The higher the frequency, the faster the processing speed?

Not necessarily! CPU processing speed depends on the clock rate, cache, as well as architecture.

It's easy to overturn your rhetoric.

For example, AMD Athlon64 3000+ has a better performance than P4 506 (while Centrino 2) is better than the main frequency.

The same type of CPU can be judged by the level of the main frequency, but different types of CPUs cannot be compared in this way. Like the AMD Athlon64 FX-57, it only has a clockwork, but its performance is stronger than that of the P4.

Similarly, Ben 4 is far stronger than C4.

Like a CD is the same type of CPU as a CD, a higher clock speed means faster speed.

Of course, the main frequency represents the speed, and the higher the value, the faster the speed.

Generally this is the case, but it also depends on other hardware collocation, whether a computer is fast or not, does not depend on a certain component, but on the compatibility of the entire machine, such as motherboard, graphics card, power supply, etc.

The same cannot be said either. The main frequency is high, and the speed is of course fast. But it's not just about the clock speed. Don't forget that there's also a L2 cache...

In fact, you can't just look at the main frequency.

The i7 is a lot more expensive than the i5, so even if the clock speed is slightly lower, the performance is much higher.

So the i7 is fast.

The quality of a CPU, the speed or slowness, also contains many, many attribute parameters, and the main frequency is only a small part.

en related to the processor's mechanism of the same series can torture said but different orders are on the panacea.

CPU processing speed depends on the clock rate, cache, as well as architecture.

There is also a high L2 cache that is not good, which is why the processor C version of the P4 performs better than the E version.

1. The higher the frequency of the CPU, the better, and the higher the main frequency, the faster the computer.

2. The higher the CPU frequency, the stronger the performance, which is based on the same generation architecture, the number of core threads, manufacturing process, cache, etc., when choosing CPU, you also need to look at the architecture, the number of core threads, manufacturing process, cache and other core parameters.

3. The higher the CPU frequency, the better the computer performance.

4. As the frequency of the CPU increases, its heat generation will inevitably increase with it, so the consequence is that the notebook will be hot during use, and too much heat will cause system instability and crash.