPS (simple) SMP: 63 (megaflops)
DLOPS (simple): 11 (megaflops)
DLOPS SMP: 5210 (megaflops)
DLOPS: 987 (megaflops)
FCMP: 511 million ops/sec
FDIV: 108 million ops/sec
SQRTF: 127 million ops/sec
SIN: 49 million ops/sec
Complex algorithmic performance:
BoundingBox 125.0 million collision/sec
PI: 36 million iteration/sec
VEC3 normalize: 39 million/sec
Ray-Sphere collision: 151 million/sec
Ray-Tri collision: 59 million/sec
TMU (+bilinear filter): 22.1 million sample/sec
Square Root (formula): 8.6 million res/sec
Square Root (platform): 111.1 million res/sec
8 queen: 24.2 million queen test/sec
Shell sort 1M: 9.2 result/sec
SYSTEM performance:
Memory Read SMP: 31475 MByte/sec
Memory Read: 7384 MByte/sec
Random Memory Read SMP: 4133 MByte/sec
Random Memory Read: 1194 MByte/sec
Memory Write SMP: 9805 MByte/sec
Memory Write: 7999 MByte/sec
Memory Copy SMP: 5901 MByte/sec
Memory Copy: 5161 MByte/sec
Address translation: 649 million result/sec
Library calls: 28 million call/sec
malloc/free: 6.0 million pairs/sec
Thread creation: 13432 thread/sec
Minibenchmark done.
http://cpuranking.tk
-O3 -s --fast-math -march=i686 -funroll-loops
-foptimize-sibling-calls -ftree-vectorize
CPU_init: GenuineIntel
Intel® Core™ i7-2630QM CPU @ 2.00GHz
8 x 1995 Mhz
MEM_init: 32K L1 256K L2 8086 Mbyte RAM
SYS_init: Windows NT/XP/2k/Vista/7/8 (32 bit)
CPU raw performance:
Cache16k read: 10396 MByte/sec
Cache128k read: 10512 MByte/sec
Cache256k read: 10329 MByte/sec
Cache512k read: 10136 MByte/sec
Cache16k write: 9905 MByte/sec
Cache128k write: 9499 MByte/sec
Cache256k write: 9481 MByte/sec
Cache512k write: 8697 MByte/sec
MIPS (simple) SMP: 17311
MIPS (simple): 3164
MIPS SMP: 6765
MIPS: 1331
CMP: 1370 million ops/sec
DIV: 2419 million ops/sec
FPU raw performance:
FLOPS (simple) SMP: 64 (megaflops)
FLOPS (simple): 11 (megaflops)
FLOPS SMP: 5493 (megaflops)
FLOPS: 999 (megaflops)
DLOPS (simple) SMP: 63 (megaflops)
DLOPS (simple): 11 (megaflops)
DLOPS SMP: 5210 (megaflops)
DLOPS: 987 (megaflops)
FCMP: 511 million ops/sec
FDIV: 108 million ops/sec
SQRTF: 127 million ops/sec
SIN: 49 million ops/sec
Complex algorithmic performance:
BoundingBox 125.0 million collision/sec
PI: 36 million iteration/sec
VEC3 normalize: 39 million/sec
Ray-Sphere collision: 151 million/sec
Ray-Tri collision: 59 million/sec
TMU (+bilinear filter): 22.1 million sample/sec
Square Root (formula): 8.6 million res/sec
Square Root (platform): 111.1 million res/sec
8 queen: 24.2 million queen test/sec
Shell sort 1M: 9.2 result/sec
SYSTEM performance:
Memory Read SMP: 31475 MByte/sec
Memory Read: 7384 MByte/sec
Random Memory Read SMP: 4133 MByte/sec
Random Memory Read: 1194 MByte/sec
Memory Write SMP: 9805 MByte/sec
Memory Write: 7999 MByte/sec
Memory Copy SMP: 5901 MByte/sec
Memory Copy: 5161 MByte/sec
Address translation: 649 million result/sec
Library calls: 28 million call/sec
malloc/free: 6.0 million pairs/sec
Thread creation: 13432 thread/sec
Minibenchmark done.
#52
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Elküldve: 2013. 04. 15. 15:05
/cpuranking_x86_64.lnx
CPU Ranking
http://cpuranking.tk
-O3 -s --fast-math -funroll-loops
-foptimize-sibling-calls -ftree-vectorize
CPU_init: AuthenticAMD
AMD Athlon™ II X4 635 Processor
4 x 2200 Mhz
MEM_init: 64K L1 512K L2 5727 Mbyte RAM
SYS_init: Linux (64-bit)
CPU raw performance:
Cache16k read: 26744 MByte/sec
Cache128k read: 24870 MByte/sec
Cache256k read: 24460 MByte/sec
Cache512k read: 14147 MByte/sec
Cache16k write: 48619 MByte/sec
Cache128k write: 16231 MByte/sec
Cache256k write: 16455 MByte/sec
Cache512k write: 9791 MByte/sec
MIPS (simple) SMP: 11772
MIPS (simple): 4912
MIPS SMP: 2938
MIPS: 1335
CMP: 2683 million ops/sec
DIV: 1397 million ops/sec
FPU raw performance:
FLOPS (simple) SMP: 4752 (megaflops)
FLOPS (simple): 1953 (megaflops)
FLOPS SMP: 2726 (megaflops)
FLOPS: 1154 (megaflops)
DLOPS (simple) SMP: 4961 (megaflops)
DLOPS (simple): 1937 (megaflops)
DLOPS SMP: 2678 (megaflops)
DLOPS: 1113 (megaflops)
FCMP: 522 million ops/sec
FDIV: 231 million ops/sec
SQRTF: 213 million ops/sec
SIN: 161 million ops/sec
Complex algorithmic performance:
BoundingBox 328.0 million collision/sec
PI: 172 million iteration/sec
VEC3 normalize: 86 million/sec
Ray-Sphere collision: 247 million/sec
Ray-Tri collision: 76 million/sec
TMU (+bilinear filter): 18.2 million sample/sec
Square Root (formula): 11.7 million res/sec
Square Root (platform): 213.4 million res/sec
8 queen: 13.2 million queen test/sec
Shell sort 1M: 12.1 result/sec
SYSTEM performance:
Memory Read SMP: 11850 MByte/sec
Memory Read: 6773 MByte/sec
Random Memory Read SMP: 1517 MByte/sec
Random Memory Read: 875 MByte/sec
Memory Write SMP: 6034 MByte/sec
Memory Write: 4690 MByte/sec
Memory Copy SMP: 3931 MByte/sec
Memory Copy: 3508 MByte/sec
Address translation: 1122 million result/sec
Library calls: 86 million call/sec
malloc/free: 23.0 million pairs/sec
Thread creation: 64382 thread/sec
Minibenchmark done.
