How much room is there for overclocking What is the use of memory overclocking

I'm glad to see a motherboard that's the same as my motherboard.,Hehe, this motherboard has a soft super function.,In the case of no voltage, my Celeron D325 can be super to stable operation.,But it's not necessary.,And the heat is large.,I infer from your motherboard that your U should be Intel Celeron D 330 Conservative advice to be super enough without adding voltage.,There's no need to pursue 4G,3G is enough to deal with all the games now.,But this also requires your fan to be better.,Listen to me, Don't go to the above, because the north bridge of the motherboard is hot enough when it is not overclocked, I dare not guarantee that I can use your motherboard again, it is likely to burn out, your fan must be replaced, the original one before can not cope at all, there is a smart overclocking tool in the attached disc of this motherboard, only for GIGABYTE i81848 and 868 easy tune 4, you install it first, and then set your system bus inside, to 150, just click GO, overclocking successful, You can also set it in the BIOS, the effect is the same, other AGP DRAM PCI Divider projects are not recommended to modify, otherwise it will cause serious problems, or directly cause damage to the slot of the hard disk graphics card or memory!

Not bad, at most.

The graphics card is too bad to hold up at that time.

It is better not to have 3 pieces of memory, 1 or 2

Here's how to overclock your memory:Operating device: Lenovo laptop.

Operating system: win10

Operating procedure: Lenovo Butler.

1. First click to open the game mode, as shown in the figure below

2. Then click on Game Overclocking, as shown in the figure below

3. Then click on memory overclocking, as shown in the figure below

4. Finally, you can see that the memory overclocking is turned on, as shown in the figure below

It's easy to get bad if you're overclocking your memory, especially if it's not very good quality. No one specializes in super memory, they all over-clock the memory when they are super CPU, on the contrary, many people use the memory downclocking in the BIOS in order to exceed the CPU.

Memory overclocking is the process of making the memory run at a higher speed than it is set to run on.

In general, the CPU external frequency is the same as the external frequency of the memory, so when increasing the CPU external frequency for overclocking, it is also necessary to increase the external frequency of the memory to work at the same frequency as the CPU, for example, we have a platform, the CPU is ATHLON XP 1800+, KT600 motherboard, DDR266 memory.

The default external frequency of the ATHLON XP 1800+ is 133MHz, the default frequency multiplier is, and the main frequency is, because the ATHLON XP 1800+ multiplier is locked, it can only be overclocked by increasing the external frequency, if the ATHLON XP 1800+ external frequency is increased to 166MHz, the CPU frequency is 166MHz.

When the CPU overclocks, the external frequency increases.

If the memory is not overclocked, then the CPU bus speed and memory are asynchronous, and the performance will be greatly reduced.

In the synchronous state, the memory must be overclocked.

To put it simply, if the memory is not overclocked, it will drag down the CPU overclocking. If the CPU is not overclocked, then there is no point in overclocking the memory.

First of all, you must first understand the meaning and principle of overclocking the entire computer hardware system: if the demand for computer hardware is not high, there is no need to overclock, because overclocking will affect the service life of the hardware no matter what, and improper operation may cause the hardware to burn out directly. If it is necessary to overclock, you should first understand whether there is a bottleneck in the entire hardware system, in the computer hardware, the CPU external frequency is the base frequency of the CPU and even the entire computer system, in the early computers, the speed of synchronous operation between the memory and the motherboard is equal to the external frequency, in this way, it can be understood that the CPU external frequency is directly connected to the memory, to achieve the synchronous operation state between the two.

For the current computer system, the two can be completely different, but the significance of the external frequency still exists, most of the frequencies in the computer system are based on the external frequency, multiplied by a certain multiple to achieve, this multiple can be greater than 1, can also be less than 1. If there is no bottleneck between the CPU external frequency and the memory frequency, you can not overclock, if you need to overclock, try to overclock the two together, and the principle of operation is to make the two not produce bottlenecks with each other. Generally, the memory is overclocked separately so that the memory frequency and the CPU external frequency will not cause bottlenecks to each other, which is also the general principle of reasonable selection of computer hardware, so that both can be fully utilized.

If the memory itself is not in good shape, overclocking will burn out, but no matter how you overclock, it will reduce the service life. The most basic requirement for overclocking hardware is that you need overclocked hardware to support overclocking, generally you can ask the seller when you buy, he will answer you, and you can also check the information on the Internet. If you play large-scale online games, overclocking is still necessary.,I play Genghis Khan 2,Engage in studio 6 open,Turn the CPU onto 4 cores and overclock to,The memory is also overclocked to1600,Just like you said about this Zhongzhiqi 4G*2 DDR3 memory,But your ** is high,I used Kingston 4GB DDR3 1333 when I bought it for 140 yuan,Now it won't exceed 110。

Recommended to you! It works well!