Can a rookie ask for advice on the Pentium E5400 overclocking?

Hello! Absolutely! Generally, it can be more than above.

The first option for the motherboard BIOS is the MB Intelligent Tweaker (abbreviation, this is GIGABYTE's characteristic overclocking option, setting).

In addition to providing an abundant set of mode adjustments, there are also options such as CPU external frequency, frequency doubling, PCI-E frequency adjustment, and memory frequency adjustment, as long as it is related to overclocking. In addition, there are voltage regulation options for the main control chips such as CPU, memory, and north-south bridges.

CPU external frequency adjustment.

The CPU external frequency can be directly input, and its upper limit is 1200MHz, which is obviously set very exaggeratedly, because the current world external frequency record is only in the early 700MHz. Overclocking mainly starts from here. Try it slowly every 10MHz.

Memory crossover options.

The memory frequency division of this motherboard also takes care of the low-frequency memory as much as possible, even if it is DDR2 667 memory, it can ensure that when the CPU is running at 333MHz external frequency, the memory is running at the nominal frequency at the same time. Taking DDR2 667 memory as an example, if the CPU external frequency runs at 200MHz, it needs to be set to reach the nominal frequency, and if it is set to the lowest, it will run in the DDR2 400 environment. What ratio you choose, and the final frequency of operation will be prompted, which is very convenient.

Memory division option suffix.

GIGABYTE also explained on the right side of the memory crossover ratio: when A is selected, the external frequency determined by Beiqiao is set to 266MHz, 333MHz for B, 200MHz for C, and 400MHz for D. When the CPU is set with different external frequencies, you can refer to this for memory frequency division setting.

It can be super-average, but it can only be over-frequency.

You can overclock, read the motherboard manual, the motherboard is different, it's not easy to say how to overclock, overclocking will have an impact on the computer. The effect will not be much improved after overclocking, overclocking has a premise, that is, your motherboard supports overclocking, and there is that your CPU is not locked out, Intel's CPU can rarely be overclocked, overclocking will reduce the life of the computer.

You can take a look at the answer you find:

When the machine is turned on, press and hold the del key to enter the bai

In the BIOS > CMOS settings, there is generally a special DU for the CPU and memory settings.

Change the CPU external frequency,See DAO's 200MHz changed to higher,333MHz I tried,Can enter the system,But when I test the stability, the blue screen of death,250MHz or so,The frequency of about 250MHz is OK,But whether you can get on the key depends on the physique of your CPU and the performance of the motherboard。

Then modify the ratio of memory to the main frequency of the front-side bus, the memory is generally not good to exceed, you buy overclocked memory as a different matter, generally lock the ratio of memory to the vicinity of the default frequency, I don't know the default frequency to see with the tool, CPU-Z looks like it's OK, everest can (yours is 800MHz). The next step is to lock the graphics card frequency, unless you even want to overshoot the graphics card, lock the PCI-E frequency is generally 100MHz, this is best not to mess around.

If you don't add voltage, that's probably it.

Powering up is risky and should be handled with caution.

If you can't turn on the machine, you can disassemble the chassis, remove the electronics on the motherboard, discharge them, and install them again after a while.

If you want to give full play to the CPU performance, remember to lock the frequency multiplier to 13, don't default to 6 of FM, you can go up to 333MHz with 6, turn off the automatic downclocking on the BIOS, One of the above settings is not recommended, because some motherboards do not support overclocking, and may lack the setting of memory ratio or PCI-E frequency.

On a good fan, the E5800 CPU system is good, and the character is excellent, and there is no problem with 4GHz.

At present, CPUs have temperature protection, which will restart or automatically reduce the frequency after overheating, and there is basically no burnout.

However, most of the E5800 can be pressurized without pressurization.

The CPU of the E5800, with a board that supports DDR3, has a better radiator, and it is easy to get on 5G. Memory with DDR3 1333

Since it's a novice, it is not recommended that you overclock, and now the i5 processor is also very cheap, and this E5800 is not much better than carbonization!