CPU Ranking
http://cpuranking.tk
-O3 -s --fast-math -funroll-loops
-foptimize-sibling-calls -ftree-vectorize
CPU_init: AuthenticAMD
AMD Athlon™ II X4 635 Processor
4 x 2200 Mhz
MEM_init: 64K L1 512K L2 5727 Mbyte RAM
SYS_init: Linux (64-bit)
CPU raw performance:
Cache16k read: 26744 MByte/sec
Cache128k read: 24870 MByte/sec
Cache256k read: 24460 MByte/sec
Cache512k read: 14147 MByte/sec
Cache16k write: 48619 MByte/sec
Cache128k write: 16231 MByte/sec
Cache256k write: 16455 MByte/sec
Cache512k write: 9791 MByte/sec
MIPS (simple) SMP: 11772
MIPS (simple): 4912
MIPS SMP: 2938
MIPS: 1335
CMP: 2683 million ops/sec
DIV: 1397 million ops/sec
FPU raw performance:
FLOPS (simple) SMP: 4752 (megaflops)
FLOPS (simple): 1953 (megaflops)
FLOPS SMP: 2726 (megaflops)
FLOPS: 1154 (megaflops)
DLOPS (simple) SMP: 4961 (megaflops)
DLOPS (simple): 1937 (megaflops)
DLOPS SMP: 2678 (megaflops)
DLOPS: 1113 (megaflops)
FCMP: 522 million ops/sec
FDIV: 231 million ops/sec
SQRTF: 213 million ops/sec
SIN: 161 million ops/sec
Complex algorithmic performance:
BoundingBox 328.0 million collision/sec
PI: 172 million iteration/sec
VEC3 normalize: 86 million/sec
Ray-Sphere collision: 247 million/sec
Ray-Tri collision: 76 million/sec
TMU (+bilinear filter): 18.2 million sample/sec
Square Root (formula): 11.7 million res/sec
Square Root (platform): 213.4 million res/sec
8 queen: 13.2 million queen test/sec
Shell sort 1M: 12.1 result/sec
SYSTEM performance:
Memory Read SMP: 11850 MByte/sec
Memory Read: 6773 MByte/sec
Random Memory Read SMP: 1517 MByte/sec
Random Memory Read: 875 MByte/sec
Memory Write SMP: 6034 MByte/sec
Memory Write: 4690 MByte/sec
Memory Copy SMP: 3931 MByte/sec
Memory Copy: 3508 MByte/sec
Address translation: 1122 million result/sec
Library calls: 86 million call/sec
malloc/free: 23.0 million pairs/sec
Thread creation: 64382 thread/sec
Minibenchmark done.
#53
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Elküldve: 2013. 05. 09. 18:12
updateltem a szoftvert.
CPU Ranking v6 (http://cpuranking.tk)
compiled with: -O3 -s --fast-math -funroll-loops
-foptimize-sibling-calls -ftree-vectorize
CPU_init: AuthenticAMD
AMD Athlon™ II X4 635 Processor
4 x 2900 Mhz
MEM_init: 64K L1 512K L2 5727 Mbyte RAM
SYS_init: Linux (64-bit)
~~ CPU raw performance ~~
MIPS SMP: 4676
MIPS: 1408
MIPS (simple) SMP: 17747
MIPS (simple): 4861
Cache16k read: 23991 MByte/sec
Cache32k read: 24052 MByte/sec
Cache64k read: 24156 MByte/sec
Cache128k read: 21855 MByte/sec
Cache256k read: 21697 MByte/sec
Cache512k read: 9744 MByte/sec
Cache1m read: 5892 MByte/sec
Cache2m read: 6166 MByte/sec
Cache16k write: 43294 MByte/sec
Cache32k write: 44964 MByte/sec
Cache64k write: 44241 MByte/sec
Cache128k write: 14415 MByte/sec
Cache256k write: 14542 MByte/sec
Cache512k write: 6018 MByte/sec
Cache1m write: 4353 MByte/sec
Cache2m write: 4387 MByte/sec
CMP: 2387 million ops/sec
DIV: 1244 million ops/sec
~~ FPU raw performance ~~
FLOPS SMP: 3684 (megaflops)
FLOPS: 1035 (megaflops)
FLOPS (simple) SMP: 5795 (megaflops)
FLOPS (simple): 1736 (megaflops)
DLOPS SMP: 3388 (megaflops)
DLOPS: 990 (megaflops)
DLOPS (simple) SMP: 5947 (megaflops)
DLOPS (simple): 1743 (megaflops)
FCMP: 466 million ops/sec
FDIV: 206 million ops/sec
SQRTF: 190 million ops/sec
SIN: 142 million ops/sec
~~ Complex algorithmic performance ~~
BoundingBox 290.0 million collision/sec
PI: 152 million iteration/sec
VEC3 normalize: 77 million/sec
Ray-Sphere collision: 240 million/sec
Ray-Tri collision: 68 million/sec
TMU (+bilinear filter): 16.3 million sample/sec
Square Root (formula): 11.0 million res/sec
Square Root (platform): 190.0 million res/sec
8 queen: 11.7 million queen test/sec
Shell sort 1M: 11.0 result/sec
~~ SYSTEM performance ~~
Memory Read SMP: 13536 MByte/sec
Memory Read: 6086 MByte/sec
Random Memory Read SMP: 1137 MByte/sec
Random Memory Read: 566 MByte/sec
Memory Write SMP: 6085 MByte/sec
Memory Write: 4476 MByte/sec
Memory Copy SMP: 3803 MByte/sec
Memory Copy: 3300 MByte/sec
Address translation: 1002 million result/sec
Library calls: 76 million call/sec
malloc/free: 20.5 million pairs/sec
Thread creation: 52024 thread/sec
Minibenchmark done.
CPU Ranking v6 (http://cpuranking.tk)
compiled with: -O3 -s --fast-math -funroll-loops
-foptimize-sibling-calls -ftree-vectorize
CPU_init: AuthenticAMD
AMD Athlon™ II X4 635 Processor
4 x 2900 Mhz
MEM_init: 64K L1 512K L2 5727 Mbyte RAM
SYS_init: Linux (64-bit)
~~ CPU raw performance ~~
MIPS SMP: 4676
MIPS: 1408
MIPS (simple) SMP: 17747
MIPS (simple): 4861
Cache16k read: 23991 MByte/sec
Cache32k read: 24052 MByte/sec
Cache64k read: 24156 MByte/sec
Cache128k read: 21855 MByte/sec
Cache256k read: 21697 MByte/sec
Cache512k read: 9744 MByte/sec
Cache1m read: 5892 MByte/sec
Cache2m read: 6166 MByte/sec
Cache16k write: 43294 MByte/sec
Cache32k write: 44964 MByte/sec
Cache64k write: 44241 MByte/sec
Cache128k write: 14415 MByte/sec
Cache256k write: 14542 MByte/sec
Cache512k write: 6018 MByte/sec
Cache1m write: 4353 MByte/sec
Cache2m write: 4387 MByte/sec
CMP: 2387 million ops/sec
DIV: 1244 million ops/sec
~~ FPU raw performance ~~
FLOPS SMP: 3684 (megaflops)
FLOPS: 1035 (megaflops)
FLOPS (simple) SMP: 5795 (megaflops)
FLOPS (simple): 1736 (megaflops)
DLOPS SMP: 3388 (megaflops)
DLOPS: 990 (megaflops)
DLOPS (simple) SMP: 5947 (megaflops)
DLOPS (simple): 1743 (megaflops)
FCMP: 466 million ops/sec
FDIV: 206 million ops/sec
SQRTF: 190 million ops/sec
SIN: 142 million ops/sec
~~ Complex algorithmic performance ~~
BoundingBox 290.0 million collision/sec
PI: 152 million iteration/sec
VEC3 normalize: 77 million/sec
Ray-Sphere collision: 240 million/sec
Ray-Tri collision: 68 million/sec
TMU (+bilinear filter): 16.3 million sample/sec
Square Root (formula): 11.0 million res/sec
Square Root (platform): 190.0 million res/sec
8 queen: 11.7 million queen test/sec
Shell sort 1M: 11.0 result/sec
~~ SYSTEM performance ~~
Memory Read SMP: 13536 MByte/sec
Memory Read: 6086 MByte/sec
Random Memory Read SMP: 1137 MByte/sec
Random Memory Read: 566 MByte/sec
Memory Write SMP: 6085 MByte/sec
Memory Write: 4476 MByte/sec
Memory Copy SMP: 3803 MByte/sec
Memory Copy: 3300 MByte/sec
Address translation: 1002 million result/sec
Library calls: 76 million call/sec
malloc/free: 20.5 million pairs/sec
Thread creation: 52024 thread/sec
Minibenchmark done.
