天神烈破：POWER7+成绩发布

Multiuser performance Technology Chips Cores Threads GHz rPerf* CPW**
POWER7 2 16 64 3.1 165.3 88,800
POWER7 4 32 128 3.1 306.74 155,850
POWER7 6 48 192 3.1 443.06 229,800
POWER7 8 64 256 3.1 579.39 292,7001
POWER7 2 16 64 3.3 173.1 93,000
POWER7 4 32 128 3.3 321.2 162,000
POWER7 6 48 192 3.3 464.0 252,700
POWER7 8 64 256 3.3 606.8 321,100
POWER7 2 12 48 3.5 140.75 73,100
POWER7 4 24 96 3.5 261.19 131,050
POWER7 6 36 144 3.5 377.28 --
POWER7 8 48 192 3.5 493.37 248,5501
POWER7 2 12 48 3.7 147.5 77,000
POWER7 4 24 96 3.7 273.7 135,900
POWER7 6 36 144 3.7 395.4 211,000
POWER7 8 48 192 3.7 517.0 270,500
POWER7+ 4 16 64 3.8 219.3 110,000
POWER7+ 8 32 128 3.8 410.8 191,500
POWER7+ 12 48 192 3.8 570.1 290,500
POWER7+ 16 64 256 3.8 729.3 379,300
POWER7+ 4 12 48 4.2 184.2 90,000
POWER7+ 8 24 96 4.2 345.1 154,800
POWER7+ 12 36 144 4.2 478.9 242,600
POWER7+ 16 48 192 4.2 612.7 306,600
1 The 64-core system was configured with two 32-core partitions. The 48-core system was configured with two 24-core partitions.

SPEC CPU2006 performance Technology Chips Cores Threads GHz OS SPEC
int_rate SPEC
fp_rate
POWER7 8 64 256 3.1 AIX 6.1 2,140 1,900
POWER7 8 48 192 3.5 AIX 6.1 1,930 1,760
POWER7+ 16 48 192 4.2 AIX 7.1 2,800 2,280

SPECjbb2005 performance Technology Chips Cores Threads GHz OS BOPS BOPS/jvm JVM
POWER7 8 64 256 3.1 AIX 6.1 4,604,894 71,951 64
POWER7+ 16 48 192 4.2 AIX 7.1 5,130,786 106,891 48

SPECompL performance Technology Chips Cores Threads GHz OS Peak Base # OMP
Threads
POWER7+ 16 64 256 3.8 RHEL 6.3 1,964,055 1,876,580 128

LINPACK performance Technology Chips Cores Threads GHz OS HPC Gflops     
HPC Peak
POWER7 8 64 64 3.1 AIX 6.1 1,506 1,749
POWER7+ 16 48 192 4.2 AIX 7.1 1,482 1,688
POWER7+ 16 64 256 3.8 RHEL 6.3 1,948 2,207


http://www-03.ibm.com/systems/power/hardware/770/perfdata.htmlMultiuser performance Technology Chips Cores Threads GHz rPerf* CPW**
POWER7 2 16 64 3.1 165.3 88,800
POWER7 4 32 128 3.1 306.74 155,850
POWER7 6 48 192 3.1 443.06 229,800
POWER7 8 64 256 3.1 579.39 292,7001
POWER7 2 16 64 3.3 173.1 93,000
POWER7 4 32 128 3.3 321.2 162,000
POWER7 6 48 192 3.3 464.0 252,700
POWER7 8 64 256 3.3 606.8 321,100
POWER7 2 12 48 3.5 140.75 73,100
POWER7 4 24 96 3.5 261.19 131,050
POWER7 6 36 144 3.5 377.28 --
POWER7 8 48 192 3.5 493.37 248,5501
POWER7 2 12 48 3.7 147.5 77,000
POWER7 4 24 96 3.7 273.7 135,900
POWER7 6 36 144 3.7 395.4 211,000
POWER7 8 48 192 3.7 517.0 270,500
POWER7+ 4 16 64 3.8 219.3 110,000
POWER7+ 8 32 128 3.8 410.8 191,500
POWER7+ 12 48 192 3.8 570.1 290,500
POWER7+ 16 64 256 3.8 729.3 379,300
POWER7+ 4 12 48 4.2 184.2 90,000
POWER7+ 8 24 96 4.2 345.1 154,800
POWER7+ 12 36 144 4.2 478.9 242,600
POWER7+ 16 48 192 4.2 612.7 306,600
1 The 64-core system was configured with two 32-core partitions. The 48-core system was configured with two 24-core partitions.

SPEC CPU2006 performance Technology Chips Cores Threads GHz OS SPEC
int_rate SPEC
fp_rate
POWER7 8 64 256 3.1 AIX 6.1 2,140 1,900
POWER7 8 48 192 3.5 AIX 6.1 1,930 1,760
POWER7+ 16 48 192 4.2 AIX 7.1 2,800 2,280

SPECjbb2005 performance Technology Chips Cores Threads GHz OS BOPS BOPS/jvm JVM
POWER7 8 64 256 3.1 AIX 6.1 4,604,894 71,951 64
POWER7+ 16 48 192 4.2 AIX 7.1 5,130,786 106,891 48

SPECompL performance Technology Chips Cores Threads GHz OS Peak Base # OMP
Threads
POWER7+ 16 64 256 3.8 RHEL 6.3 1,964,055 1,876,580 128

LINPACK performance Technology Chips Cores Threads GHz OS HPC Gflops     
HPC Peak
POWER7 8 64 64 3.1 AIX 6.1 1,506 1,749
POWER7+ 16 48 192 4.2 AIX 7.1 1,482 1,688
POWER7+ 16 64 256 3.8 RHEL 6.3 1,948 2,207


http://www-03.ibm.com/systems/power/hardware/770/perfdata.html