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Question:

AMD CPU, FX 4100 quad core or 6 bulldozer performance of nuclear II X6 phenom 1055T?

This quad core clocked two times higher than the 6 core, two cache and three cache is higher than the 6 core, but less than the core, please expert advice, thank you!

Answer:

The new 32nm technology, the technology of 45nm with low frequency, but more general than the former nuclear, or powerful.
Don't just look at the parameters of the bulldozer performance than on a generation of Yilong 2 bulldozers, internal structure is a failure, check the Internet, you understand, but to the radiator with a good point of the heat pipe, FX4100 is less than 960T. and the parameters of beautiful, 1055T, I use black box 955,
The performance of X6 1055T is generally considered more than FX 6100, but 6100 is cheaper than 1055T, so 6100 is considered to be cost-effective.FX 4100 is less than X4 955, but 4100 is more expensive than 955, so that 4100 doesn't have any buying value.Because the core of bulldozer architecture is streamlined, is actually two core shared extraction, decoding, floating point unit, there are only two independent ALU, even ALU is more streamlined, and long pipeline, resulting in the same frequency performance is weak (of course is helpful to improve the frequency).Caching does not depend on size, but speed. But one of the major advances in bulldozers is the increase in cache read and write speed. But because of the core reason, still can not compare with pterosaur.
II X6 1055T 6 core phenom. Core number than the main frequency is important, 6 core CPU low frequency, can also exceed the next frequency, quad core CPU to add the core, there is no way things.
FX-4100 can only be considered dual core, and in most cases, performance is not very different from dual coreThe bulldozer is modular design, two core shared a floating point unit, which lead to low floating-point power, CPU is more since the floating-point calculation was in most of the time, the results are wonderful AMD designed as the two core with a floating point, lead to single core performance than the previous generation CPU, regressive type development1055T is standard, each core is equipped with a floating point unit, the 6 core is a total of 6 floating point units, 4100 only 2, playing games, the difference is very large

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