#54
- Őstag
-
- Csoport: Fórumtag
- Hozzászólások: 5.056
- Csatlakozott: --
Elküldve: 2013. 05. 09. 19:52
CPU Ranking v6 (http://cpuranking.tk)
compiled with: -O3 -s --fast-math -funroll-loops
-foptimize-sibling-calls -ftree-vectorize -march=i686
CPU_init: GenuineIntel
Intel® Core™ i7 CPU 860 @ 2.80GHz
8 x 2808 Mhz
MEM_init: 32K L1 256K L2 4094 Mbyte RAM
SYS_init: Windows NT/XP/2k/Vista/7/8 (32 bit)
~~ CPU raw performance ~~
MIPS SMP: 5199
MIPS: 1586
MIPS (simple) SMP: 32411
MIPS (simple): 8002
Cache16k read: 8749 MByte/sec
Cache32k read: 8902 MByte/sec
Cache64k read: 8660 MByte/sec
Cache128k read: 8872 MByte/sec
Cache256k read: 8706 MByte/sec
Cache512k read: 8664 MByte/sec
Cache1m read: 8389 MByte/sec
Cache2m read: 8682 MByte/sec
Cache16k write: 12343 MByte/sec
Cache32k write: 11916 MByte/sec
Cache64k write: 11571 MByte/sec
Cache128k write: 11894 MByte/sec
Cache256k write: 11773 MByte/sec
Cache512k write: 11441 MByte/sec
Cache1m write: 11384 MByte/sec
Cache2m write: 11479 MByte/sec
CMP: 1694 million ops/sec
DIV: 3148 million ops/sec
~~ FPU raw performance ~~
FLOPS SMP: 5355 (megaflops)
FLOPS: 1180 (megaflops)
FLOPS (simple) SMP: 10329 (megaflops)
FLOPS (simple): 2251 (megaflops)
DLOPS SMP: 5355 (megaflops)
DLOPS: 1180 (megaflops)
DLOPS (simple) SMP: 10329 (megaflops)
DLOPS (simple): 2289 (megaflops)
FCMP: 787 million ops/sec
FDIV: 136 million ops/sec
SQRTF: 104 million ops/sec
SIN: 66 million ops/sec
~~ Complex algorithmic performance ~~
BoundingBox 209.0 million collision/sec
PI: 46 million iteration/sec
VEC3 normalize: 38 million/sec
Ray-Sphere collision: 253 million/sec
Ray-Tri collision: 71 million/sec
TMU (+bilinear filter): 27.1 million sample/sec
Square Root (formula): 10.7 million res/sec
Square Root (platform): 89.4 million res/sec
8 queen: 31.5 million queen test/sec
Shell sort 1M: 8.4 result/sec
~~ SYSTEM performance ~~
Memory Read SMP: 14232 MByte/sec
Memory Read: 6120 MByte/sec
Random Memory Read SMP: 1525 MByte/sec
Random Memory Read: 458 MByte/sec
Memory Write SMP: 7906 MByte/sec
Memory Write: 6740 MByte/sec
Memory Copy SMP: 4576 MByte/sec
Memory Copy: 3269 MByte/sec
Address translation: 804 million result/sec
Library calls: 34 million call/sec
malloc/free: 6.6 million pairs/sec
Thread creation: 17492 thread/sec
Minibenchmark done.
compiled with: -O3 -s --fast-math -funroll-loops
-foptimize-sibling-calls -ftree-vectorize -march=i686
CPU_init: GenuineIntel
Intel® Core™ i7 CPU 860 @ 2.80GHz
8 x 2808 Mhz
MEM_init: 32K L1 256K L2 4094 Mbyte RAM
SYS_init: Windows NT/XP/2k/Vista/7/8 (32 bit)
~~ CPU raw performance ~~
MIPS SMP: 5199
MIPS: 1586
MIPS (simple) SMP: 32411
MIPS (simple): 8002
Cache16k read: 8749 MByte/sec
Cache32k read: 8902 MByte/sec
Cache64k read: 8660 MByte/sec
Cache128k read: 8872 MByte/sec
Cache256k read: 8706 MByte/sec
Cache512k read: 8664 MByte/sec
Cache1m read: 8389 MByte/sec
Cache2m read: 8682 MByte/sec
Cache16k write: 12343 MByte/sec
Cache32k write: 11916 MByte/sec
Cache64k write: 11571 MByte/sec
Cache128k write: 11894 MByte/sec
Cache256k write: 11773 MByte/sec
Cache512k write: 11441 MByte/sec
Cache1m write: 11384 MByte/sec
Cache2m write: 11479 MByte/sec
CMP: 1694 million ops/sec
DIV: 3148 million ops/sec
~~ FPU raw performance ~~
FLOPS SMP: 5355 (megaflops)
FLOPS: 1180 (megaflops)
FLOPS (simple) SMP: 10329 (megaflops)
FLOPS (simple): 2251 (megaflops)
DLOPS SMP: 5355 (megaflops)
DLOPS: 1180 (megaflops)
DLOPS (simple) SMP: 10329 (megaflops)
DLOPS (simple): 2289 (megaflops)
FCMP: 787 million ops/sec
FDIV: 136 million ops/sec
SQRTF: 104 million ops/sec
SIN: 66 million ops/sec
~~ Complex algorithmic performance ~~
BoundingBox 209.0 million collision/sec
PI: 46 million iteration/sec
VEC3 normalize: 38 million/sec
Ray-Sphere collision: 253 million/sec
Ray-Tri collision: 71 million/sec
TMU (+bilinear filter): 27.1 million sample/sec
Square Root (formula): 10.7 million res/sec
Square Root (platform): 89.4 million res/sec
8 queen: 31.5 million queen test/sec
Shell sort 1M: 8.4 result/sec
~~ SYSTEM performance ~~
Memory Read SMP: 14232 MByte/sec
Memory Read: 6120 MByte/sec
Random Memory Read SMP: 1525 MByte/sec
Random Memory Read: 458 MByte/sec
Memory Write SMP: 7906 MByte/sec
Memory Write: 6740 MByte/sec
Memory Copy SMP: 4576 MByte/sec
Memory Copy: 3269 MByte/sec
Address translation: 804 million result/sec
Library calls: 34 million call/sec
malloc/free: 6.6 million pairs/sec
Thread creation: 17492 thread/sec
Minibenchmark done.
