It can t be turned on after overclocking, and it can enter the system after discharging

Your Easy Tune only supports DDR3 memory, but yours is DDR2, how can you use it!

Whether the speed is slow or not, you can run for a while to judge. Try a big game, whether it can be smooth, whether there are glitches. We recommend that you observe the health status of each hardware in the "everest" section. Temperature is particularly critical, and your Q8300 power consumption temperature is low.

The main reason is that in order to ensure the compatibility and stability of the motherboard and the memory, the motherboard BIOS will choose a relatively low frequency setting to boot up, and the general default frequency is 2133MHz. The high-frequency memory we purchased is preset with the advanced brother frequency setting, which needs to be activated manually, that is, XMP (the full name is extreme memory profile, which can be understood as "advanced memory configuration technology" in Chinese).

If we do not activate these settings, we will only show the default default default frequency of 2133 when we check the memory frequency in the motherboard BIOS or on the computer.

If the motherboard supports memory overclocking, and the memory particles are also high-frequency memory, you can simply enable memory overclocking through XMP with one click, instead of manually setting the parameters for overclocking.

It should be noted that because XMP is an Intel-dominated standard, ASUS has changed its name to "DOCP" on the AMD platform, which is actually a thing. Let's find the AI Tweaker tab first (the BIOS first Zen God page can't find the AI Tweaker,You can click Advanced Mode,Or try to press the F7 key to enter the advanced settings,Generally hidden inside)。

In the daily use of the computer, we will inevitably try some overclocking operations to improve the performance of the computer, among which memory overclocking is a very common operation. However, sometimes we encounter some problems, such as the memory overclocking and not turning on, how to solve this problem?

First, we need to understand some of the basics of memory overclocking. Memory overclocking refers to setting the clock frequency and timing parameters of the memory outside the official range to improve the working speed of the memory. However, overclocking too much or setting it up incorrectly can cause your computer to not boot properly.

When we can't boot after setting the memory overclock, we first need to troubleshoot the hardware failure. We can try to remove the memory module, gently wipe the memory connector with an eraser, and then reinsert the memory module to see if it turns on.

If it still can't boot on, then you need to go to the BIOS interface to fix it. First of all, we need to press the corresponding shortcut key when booting up to enter the BIOS interface. In the BIOS interface, we can find the DIO settings related to memory overclocking, restore them to the default value or set a lower overclocking value, and then save and exit the BIOS interface.

If none of the above methods solve the problem, then you need to consider the software problem. We can try to go into safe mode, uninstall the overclocking software or system patches, and then restart the rental computer.

In short, it is a relatively common problem that the computer cannot be turned on after overclocking the memory, but it is also relatively simple to solve. We just have to troubleshoot the hardware, enter the BIOS interface to fix it, or try to uninstall the software, and we can easily solve the problem.

1. CPU overclocking causes running crash, this phenomenon is caused by poor CPU heat dissipation, open the case, start the computer to observe whether the CPU fan speed slows down or stops, and whether the heat sink heats up too fast in a short period of time. According to these phenomena, you can use a new CPU cooling fan first, and then replace it with a cooling fan with a higher success rate, and then you can only reduce the CPU frequency.

2. The system fails to boot due to CPU overclocking.

This phenomenon is caused by memory incompatibility, which can be set to cl=3 in the BIOS setup or replaced with a higher performance memory.

3. The blue screen glitches due to CPU overclocking.

4. When the CPU task is heavy and the heat dissipation is poor, a blue screen will appear, and the solution is to restore the CPU frequency.

5. Overclocking causes CPU damage.

Generally speaking, overclocking is simply to artificially increase the external frequency or frequency doubling of the CPU, so that its operating frequency (main frequency external frequency * frequency doubling) has been greatly improved, that is, CPU overclocking. Others such as system buses, graphics cards, memory, etc. can be overclocked. Overclocking can be achieved by software tuning and modifying the hardware.

Overclocking can affect system stability, shorten the life of hardware, and even burn hardware devices (and not only CPUs!! So, it's best not to overclock without a special reason.

Warning: Overclocking may result in scrapped parts. Overclocking is risky, and if you overclock it, the life of the entire computer may be shortened.

At this time, there are two ways to deal with it, one is to open the case to discharge the BIOS, and now there is a special BIOS discharge jumper on the motherboard (near the button cell), jump to the other side and jump over again; The second is to remove the battery, short the positive and negative electrodes of the battery holder for a few seconds, and then replace the battery, which can generally be started. In addition, in order to avoid failure to boot after overclocking failure, many motherboards also provide such a function, that is, after an overclocking failure, you can enter the BIOS to reset by pressing and holding the Del key to boot when booting up. If your motherboard can support it, you can press and hold the DEL key to enter the BIOS to reset it while booting up.

Some of the more advanced motherboards can restore the CPU rating on their own after an overclocking failure.

Excerpt from the library, I hope it helps you! It is recommended to check the hard disk, I don't know if you have an SSD, the SSD technology on the market is not yet mature.

Adjust the system disk to the first startup item and save it.

Buckle the battery, initialization on the line.

It may be that the power required after overclocking has increased, and your original power supply cannot be brought up

If your BIOS is award, don't discharge first, press and hold the insert key on the keyboard, and then start, the system will automatically use the lowest frequency of the CPU to start, if this still can't get up, then CMOS discharge.

CMOS discharge is to take off the battery on the motherboard in the case of power failure, and then turn it on, of course, it can't be turned on, press and hold the power switch for 5 seconds to turn it off. Unplug the power supply, put the battery back on, and the BIOS will be emptied.