Benchmark Results: Applications
3ds Max is heavily threaded, and consequently doesn't benefit from accelerating clock speeds on single- or lightly-threaded loads.
7-Zip is thread-optimized, but it seems that this optimization is limited. Intel’s Turbo Boost shows a nice performance increase here, indicating that fewer cores with higher frequencies still yield big payoffs.
Cinebench in single-threaded mode runs faster on AMD's Turbo Core than on Intel’s Turbo Boost. This is because Intel allows only a 266 MHz increase, while AMD speeds up three cores by a more significant 400 MHz.
There are no differences once we switch to the multi-threaded workload.
The Fritz chess application benefits more from AMD’s Turbo CORE.
The same applies to PDF creation with Adobe Acrobat 9 from Microsoft PowerPoint. Since both applications cannot take advantage of multiple cores, AMD’s 400 MHz three-core acceleration has more effect.
Photoshop CS4 is very thread-intensive, but it seems that the +133 MHz boost by Intel’s Turbo feature still carries weight.
WinRAR is thread-optimized and seems to benefit more from Turbo Boost than from Turbo CORE. However, both implementations see noticeable gains.
WinZip runs faster on the AMD platform, thanks to the 400 MHz acceleration juicing this single-threaded archiving tool. Intel’s +266 MHz acceleration has to admit defeat here.
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