#55
- Őstag
-
- Csoport: Fórumtag
- Hozzászólások: 5.056
- Csatlakozott: --
Elküldve: 2013. 05. 09. 19:55
CPU Ranking v6 (http://cpuranking.tk)
compiled with: -O3 -s --fast-math -funroll-loops
-foptimize-sibling-calls -ftree-vectorize
cat: /etc/sysconfig/language: Datei oder Verzeichnis nicht gefunden
CPU_init: AuthenticAMD
AMD Phenom™ II X4 840 Processor
4 x 800 Mhz
MEM_init: 64K L1 512K L2 16050 Mbyte RAM
SYS_init: Linux (64-bit)
~~ CPU raw performance ~~
MIPS SMP: 4779
MIPS: 1486
MIPS (simple) SMP: 17922
MIPS (simple): 5073
Cache16k read: 25325 MByte/sec
Cache32k read: 25390 MByte/sec
Cache64k read: 25502 MByte/sec
Cache128k read: 23028 MByte/sec
Cache256k read: 22914 MByte/sec
Cache512k read: 10427 MByte/sec
Cache1m read: 5856 MByte/sec
Cache2m read: 5841 MByte/sec
Cache16k write: 45674 MByte/sec
Cache32k write: 47415 MByte/sec
Cache64k write: 46730 MByte/sec
Cache128k write: 15234 MByte/sec
Cache256k write: 15349 MByte/sec
Cache512k write: 6926 MByte/sec
Cache1m write: 3986 MByte/sec
Cache2m write: 3890 MByte/sec
CMP: 2519 million ops/sec
DIV: 1312 million ops/sec
~~ FPU raw performance ~~
FLOPS SMP: 3892 (megaflops)
FLOPS: 1089 (megaflops)
FLOPS (simple) SMP: 6584 (megaflops)
FLOPS (simple): 1849 (megaflops)
DLOPS SMP: 3673 (megaflops)
DLOPS: 1039 (megaflops)
DLOPS (simple) SMP: 6699 (megaflops)
DLOPS (simple): 1849 (megaflops)
FCMP: 492 million ops/sec
FDIV: 217 million ops/sec
SQRTF: 200 million ops/sec
SIN: 184 million ops/sec
~~ Complex algorithmic performance ~~
BoundingBox 307.0 million collision/sec
PI: 160 million iteration/sec
VEC3 normalize: 81 million/sec
Ray-Sphere collision: 254 million/sec
Ray-Tri collision: 71 million/sec
TMU (+bilinear filter): 17.0 million sample/sec
Square Root (formula): 11.6 million res/sec
Square Root (platform): 200.4 million res/sec
8 queen: 12.5 million queen test/sec
Shell sort 1M: 10.8 result/sec
~~ SYSTEM performance ~~
Memory Read SMP: 13506 MByte/sec
Memory Read: 6032 MByte/sec
Random Memory Read SMP: 984 MByte/sec
Random Memory Read: 503 MByte/sec
Memory Write SMP: 5877 MByte/sec
Memory Write: 3856 MByte/sec
Memory Copy SMP: 3714 MByte/sec
Memory Copy: 2940 MByte/sec
Address translation: 1046 million result/sec
Library calls: 78 million call/sec
malloc/free: 21.9 million pairs/sec
Thread creation: 17089 thread/sec
Minibenchmark done.
compiled with: -O3 -s --fast-math -funroll-loops
-foptimize-sibling-calls -ftree-vectorize
cat: /etc/sysconfig/language: Datei oder Verzeichnis nicht gefunden
CPU_init: AuthenticAMD
AMD Phenom™ II X4 840 Processor
4 x 800 Mhz
MEM_init: 64K L1 512K L2 16050 Mbyte RAM
SYS_init: Linux (64-bit)
~~ CPU raw performance ~~
MIPS SMP: 4779
MIPS: 1486
MIPS (simple) SMP: 17922
MIPS (simple): 5073
Cache16k read: 25325 MByte/sec
Cache32k read: 25390 MByte/sec
Cache64k read: 25502 MByte/sec
Cache128k read: 23028 MByte/sec
Cache256k read: 22914 MByte/sec
Cache512k read: 10427 MByte/sec
Cache1m read: 5856 MByte/sec
Cache2m read: 5841 MByte/sec
Cache16k write: 45674 MByte/sec
Cache32k write: 47415 MByte/sec
Cache64k write: 46730 MByte/sec
Cache128k write: 15234 MByte/sec
Cache256k write: 15349 MByte/sec
Cache512k write: 6926 MByte/sec
Cache1m write: 3986 MByte/sec
Cache2m write: 3890 MByte/sec
CMP: 2519 million ops/sec
DIV: 1312 million ops/sec
~~ FPU raw performance ~~
FLOPS SMP: 3892 (megaflops)
FLOPS: 1089 (megaflops)
FLOPS (simple) SMP: 6584 (megaflops)
FLOPS (simple): 1849 (megaflops)
DLOPS SMP: 3673 (megaflops)
DLOPS: 1039 (megaflops)
DLOPS (simple) SMP: 6699 (megaflops)
DLOPS (simple): 1849 (megaflops)
FCMP: 492 million ops/sec
FDIV: 217 million ops/sec
SQRTF: 200 million ops/sec
SIN: 184 million ops/sec
~~ Complex algorithmic performance ~~
BoundingBox 307.0 million collision/sec
PI: 160 million iteration/sec
VEC3 normalize: 81 million/sec
Ray-Sphere collision: 254 million/sec
Ray-Tri collision: 71 million/sec
TMU (+bilinear filter): 17.0 million sample/sec
Square Root (formula): 11.6 million res/sec
Square Root (platform): 200.4 million res/sec
8 queen: 12.5 million queen test/sec
Shell sort 1M: 10.8 result/sec
~~ SYSTEM performance ~~
Memory Read SMP: 13506 MByte/sec
Memory Read: 6032 MByte/sec
Random Memory Read SMP: 984 MByte/sec
Random Memory Read: 503 MByte/sec
Memory Write SMP: 5877 MByte/sec
Memory Write: 3856 MByte/sec
Memory Copy SMP: 3714 MByte/sec
Memory Copy: 2940 MByte/sec
Address translation: 1046 million result/sec
Library calls: 78 million call/sec
malloc/free: 21.9 million pairs/sec
Thread creation: 17089 thread/sec
Minibenchmark done.
Szerkesztette: 'Geri' 2013. 05. 09. 19:56 -kor
#56
- Őstag
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- Csoport: Fórumtag
- Hozzászólások: 5.056
- Csatlakozott: --
Elküldve: 2013. 05. 09. 20:05
CPU Ranking v6 (http://cpuranking.tk)
compiled with: -O3 -s --fast-math -funroll-loops
-foptimize-sibling-calls -ftree-vectorize -march=i686
PU_init: AuthenticAMD
AMD Athlon™ 64 X2 Dual Core Processor 4400+
2 x 2300 Mhz
EM_init: 64K L1 512K L2 3582 Mbyte RAM
YS_init: Windows NT/XP/2k/Vista/7/8 (32 bit)
~~ CPU raw performance ~~
MIPS SMP: 843
MIPS: 855
MIPS (simple) SMP: 5446
MIPS (simple): 3209
Cache16k read: 16295 MByte/sec
Cache32k read: 16336 MByte/sec
Cache64k read: 16273 MByte/sec
Cache128k read: 5967 MByte/sec
Cache256k read: 5985 MByte/sec
Cache512k read: 5812 MByte/sec
Cache1m read: 2096 MByte/sec
Cache2m read: 1917 MByte/sec
Cache16k write: 15938 MByte/sec
Cache32k write: 16613 MByte/sec
Cache64k write: 16738 MByte/sec
Cache128k write: 5485 MByte/sec
Cache256k write: 5435 MByte/sec
Cache512k write: 5363 MByte/sec
Cache1m write: 1543 MByte/sec
Cache2m write: 1510 MByte/sec
CMP: 1758 million ops/sec
DIV: 540 million ops/sec
~~ FPU raw performance ~~
FLOPS SMP: 1540 (megaflops)
FLOPS: 811 (megaflops)
FLOPS (simple) SMP: 2480 (megaflops)
FLOPS (simple): 1266 (megaflops)
DLOPS SMP: 1536 (megaflops)
DLOPS: 784 (megaflops)
DLOPS (simple) SMP: 2480 (megaflops)
DLOPS (simple): 1266 (megaflops)
FCMP: 279 million ops/sec
FDIV: 99 million ops/sec
SQRTF: 75 million ops/sec
SIN: 24 million ops/sec
~~ Complex algorithmic performance ~~
BoundingBox 120.0 million collision/sec
PI: 31 million iteration/sec
VEC3 normalize: 26 million/sec
Ray-Sphere collision: 125 million/sec
Ray-Tri collision: 33 million/sec
TMU (+bilinear filter): 9.6 million sample/sec
Square Root (formula): 5.3 million res/sec
Square Root (platform): 68.5 million res/sec
8 queen: 16.6 million queen test/sec
Shell sort 1M: 4.1 result/sec
~~ SYSTEM performance ~~
Memory Read SMP: 3383 MByte/sec
Memory Read: 2118 MByte/sec
Random Memory Read SMP: 98 MByte/sec
Random Memory Read: 95 MByte/sec
Memory Write SMP: 1809 MByte/sec
Memory Write: 1510 MByte/sec
Memory Copy SMP: 1098 MByte/sec
Memory Copy: 921 MByte/sec
Address translation: 711 million result/sec
Library calls: 12 million call/sec
malloc/free: 8.3 million pairs/sec
Thread creation: 6944 thread/sec
Minibenchmark done.
