The Best Memory for Sandy Bridge Bandwidth & Cinebench
Published on 11th January 2011 by Richard Swinburne
The Best Memory for Sandy Bridge Bandwidth & Cinebench
We've fired up the execution engines and put the pedal to the, uh, silicon to see how Sandy Bridge compares to its older Core brothers across several memory frequencies and latencies.Sisoft Sandra 2011
Download from: SisoftwareSisoft Sandra Memory Bandwidth
Sisoft Sandra 2011. Average unbuffered Memory Benchmark
- 1,333MHz CL9
- 1,333MHz CL8
- 1,333MHz CL7
- 1,600MHz CL9
- 1,600MHz CL8
- 1,600MHz CL7
- 1,866MHz CL9
- 1,866MHz CL8
- 1,866MHz CL7
- 2,133MHz CL9
- 2,133MHz CL8
-
-
16985
-
-
-
17301
-
-
-
17542
-
-
-
20467
-
-
-
20611
-
-
-
20935
-
-
-
23725
-
-
-
23743
-
-
-
24278
-
-
-
25969
-
-
-
26150
-
0
5000
10000
15000
20000
25000
MB/sec, Higher Is Better
-
Read MB/s
Sisoft Sandra Memory Latency
Sisoft Sandra 2011. Latency Benchmark
- 1,333MHz CL9
- 1,333MHz CL8
- 1,333MHz CL7
- 1,600MHz CL9
- 1,600MHz CL8
- 1,600MHz CL7
- 1,866MHz CL9
- 1,866MHz CL8
- 1,866MHz CL7
- 2,133MHz CL9
- 2,133MHz CL8
-
-
76.3
-
-
-
72.7
-
-
-
69.5
-
-
-
68.2
-
-
-
65.4
-
-
-
61.7
-
-
-
62.1
-
-
-
60.5
-
-
-
58.2
-
-
-
58.8
-
-
-
58.3
-
0
10
20
30
40
50
60
70
80
Nanoseconds, Lower Is Better
-
Read nanoseconds
Cinebench R10 64-bit
Download from: MaxonCinebench R10
xCPU, 64-bit
- 1,333MHz CL9
- 1,333MHz CL8
- 1,333MHz CL7
- 1,600MHz CL9
- 1,600MHz CL8
- 1,600MHz CL7
- 1,866MHz CL9
- 1,866MHz CL8
- 1,866MHz CL7
- 2,133MHz CL9
- 2,133MHz CL8
-
-
20237
-
-
-
20149
-
-
-
19935
-
-
-
20178
-
-
-
19997
-
-
-
20292
-
-
-
19861
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-
-
20050
-
-
-
19804
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-
-
20085
-
-
-
20073
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0
5000
10000
15000
20000
Points, Higher Is Better
-
Points, Higher Is Better
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