As the external frequency increases, what else will increase

The two upstairs are really funny, the younger brother said two words: the external frequency increases, the memory frequency will increase, the bus frequency will increase, and the northbridge frequency will also increase, why do you want to reduce the northbridge frequency and bus frequency when overclocking, but also set the memory to asynchronous and reduce the memory frequency, because the increase in the external frequency brings about the increase in the bandwidth of all frequencies of the entire computer. Clear enough.

Remember that the frequency of the north bridge must be reduced, the north bridge cannot be too high, and the passive heat dissipation can't withstand what kind of toss you have! The bus frequency depends on how much the CPU itself is, for example, the default is 1600, then you will reduce it to about 1200 to 1300, it is best to turn off the energy saving of the motherboard, and also set the frequency doubling to death.

You don't have to care about the South Bridge you asked, you just remember that the North Bridge manages high-speed bandwidth, such as CPU, PCI-E high-speed graphics card slots, etc., which is a lot of work, while the South Bridge manages low-speed bandwidth, hard disks, floppy drives, etc. Your external frequency will have no effect on Nanqiao.

Well, the hands are sore.

If you have any questions, you can continue to add.

Main frequency = external frequency * double frequency, the main frequency increases when the external frequency increases, and the main frequency naturally increases.

It's a bit of a confusing question... If it is overclocking, it is recommended to increase the memory frequency after the external frequency is increased, and if it is an AMD processor, it is best to overtake the HT bus.

With the increase of the external frequency, the increase of the main frequency is nonsense, the voltage of other CPUs will increase, and the voltage will increase and the temperature will also increase.

The final result of your computer came ahead of 2012

There is an uplift...

But memory division and PCI frequency also go up. So lock it down.

A larger increase will increase the bus speed.

Yes, it is also possible to expand the memory.

Memory issues. Lock memory frequency. Set it up in the BIOS. It doesn't depend on the specific setting location of your motherboard's manual.

What are you? ivb?

SNB and IVB deadlifting the external frequency is tantamount to self-defeating.

The clock generator of SNB is bound to the CPU, and after the external frequency of the CPU changes, other devices will also work at abnormal frequencies, such as graphics card, hard disk, memory, etc., so it will damage other devices.

If you don't want the hard disk to hang up, restore the external frequency as soon as possible.

The external frequency of U is generally locked, but some motherboards, ASRock, ASUS, etc., have OC software to adjust the external frequency.

The CPU frequency is obtained from the frequency of the external frequency, and if your external frequency increases, the main frequency will naturally increase, and it will also bring a small amount of performance improvement.

I don't know what I mean by 35x of the outer frequency.

If necessary, you can reduce the frequency doubling to increase the frequency frequency, such as reducing the frequency to 30 and raising the frequency to 270, which is higher than the frequency 230 and the frequency doubling 35.

Because the CPU is generally locked multiplier, if you want to overclock, you can only get a higher frequency by increasing the external frequency.

For example, the AMD5000+ black box is not locked in the frequency multiplier, no need to increase the external frequency, as long as the frequency is adjusted to a higher frequency multiplier, overclocking can be achieved, and the motherboard and memory requirements are low.

When the CPU is overclocked, it is recommended to lock the PCI-E frequency, otherwise it will cause damage to the graphics card!!

So the graphics card doesn't have much of an impact.

To improve the performance of the graphics card, it is recommended to overtake the graphics card directly.

The default 2160 is already able to play the full performance of the 8600GT, which can only improve CPU and memory performance!

Super CPU will not improve the performance of the graphics card, it can only improve the overall performance of the machine directly Super graphics card