compiled with: -O3 -s --fast-math -funroll-loops
-foptimize-sibling-calls -ftree-vectorize -march=i686
PU_init: AuthenticAMD
AMD Athlon™ 64 X2 Dual Core Processor 4400+
2 x 2300 Mhz
EM_init: 64K L1 512K L2 3582 Mbyte RAM
YS_init: Windows NT/XP/2k/Vista/7/8 (32 bit)
~~ CPU raw performance ~~
MIPS SMP: 843
MIPS: 855
MIPS (simple) SMP: 5446
MIPS (simple): 3209
Cache16k read: 16295 MByte/sec
Cache32k read: 16336 MByte/sec
Cache64k read: 16273 MByte/sec
Cache128k read: 5967 MByte/sec
Cache256k read: 5985 MByte/sec
Cache512k read: 5812 MByte/sec
Cache1m read: 2096 MByte/sec
Cache2m read: 1917 MByte/sec
Cache16k write: 15938 MByte/sec
Cache32k write: 16613 MByte/sec
Cache64k write: 16738 MByte/sec
Cache128k write: 5485 MByte/sec
Cache256k write: 5435 MByte/sec
Cache512k write: 5363 MByte/sec
Cache1m write: 1543 MByte/sec
Cache2m write: 1510 MByte/sec
CMP: 1758 million ops/sec
DIV: 540 million ops/sec
~~ FPU raw performance ~~
FLOPS SMP: 1540 (megaflops)
FLOPS: 811 (megaflops)
FLOPS (simple) SMP: 2480 (megaflops)
FLOPS (simple): 1266 (megaflops)
DLOPS SMP: 1536 (megaflops)
DLOPS: 784 (megaflops)
DLOPS (simple) SMP: 2480 (megaflops)
DLOPS (simple): 1266 (megaflops)
FCMP: 279 million ops/sec
FDIV: 99 million ops/sec
SQRTF: 75 million ops/sec
SIN: 24 million ops/sec
~~ Complex algorithmic performance ~~
BoundingBox 120.0 million collision/sec
PI: 31 million iteration/sec
VEC3 normalize: 26 million/sec
Ray-Sphere collision: 125 million/sec
Ray-Tri collision: 33 million/sec
TMU (+bilinear filter): 9.6 million sample/sec
Square Root (formula): 5.3 million res/sec
Square Root (platform): 68.5 million res/sec
8 queen: 16.6 million queen test/sec
Shell sort 1M: 4.1 result/sec
~~ SYSTEM performance ~~
Memory Read SMP: 3383 MByte/sec
Memory Read: 2118 MByte/sec
Random Memory Read SMP: 98 MByte/sec
Random Memory Read: 95 MByte/sec
Memory Write SMP: 1809 MByte/sec
Memory Write: 1510 MByte/sec
Memory Copy SMP: 1098 MByte/sec
Memory Copy: 921 MByte/sec
Address translation: 711 million result/sec
Library calls: 12 million call/sec
malloc/free: 8.3 million pairs/sec
Thread creation: 6944 thread/sec
Minibenchmark done.
#57
- Őstag
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- Csoport: Fórumtag
- Hozzászólások: 5.056
- Csatlakozott: --
Elküldve: 2013. 05. 09. 20:06
CPU Ranking v6 (http://cpuranking.tk)
compiled with: -O3 -s --fast-math -funroll-loops
-foptimize-sibling-calls -ftree-vectorize -march=i686
CPU_init: GenuineIntel
Intel® Core™ i7-2600 CPU @ 3.40GHz
8 x 3403 Mhz
MEM_init: 32K L1 256K L2 8151 Mbyte RAM
SYS_init: Windows NT/XP/2k/Vista/7/8 (32 bit)
~~ CPU raw performance ~~
MIPS SMP: 7586
MIPS: 1575
MIPS (simple) SMP: 19640
MIPS (simple): 3425
Cache16k read: 13095 MByte/sec
Cache32k read: 13381 MByte/sec
Cache64k read: 12621 MByte/sec
Cache128k read: 13378 MByte/sec
Cache256k read: 13078 MByte/sec
Cache512k read: 12986 MByte/sec
Cache1m read: 12852 MByte/sec
Cache2m read: 12861 MByte/sec
Cache16k write: 12361 MByte/sec
Cache32k write: 12324 MByte/sec
Cache64k write: 11640 MByte/sec
Cache128k write: 11891 MByte/sec
Cache256k write: 11726 MByte/sec
Cache512k write: 10711 MByte/sec
Cache1m write: 9926 MByte/sec
Cache2m write: 10627 MByte/sec
CMP: 1740 million ops/sec
DIV: 3087 million ops/sec
~~ FPU raw performance ~~
FLOPS SMP: 6905 (megaflops)
FLOPS: 1232 (megaflops)
FLOPS (simple) SMP: 14412 (megaflops)
FLOPS (simple): 2358 (megaflops)
DLOPS SMP: 6750 (megaflops)
DLOPS: 1281 (megaflops)
DLOPS (simple) SMP: 11989 (megaflops)
DLOPS (simple): 2452 (megaflops)
FCMP: 648 million ops/sec
FDIV: 141 million ops/sec
SQRTF: 165 million ops/sec
SIN: 62 million ops/sec
~~ Complex algorithmic performance ~~
BoundingBox 182.0 million collision/sec
PI: 45 million iteration/sec
VEC3 normalize: 51 million/sec
Ray-Sphere collision: 238 million/sec
Ray-Tri collision: 75 million/sec
TMU (+bilinear filter): 28.1 million sample/sec
Square Root (formula): 11.0 million res/sec
Square Root (platform): 143.5 million res/sec
8 queen: 30.5 million queen test/sec
Shell sort 1M: 12.2 result/sec
~~ SYSTEM performance ~~
Memory Read SMP: 15097 MByte/sec
Memory Read: 8445 MByte/sec
Random Memory Read SMP: 1502 MByte/sec
Random Memory Read: 396 MByte/sec
Memory Write SMP: 7815 MByte/sec
Memory Write: 7223 MByte/sec
Memory Copy SMP: 5220 MByte/sec
Memory Copy: 4464 MByte/sec
Address translation: 808 million result/sec
Library calls: 30 million call/sec
malloc/free: 16.1 million pairs/sec
Thread creation: 18465 thread/sec
Minibenchmark done.
