Can you tell me how to configure the CPU and memory of the main version, the best to use?

The stability of the CPU Pentium is better, AMD's is easy to heat, and it can be equipped with a good fan, like the overclocking mentioned upstairs is fast, but it affects the computing life, so don't be happy for a while, causing regrets It's cost-effective!!

I think ASUS's motherboard is good!!

The machine should not only take into account the cost performance, but also consider the needs of future upgrades, especially for players who are short of funds, both money-saving performance and good performance is the last word.

The recommendations are as follows: CPU: AMDX2 3600+ to deal with current mainstream games, and overclocking upgrades in the future.

Memory: 1G is sufficient, and 1G will be added for future upgrades

Graphics card: 1650GT with CPU is more reasonable. Mainstream games can handle it.

Hard disk: 160G serial port 2nd generation.

Motherboard: nforce550 recommended. Fully functional, expandable, and upgrade without replacing the motherboard. Thank you.

First of all, whether a memory can be used depends on whether the memory frequency is within the range of memory frequency supported by the motherboard.

For example, if the motherboard supports a maximum memory frequency of 1066MHz, then 1333MHz of memory is plugged into the motherboard.

It can't be lit. The computer won't work.

When the operating frequency of the memory is within the range of memory frequencies supported by the motherboard, it depends on what the memory frequency supported by the CPU.

For example, the CPU supports a memory operating frequency of 1333MHz and the motherboard supports a memory frequency of 1600MHz.

Then when the memory with a frequency of 1600MHz is used, the actual operating frequency of the memory at 1600MHz is only 1333MHz.

Therefore, only when the memory frequency supported by the CPU and motherboard is the same as the frequency of the memory, the working frequency of memory annotation can be played.

The memory of the maximum frequency supported by the CPU should be selected. CPU support frequency is key.

It all depends on how often the memory runs. Without overclocking, it is impossible to exceed the memory operating frequency supported by the CPU.

The CPU supports the first-level and L2 cache of the CPU itself. The memory of the motherboard refers to the amount of physical memory supported by the motherboard, such as how many memory modules can be inserted.

Your question is too broad......I can only tell you some basics, and you can play the memory yourself, and now the mainstream is DDR3, so buy DDR3, DDR2 is basically about to be delisted. DDR3 mainly has two frequencies: 1333 and 1066, and the price is not much different, and it is inevitable to buy 1333. If you want to make a brand, there is no problem with the production of Kingston, Jinbang, and Qimonda.

The quality is also trustworthy.

Motherboard, that's too broad. The first thing you should refer to is your own application needs, some high-end motherboards, the performance is very powerful, but most of the functions we can't use in our daily applications, such as RAID disk arrays, home computers with 2 hard disks installed basically can't see. No matter what motherboard you choose, you choose its chipset, the motherboard is a circuit board, anyone can do it, so buy a motherboard mainly with reference to what chipset it uses, take Intel's chipset as an example, now there are 3 large series, 53 for general applications, weak performance, but can meet our daily games, watching movies applications, and more than enough.

55 is geared towards more advanced applications, such as design. 57 is aimed at high-end applications and enthusiasts, such as building a small server, or playing games with full special effects, often with high-end CPUs and graphics cards, ** is also very high, ordinary people have no need to buy this.

That's all, after mastering the principle of tailoring, the profiteers basically can't cheat any money.

The P4M266A is composed of the VIA Northbridge chip P4M266A and the Southbridge chip VT8235, the P4M266A Northbridge chip provides a 533 MHz front-side bus, supports the DDR333 memory specification, and can add a DDR400 memory to expand, and a single DDR400 can be used if the memory of different frequencies is not compatible.