A small problem with the CPU, a small problem with the CPU?

The number of pins in the CPU has little impact on the speed of the CPU itself, while the L2 cache can reflect the performance of the CPU. Generally speaking, the higher the L2, the faster the speed, as far as you said about the comparison between the Celeron and the P4, of course, the Celeron is much faster. In addition, as the brother upstairs said, the average ** high CPU is naturally good for performance.

It has nothing to do with the number of pins.,The cache of the race sheep D is 256k,The bottom of the cache of P4 is also 512k。

Level 2 cache is much larger! It has nothing to do with a stitch! Deleron and Pentium were originally used by Intel to divide the market grade, which is the ** difference! It depends on the consumer's own economic situation to choose.

P4, of course! Needless to say, not only L2 is high, but the line is also high!! Correct the p4 minimum l2 also has 256.,It's old.。。 So some people say that CD is the old P4!!

The 775 Architecture allows you to experience things that the 478 Architecture can't imagine.

1. First of all, it is the architecture and process that determine the performance of the CPU, and only when the architecture and process are the same can the main frequency and number of cores be considered.

2. The specific model of the CPU is not given, and the architecture and process of the CPU cannot be known, so it is impossible to judge the actual performance difference between the two processors.

3. The i7-3770T and i5-3330 in the figure below are the same generation of products, even if the main frequency is lower, it is obvious that the i7-3770T is better. However, compared with the i5-7400 with a more advanced architecture, the multi-core performance of the two is basically the same, and the single-core performance is a little higher than that of the i5-7400.

4. Therefore, if you only say that the main frequency of the two processors is the best performance, you can't know which of the two has better performance.

Comparison of running scores.

Unable. Because there are a few more threads to look at.

If it is all 4 threads, the higher the frequency, the faster.

And the same generation of products, it must be i7 fast, because i7 hardware parameters are higher than i5, for example, if i5 is four cores and 4 threads, then i7 is the lowest is 4 cores and 8 threads, and so on.

Cross-generational products, it's hard to say.