compiled with: -O3 -s --fast-math -funroll-loops
-foptimize-sibling-calls -ftree-vectorize -march=i686
CPU_init: GenuineIntel
Intel® Core™ i7-2600 CPU @ 3.40GHz
8 x 3403 Mhz
MEM_init: 32K L1 256K L2 8151 Mbyte RAM
SYS_init: Windows NT/XP/2k/Vista/7/8 (32 bit)
~~ CPU raw performance ~~
MIPS SMP: 7586
MIPS: 1575
MIPS (simple) SMP: 19640
MIPS (simple): 3425
Cache16k read: 13095 MByte/sec
Cache32k read: 13381 MByte/sec
Cache64k read: 12621 MByte/sec
Cache128k read: 13378 MByte/sec
Cache256k read: 13078 MByte/sec
Cache512k read: 12986 MByte/sec
Cache1m read: 12852 MByte/sec
Cache2m read: 12861 MByte/sec
Cache16k write: 12361 MByte/sec
Cache32k write: 12324 MByte/sec
Cache64k write: 11640 MByte/sec
Cache128k write: 11891 MByte/sec
Cache256k write: 11726 MByte/sec
Cache512k write: 10711 MByte/sec
Cache1m write: 9926 MByte/sec
Cache2m write: 10627 MByte/sec
CMP: 1740 million ops/sec
DIV: 3087 million ops/sec
~~ FPU raw performance ~~
FLOPS SMP: 6905 (megaflops)
FLOPS: 1232 (megaflops)
FLOPS (simple) SMP: 14412 (megaflops)
FLOPS (simple): 2358 (megaflops)
DLOPS SMP: 6750 (megaflops)
DLOPS: 1281 (megaflops)
DLOPS (simple) SMP: 11989 (megaflops)
DLOPS (simple): 2452 (megaflops)
FCMP: 648 million ops/sec
FDIV: 141 million ops/sec
SQRTF: 165 million ops/sec
SIN: 62 million ops/sec
~~ Complex algorithmic performance ~~
BoundingBox 182.0 million collision/sec
PI: 45 million iteration/sec
VEC3 normalize: 51 million/sec
Ray-Sphere collision: 238 million/sec
Ray-Tri collision: 75 million/sec
TMU (+bilinear filter): 28.1 million sample/sec
Square Root (formula): 11.0 million res/sec
Square Root (platform): 143.5 million res/sec
8 queen: 30.5 million queen test/sec
Shell sort 1M: 12.2 result/sec
~~ SYSTEM performance ~~
Memory Read SMP: 15097 MByte/sec
Memory Read: 8445 MByte/sec
Random Memory Read SMP: 1502 MByte/sec
Random Memory Read: 396 MByte/sec
Memory Write SMP: 7815 MByte/sec
Memory Write: 7223 MByte/sec
Memory Copy SMP: 5220 MByte/sec
Memory Copy: 4464 MByte/sec
Address translation: 808 million result/sec
Library calls: 30 million call/sec
malloc/free: 16.1 million pairs/sec
Thread creation: 18465 thread/sec
Minibenchmark done.
#58
- Őstag
-
- Csoport: Fórumtag
- Hozzászólások: 5.056
- Csatlakozott: --
Elküldve: 2013. 05. 09. 20:20
CPU Ranking v6 (http://cpuranking.tk)
compiled with: -O3 -s --fast-math -funroll-loops
-foptimize-sibling-calls -ftree-vectorize -march=i686
CPU_init: GenuineIntel
Intel® Xeon® CPU E3-1230 V2 @ 3.30GHz
8 x 3499 Mhz
MEM_init: 32K L1 256K L2 32730 Mbyte RAM
SYS_init: Windows NT/XP/2k/Vista/7/8 (32 bit)
~~ CPU raw performance ~~
MIPS SMP: 7881
MIPS: 1856
MIPS (simple) SMP: 23222
MIPS (simple): 3888
Cache16k read: 14681 MByte/sec
Cache32k read: 14424 MByte/sec
Cache64k read: 14347 MByte/sec
Cache128k read: 14513 MByte/sec
Cache256k read: 14528 MByte/sec
Cache512k read: 14537 MByte/sec
Cache1m read: 14813 MByte/sec
Cache2m read: 14869 MByte/sec
Cache16k write: 13916 MByte/sec
Cache32k write: 14150 MByte/sec
Cache64k write: 13644 MByte/sec
Cache128k write: 13531 MByte/sec
Cache256k write: 13462 MByte/sec
Cache512k write: 12609 MByte/sec
Cache1m write: 12611 MByte/sec
Cache2m write: 12740 MByte/sec
CMP: 1904 million ops/sec
DIV: 3679 million ops/sec
~~ FPU raw performance ~~
FLOPS SMP: 8100 (megaflops)
FLOPS: 1405 (megaflops)
FLOPS (simple) SMP: 16680 (megaflops)
FLOPS (simple): 2683 (megaflops)
DLOPS SMP: 6391 (megaflops)
DLOPS: 1397 (megaflops)
DLOPS (simple) SMP: 16961 (megaflops)
DLOPS (simple): 2683 (megaflops)
FCMP: 725 million ops/sec
FDIV: 183 million ops/sec
SQRTF: 199 million ops/sec
SIN: 70 million ops/sec
~~ Complex algorithmic performance ~~
BoundingBox 208.0 million collision/sec
PI: 56 million iteration/sec
VEC3 normalize: 57 million/sec
Ray-Sphere collision: 289 million/sec
Ray-Tri collision: 82 million/sec
TMU (+bilinear filter): 32.9 million sample/sec
Square Root (formula): 15.4 million res/sec
Square Root (platform): 224.4 million res/sec
8 queen: 35.6 million queen test/sec
Shell sort 1M: 15.1 result/sec
~~ SYSTEM performance ~~
Memory Read SMP: 24852 MByte/sec
Memory Read: 12276 MByte/sec
Random Memory Read SMP: 1809 MByte/sec
Random Memory Read: 453 MByte/sec
Memory Write SMP: 11715 MByte/sec
Memory Write: 10840 MByte/sec
Memory Copy SMP: 7978 MByte/sec
Memory Copy: 7228 MByte/sec
Address translation: 909 million result/sec
Library calls: 41 million call/sec
malloc/free: 8.8 million pairs/sec
Thread creation: 16320 thread/sec
Minibenchmark done.
