Help to see which CPU is stronger for gaming

By default, there is not much difference between the two.

But E5200's overclocking ability is very strong,You can run more than 3G without adding voltage,And there is a 2M L2 cache,What is important for playing games is the main frequency and L2 cache,And then the most important two points,E5200 is undoubtedly excellent。

Both are just as good, but I support AMD5600+ more, because AMD is more stable and the Pentium has a large amount of heat dissipation.

Almost. The game doesn't require much of a processor

If you really want to talk about performance, the E5200 is strong, but it basically can't be performed in the game

AMD's advantage is that not only are the processors cheaper, but the motherboards are also correspondingly cheaper

Whether overclocked or not, the e5200 wins!

Use the AM2 Athlons 64 x2 5600+ (65nm) for overclocking and the Intel Pentium E5200 for overclocking.

In terms of gaming, it is difficult to distinguish the winner from the current CPU, whether it is A or I, and the important thing is the graphics card.

AMD's good. The E5200 is only equivalent to 5400+ without overclocking, and no matter what kind of CPU it is, it will be short-lived.

Normally, AMD's games are a cut above the curve.

However, in general, the E5200 overclocks and consumes much more power than AMD.

It is recommended that the E5200 overclock 3G or more to kill all AMD in seconds

The first one is AMD Athlon's 64-bit dual-core, and the one below is Intel's, and I think the one below is better.

Don't look at it, as long as it's an e-series CPU, it's stronger than the AMD dual-core series!! Absolutely.

E5200 is better for all kinds of optimization of playing games, AMD's strength is all kinds of super, ha! INT and AMD's CPUs are just like N cards and A cards One is that the game is well optimized, and the other is cost-effective

It's definitely Intel Pentium E5200, AMD is just cheap, and nothing else.

Intel Pentium G4560 dual-core four-thread, affordable and cost-effective.

**Processor.

Central Processing Unit, abbreviated as CPU) as a computer system.

The computing and control core is the final execution unit of information processing and program operation. Since its inception, the CPU has made tremendous progress in terms of logical structure, operational efficiency, and functional extension.

CPU appeared in the era of large-scale integrated circuits, and the iterative update of processor architecture design and the continuous improvement of integrated circuit technology have promoted its continuous development and improvement. From the beginning of the dedication to mathematical calculations to the widespread use of general-purpose computing, from 4-bit to 8-bit, 16-bit, 32-bit processors, and finally to 64-bit processors.

From vendor incompatibilities to the emergence of different instruction set architecture specifications, CPUs have been evolving at a rapid pace since their inception.

Von Neumann architecture.

It is the foundation of modern computers. Under this architecture, programs and data are stored in a unified manner, and instructions and data need to be accessed from the same storage space and transmitted through the same bus, and cannot be executed overlappingly. According to the von Neumann system, the work of the CPU is divided into the following 5 phases:

The instruction fetch phase, the instruction decoding phase, the instruction execution phase, the access number and the result writeback.