下表列出了三个测试的成绩,分别是原始频率的测试,以及将FSB上升到1600MHz,而主频保持不变,用来测试单纯的FSB提升对性能的影响,最后才是超频到3.2GHz的成绩。最右边显示了主频、FSB都提升后相应项目的成绩提升。
Inno3D SL7I680A超频性能测试 | |||||
---|---|---|---|---|---|
项目 |
子项目 |
1066FSB 2.4G DDR2 800 |
1600FSB 2.4G DDR2 800 |
1600FSB 3.2G DDR2 800 |
超频提升 |
SYSmark 2004 SE | |||||
SYSmark 2004 SE Rating |
326 |
401 |
23.0% | ||
Internet Content Creation Overall |
403 |
516 |
28.0% | ||
Office Productivity Overall |
264 |
312 |
18.2% | ||
PCMark05 1.01 | |||||
PCMarks |
7289 |
8666 |
18.9% | ||
CPU |
6122 |
8175 |
33.5% | ||
Memory |
5394 |
7092 |
31.5% | ||
Graphics |
8563 |
8888 |
3.80% | ||
HDD |
6241 |
6265 |
0.38% | ||
Everest Ultimate Edition 2006 3.01.652 | |||||
Memory Read |
7520 MB/s |
9115 MB/s |
9644 MB/s |
28.2% | |
Memory Write |
4867 MB/s |
6368 MB/s |
7297 MB/s |
49.9% | |
Memory Copy |
5267 MB/s |
6270 MB/s |
6607 MB/s |
25.4% | |
Memory Latency |
67.5 ns |
59.6 ns |
55.9 ns |
20.8% | |
CPU Queen |
4427 |
4434 |
5907 |
33.4% | |
CPU PhotoWorxx |
16453 |
16037 |
16581 |
0.8% | |
CPU Zlib |
31658 KB/s |
31731 KB/s |
42203 KB/s |
33.3% | |
FPU Julia |
6485 |
6503 |
8587 |
32.4% | |
FPU Mandel |
8720 |
8731 |
11620 |
33.3% | |
FPU SinJulia |
2731 |
2735 |
3644 |
33.4% | |
Super PI /mod 1.4 | |||||
1M |
21.203s |
21.187s |
16.110s |
31.6% | |
4M |
2m00.157s |
1m58.422s |
1m36.266s |
24.8% | |
CineBench 2003 v1 | |||||
Rendering(Single CPU) |
416 CB-CPU |
550 CB-CPU |
32.2% | ||
Rendering(Multiple CPU) |
770 CB-CPU |
1021 CB-CPU |
32.6% | ||
Multiprocessor Speedup |
1.85 |
1.86 |
|||
Shading(Cinema 4D) |
468 CB-GFX |
618 CB-GFX |
32.1% | ||
Shading(OpenGL Software Lighting) |
1917 CB-GFX |
2544 CB-GFX |
32.7% | ||
Shading(OpenGL Hardware Lighting) |
4835 CB-GFX |
5611 CB-GFX |
16.0% | ||
OpenGL Speedup |
10.32 |
9.08 |
|||
WinRAR | |||||
性能测试速度 |
625 KB/s |
653 KB/s |
716 KB/s |
14.6% | |
SiSoftware Sandra 2007 | |||||
Processor Arithmetic |
Dhrystone ALU |
22225 MIPS |
22228 MIPS |
29901 MIPS |
34.5% |
Whetstone iSSE3 |
15342 MFLOPS |
15362 MFLOPS |
20338 MFLOPS |
32.6% | |
Processor Multi-Media |
Integer x8 iSSE4 |
131634 it/s |
130947 it/s |
174539 it/s |
32.6% |
Floating-Point x4 iSSE2 |
71358 it/s |
71113 it/s |
94788 it/s |
32.8% | |
Memory Bandwidth |
RAM Bandwidth Int Buff'd iSSE2 |
5594 MB/s |
6973 MB/s |
7452 MB/s |
33.2% |
RAM Bandwidth Float Buff'd iSSE2 |
5595 MB/s |
6988 MB/s |
7462 MB/s |
33.4% | |
Memory Latency |
Memory Latency(Random Access) |
86 ns |
78 ns |
73 ns |
17.8% |
Speed Factor |
67.9 |
61.5 |
76.8 |
13.1% | |
3DMark2001 SE 330 | |||||
1024*768 |
|
41233 |
50607 |
22.7% | |
3DMark03 3.60 | |||||
1024*768 |
3DMark Score |
35302 |
37519 |
6.28% | |
CPU Score |
1437 |
1821 |
26.7% | ||
3DMark05 1.2.0 | |||||
1024*768 |
3DMark Score |
13992 |
16683 |
19.2% | |
CPU Score |
8934 |
10444 |
16.9% | ||
3DMark06 1.0.2 | |||||
1024*768 |
3DMark Score |
9882 |
11011 |
11.4% | |
SM2.0 Score |
4662 |
4876 |
4.59% | ||
HDR/SM3.0 Score |
4739 |
4977 |
5.02% | ||
CPU Score |
2079 |
2752 |
32.4% | ||
QuakeIII Arena 1.32 | |||||
1024*768 |
693.1 |
854.2 |
23.2% | ||
Quake4 Final 1.0.0.0 | |||||
1024*768 |
174.8 |
226.1 |
29.3% | ||
DOOM3 1.3.1302 | |||||
1024*768 |
178.8 |
176.8 |
-1.12% |
在仅将FSB从1033MHz提升到1600MHz而保持主频不变的测试中,关于CPU本身的运算能力的测试成绩仅仅是有了略微的成长——当然这也不容易了,而在内存相关的项目中则有了不小的提升,带宽明显增大,延迟也有所降低,而WinRAR这样的测试成绩也有了提升,这表明单纯的提升FSB对系统影响还是蛮大的,特别是考虑到未来的4核应用(已经发布了)。
再看主频也提升的测试,CPU和内存相关的理论性能提升约为30%,而综合的测试性能提升大概为20%,SYSMark2004SE这样的工业/商用测试最为典型,这个提升比较明显了,然而其实我们感觉还应该可以超得更高。