compiled with: -O3 -s --fast-math -funroll-loops
-foptimize-sibling-calls -ftree-vectorize -march=i686
CPU_init: GenuineIntel
Intel® Xeon® CPU E3-1230 V2 @ 3.30GHz
8 x 3499 Mhz
MEM_init: 32K L1 256K L2 32730 Mbyte RAM
SYS_init: Windows NT/XP/2k/Vista/7/8 (32 bit)
~~ CPU raw performance ~~
MIPS SMP: 7881
MIPS: 1856
MIPS (simple) SMP: 23222
MIPS (simple): 3888
Cache16k read: 14681 MByte/sec
Cache32k read: 14424 MByte/sec
Cache64k read: 14347 MByte/sec
Cache128k read: 14513 MByte/sec
Cache256k read: 14528 MByte/sec
Cache512k read: 14537 MByte/sec
Cache1m read: 14813 MByte/sec
Cache2m read: 14869 MByte/sec
Cache16k write: 13916 MByte/sec
Cache32k write: 14150 MByte/sec
Cache64k write: 13644 MByte/sec
Cache128k write: 13531 MByte/sec
Cache256k write: 13462 MByte/sec
Cache512k write: 12609 MByte/sec
Cache1m write: 12611 MByte/sec
Cache2m write: 12740 MByte/sec
CMP: 1904 million ops/sec
DIV: 3679 million ops/sec
~~ FPU raw performance ~~
FLOPS SMP: 8100 (megaflops)
FLOPS: 1405 (megaflops)
FLOPS (simple) SMP: 16680 (megaflops)
FLOPS (simple): 2683 (megaflops)
DLOPS SMP: 6391 (megaflops)
DLOPS: 1397 (megaflops)
DLOPS (simple) SMP: 16961 (megaflops)
DLOPS (simple): 2683 (megaflops)
FCMP: 725 million ops/sec
FDIV: 183 million ops/sec
SQRTF: 199 million ops/sec
SIN: 70 million ops/sec
~~ Complex algorithmic performance ~~
BoundingBox 208.0 million collision/sec
PI: 56 million iteration/sec
VEC3 normalize: 57 million/sec
Ray-Sphere collision: 289 million/sec
Ray-Tri collision: 82 million/sec
TMU (+bilinear filter): 32.9 million sample/sec
Square Root (formula): 15.4 million res/sec
Square Root (platform): 224.4 million res/sec
8 queen: 35.6 million queen test/sec
Shell sort 1M: 15.1 result/sec
~~ SYSTEM performance ~~
Memory Read SMP: 24852 MByte/sec
Memory Read: 12276 MByte/sec
Random Memory Read SMP: 1809 MByte/sec
Random Memory Read: 453 MByte/sec
Memory Write SMP: 11715 MByte/sec
Memory Write: 10840 MByte/sec
Memory Copy SMP: 7978 MByte/sec
Memory Copy: 7228 MByte/sec
Address translation: 909 million result/sec
Library calls: 41 million call/sec
malloc/free: 8.8 million pairs/sec
Thread creation: 16320 thread/sec
Minibenchmark done.
#59
- Őstag
-
- Csoport: Fórumtag
- Hozzászólások: 5.056
- Csatlakozott: --
Elküldve: 2013. 05. 09. 21:10
CPU Ranking v6 (http://cpuranking.tk)
compiled with: -O3 -s --fast-math -funroll-loops
-foptimize-sibling-calls -ftree-vectorize -march=i686
CPU_init: GenuineIntel
Intel® Core™ i7-2670QM CPU @ 2.20GHz
8 x 2195 Mhz
MEM_init: 32K L1 256K L2 8077 Mbyte RAM
SYS_init: Windows NT/XP/2k/Vista/7/8 (32 bit)
~~ CPU raw performance ~~
MIPS SMP: 5527
MIPS: 986
MIPS (simple) SMP: 14818
MIPS (simple): 2247
Cache16k read: 8505 MByte/sec
Cache32k read: 8505 MByte/sec
Cache64k read: 8371 MByte/sec
Cache128k read: 8446 MByte/sec
Cache256k read: 8278 MByte/sec
Cache512k read: 8165 MByte/sec
Cache1m read: 8266 MByte/sec
Cache2m read: 8127 MByte/sec
Cache16k write: 7992 MByte/sec
Cache32k write: 7941 MByte/sec
Cache64k write: 7728 MByte/sec
Cache128k write: 7778 MByte/sec
Cache256k write: 7534 MByte/sec
Cache512k write: 6945 MByte/sec
Cache1m write: 6758 MByte/sec
Cache2m write: 6883 MByte/sec
CMP: 1093 million ops/sec
DIV: 1933 million ops/sec
~~ FPU raw performance ~~
FLOPS SMP: 5340 (megaflops)
FLOPS: 805 (megaflops)
FLOPS (simple) SMP: 10463 (megaflops)
FLOPS (simple): 1541 (megaflops)
DLOPS SMP: 5033 (megaflops)
DLOPS: 798 (megaflops)
DLOPS (simple) SMP: 10355 (megaflops)
DLOPS (simple): 1545 (megaflops)
FCMP: 414 million ops/sec
FDIV: 87 million ops/sec
SQRTF: 104 million ops/sec
SIN: 40 million ops/sec
~~ Complex algorithmic performance ~~
BoundingBox 110.0 million collision/sec
PI: 28 million iteration/sec
VEC3 normalize: 32 million/sec
Ray-Sphere collision: 155 million/sec
Ray-Tri collision: 48 million/sec
TMU (+bilinear filter): 18.4 million sample/sec
Square Root (formula): 7.1 million res/sec
Square Root (platform): 90.6 million res/sec
8 queen: 19.6 million queen test/sec
Shell sort 1M: 7.7 result/sec
~~ SYSTEM performance ~~
Memory Read SMP: 13901 MByte/sec
Memory Read: 5655 MByte/sec
Random Memory Read SMP: 549 MByte/sec
Random Memory Read: 147 MByte/sec
Memory Write SMP: 7669 MByte/sec
Memory Write: 5789 MByte/sec
Memory Copy SMP: 5169 MByte/sec
Memory Copy: 3978 MByte/sec
Address translation: 523 million result/sec
Library calls: 19 million call/sec
malloc/free: 11.5 million pairs/sec
Thread creation: 8571 thread/sec
Minibenchmark done.
compiled with: -O3 -s --fast-math -funroll-loops
-foptimize-sibling-calls -ftree-vectorize -march=i686
CPU_init: GenuineIntel
Intel® Core™ i7-2670QM CPU @ 2.20GHz
8 x 2195 Mhz
MEM_init: 32K L1 256K L2 8077 Mbyte RAM
SYS_init: Windows NT/XP/2k/Vista/7/8 (32 bit)
~~ CPU raw performance ~~
MIPS SMP: 5527
MIPS: 986
MIPS (simple) SMP: 14818
MIPS (simple): 2247
Cache16k read: 8505 MByte/sec
Cache32k read: 8505 MByte/sec
Cache64k read: 8371 MByte/sec
Cache128k read: 8446 MByte/sec
Cache256k read: 8278 MByte/sec
Cache512k read: 8165 MByte/sec
Cache1m read: 8266 MByte/sec
Cache2m read: 8127 MByte/sec
Cache16k write: 7992 MByte/sec
Cache32k write: 7941 MByte/sec
Cache64k write: 7728 MByte/sec
Cache128k write: 7778 MByte/sec
Cache256k write: 7534 MByte/sec
Cache512k write: 6945 MByte/sec
Cache1m write: 6758 MByte/sec
Cache2m write: 6883 MByte/sec
CMP: 1093 million ops/sec
DIV: 1933 million ops/sec
~~ FPU raw performance ~~
FLOPS SMP: 5340 (megaflops)
FLOPS: 805 (megaflops)
FLOPS (simple) SMP: 10463 (megaflops)
FLOPS (simple): 1541 (megaflops)
DLOPS SMP: 5033 (megaflops)
DLOPS: 798 (megaflops)
DLOPS (simple) SMP: 10355 (megaflops)
DLOPS (simple): 1545 (megaflops)
FCMP: 414 million ops/sec
FDIV: 87 million ops/sec
SQRTF: 104 million ops/sec
SIN: 40 million ops/sec
~~ Complex algorithmic performance ~~
BoundingBox 110.0 million collision/sec
PI: 28 million iteration/sec
VEC3 normalize: 32 million/sec
Ray-Sphere collision: 155 million/sec
Ray-Tri collision: 48 million/sec
TMU (+bilinear filter): 18.4 million sample/sec
Square Root (formula): 7.1 million res/sec
Square Root (platform): 90.6 million res/sec
8 queen: 19.6 million queen test/sec
Shell sort 1M: 7.7 result/sec
~~ SYSTEM performance ~~
Memory Read SMP: 13901 MByte/sec
Memory Read: 5655 MByte/sec
Random Memory Read SMP: 549 MByte/sec
Random Memory Read: 147 MByte/sec
Memory Write SMP: 7669 MByte/sec
Memory Write: 5789 MByte/sec
Memory Copy SMP: 5169 MByte/sec
Memory Copy: 3978 MByte/sec
Address translation: 523 million result/sec
Library calls: 19 million call/sec
malloc/free: 11.5 million pairs/sec
Thread creation: 8571 thread/sec
Minibenchmark done.
#60
- Őstag
-
- Csoport: Fórumtag
- Hozzászólások: 5.056
- Csatlakozott: --
Elküldve: 2013. 05. 10. 18:41
CPU Ranking v6 (http://cpuranking.tk)
compiled with: -O3 -s --fast-math -funroll-loops
-foptimize-sibling-calls -ftree-vectorize -march=i686
CPU_init: AuthenticAMD
AMD Athlon™ X2 Dual-Core QL-64
2 x 2100 Mhz
MEM_init: 64K L1 512K L2 3838 Mbyte RAM
SYS_init: Windows NT/XP/2k/Vista/7/8 (32 bit)
~~ CPU raw performance ~~
MIPS SMP: 774
MIPS: 819
MIPS (simple) SMP: 4633
MIPS (simple): 2963
Cache16k read: 15038 MByte/sec
Cache32k read: 15156 MByte/sec
Cache64k read: 14590 MByte/sec
Cache128k read: 4486 MByte/sec
Cache256k read: 4484 MByte/sec
Cache512k read: 5498 MByte/sec
Cache1m read: 2081 MByte/sec
Cache2m read: 2075 MByte/sec
Cache16k write: 14908 MByte/sec
Cache32k write: 15369 MByte/sec
Cache64k write: 15280 MByte/sec
Cache128k write: 4994 MByte/sec
Cache256k write: 4980 MByte/sec
Cache512k write: 4881 MByte/sec
Cache1m write: 1694 MByte/sec
Cache2m write: 1660 MByte/sec
CMP: 1613 million ops/sec
DIV: 493 million ops/sec
~~ FPU raw performance ~~
FLOPS SMP: 1320 (megaflops)
FLOPS: 723 (megaflops)
FLOPS (simple) SMP: 2098 (megaflops)
FLOPS (simple): 1153 (megaflops)
DLOPS SMP: 1320 (megaflops)
DLOPS: 718 (megaflops)
DLOPS (simple) SMP: 1914 (megaflops)
DLOPS (simple): 1153 (megaflops)
FCMP: 242 million ops/sec
FDIV: 82 million ops/sec
SQRTF: 68 million ops/sec
SIN: 21 million ops/sec
~~ Complex algorithmic performance ~~
BoundingBox 112.0 million collision/sec
PI: 28 million iteration/sec
VEC3 normalize: 25 million/sec
Ray-Sphere collision: 114 million/sec
Ray-Tri collision: 29 million/sec
TMU (+bilinear filter): 8.9 million sample/sec
Square Root (formula): 4.8 million res/sec
Square Root (platform): 64.1 million res/sec
8 queen: 14.7 million queen test/sec
Shell sort 1M: 3.9 result/sec
~~ SYSTEM performance ~~
Memory Read SMP: 3535 MByte/sec
Memory Read: 2066 MByte/sec
Random Memory Read SMP: 197 MByte/sec
Random Memory Read: 127 MByte/sec
Memory Write SMP: 2506 MByte/sec
Memory Write: 1683 MByte/sec
Memory Copy SMP: 1779 MByte/sec
Memory Copy: 1122 MByte/sec
Address translation: 488 million result/sec
Library calls: 5 million call/sec
malloc/free: 4.5 million pairs/sec
Thread creation: 3916 thread/sec
Minibenchmark done.
compiled with: -O3 -s --fast-math -funroll-loops
-foptimize-sibling-calls -ftree-vectorize -march=i686
CPU_init: AuthenticAMD
AMD Athlon™ X2 Dual-Core QL-64
2 x 2100 Mhz
MEM_init: 64K L1 512K L2 3838 Mbyte RAM
SYS_init: Windows NT/XP/2k/Vista/7/8 (32 bit)
~~ CPU raw performance ~~
MIPS SMP: 774
MIPS: 819
MIPS (simple) SMP: 4633
MIPS (simple): 2963
Cache16k read: 15038 MByte/sec
Cache32k read: 15156 MByte/sec
Cache64k read: 14590 MByte/sec
Cache128k read: 4486 MByte/sec
Cache256k read: 4484 MByte/sec
Cache512k read: 5498 MByte/sec
Cache1m read: 2081 MByte/sec
Cache2m read: 2075 MByte/sec
Cache16k write: 14908 MByte/sec
Cache32k write: 15369 MByte/sec
Cache64k write: 15280 MByte/sec
Cache128k write: 4994 MByte/sec
Cache256k write: 4980 MByte/sec
Cache512k write: 4881 MByte/sec
Cache1m write: 1694 MByte/sec
Cache2m write: 1660 MByte/sec
CMP: 1613 million ops/sec
DIV: 493 million ops/sec
~~ FPU raw performance ~~
FLOPS SMP: 1320 (megaflops)
FLOPS: 723 (megaflops)
FLOPS (simple) SMP: 2098 (megaflops)
FLOPS (simple): 1153 (megaflops)
DLOPS SMP: 1320 (megaflops)
DLOPS: 718 (megaflops)
DLOPS (simple) SMP: 1914 (megaflops)
DLOPS (simple): 1153 (megaflops)
FCMP: 242 million ops/sec
FDIV: 82 million ops/sec
SQRTF: 68 million ops/sec
SIN: 21 million ops/sec
~~ Complex algorithmic performance ~~
BoundingBox 112.0 million collision/sec
PI: 28 million iteration/sec
VEC3 normalize: 25 million/sec
Ray-Sphere collision: 114 million/sec
Ray-Tri collision: 29 million/sec
TMU (+bilinear filter): 8.9 million sample/sec
Square Root (formula): 4.8 million res/sec
Square Root (platform): 64.1 million res/sec
8 queen: 14.7 million queen test/sec
Shell sort 1M: 3.9 result/sec
~~ SYSTEM performance ~~
Memory Read SMP: 3535 MByte/sec
Memory Read: 2066 MByte/sec
Random Memory Read SMP: 197 MByte/sec
Random Memory Read: 127 MByte/sec
Memory Write SMP: 2506 MByte/sec
Memory Write: 1683 MByte/sec
Memory Copy SMP: 1779 MByte/sec
Memory Copy: 1122 MByte/sec
Address translation: 488 million result/sec
Library calls: 5 million call/sec
malloc/free: 4.5 million pairs/sec
Thread creation: 3916 thread/sec
Minibenchmark done.
