Is overclocking a superbus speed?

In a word: you can modify the value of the external frequency directly in the BIOS of the motherboard! (But the rest has to be changed accordingly!) ）

In addition, to give you a reference: overclocking can be divided into super CPU, super memory, super bus!

1.In general, it is super external frequency: CPU frequency = external frequency x frequency multiplication, not super bus. (Modify the ratio of bus to external frequency, which can be modified through the motherboard BIOS);

2.Ultra memory.

The memory frequency is directly proportional to the CPU frequency, but the ratio can be adjusted. (You can see with CPUZ software that the memory frequency is automatically increased at the same time, and the appropriate ratio can also be set through the BIOS, or there is a saying: directly reduce the memory frequency and use it, and the memory frequency will automatically increase after the super external frequency.)

Memory timing modification, that is, modifying SPD parameters, can also exceed memory. At this point, it has nothing to do with the external frequency. It can be modified with the memory controller of the AMD motherboard, i.e. the BIOS settings. Or use the software to modify the spd parameters of the memory directly!

3.Bus, or HT (General overclocking refers to just the first two cases.) ）

The bus frequency is proportional to the external frequency, and the general CPU bus has certain limitations, and the north bridge is also called the bus.

Above, for your reference. Depending on your configuration, the motherboard's BIOS support has a lot to do with overclocking, at least those settings are available.

Overclocking is super foreign frequency and frequency doubling, but after overclocking, there is no obvious improvement in general use, if your U is enough, it is not recommended to overclock, long-term use is not good for the CPU.

Overclocking is not a super-bus, it is a super-frequency. Outer frequency x frequency doubling = frequency.

Enter the BIOS and slowly increase the external frequency.

Or you can use software.

Overclocking is the super-frequency, boot into the BIOS, there is an option to adjust the external frequency.

CPU overclocking is the process of artificially increasing the operating frequency of CPUs so that they work stably at frequencies higher than their rated frequencies.

The main purpose of CPU overclocking is to increase the working frequency of the CPU, that is, the main frequency of the CPU. The main frequency of the CPU is the product of the external frequency and the frequency doubling.

Here's how to overclock your CPU:

3. Click the clock voltage in the "Performance Control" menu on the left, click the mouse, there is a box of clock frequency in the lower left corner, there is an HT reference frequency in the box, this is the external frequency of the CPU, click the mouse to hold the sliding box, move slowly, generally increase by 5, the incremental value is as small as possible, because after all, the load of overclocking on the CPU is relatively large;

4. After increasing the value of the HT reference frequency, check whether the target frequency has increased, click the application in the lower right corner, the interface will be stuck for a while, if the frequency of overclocking is too high, the computer will restart directly, so the frequency of overclocking should be increased slowly, make sure that the CPU can withstand it, and then slowly increase the frequency;

5. After the adjustment is completed, click Apply, and then click OK to finish.

Overclocking is a broad concept, it refers to any increase in the working frequency of a certain part of the computer to make it work at a non-standard frequency and related actions should be called overclocking, including CPU overclocking, motherboard overclocking, memory overclocking, graphics card overclocking and hard disk overclocking and many other parts, and as far as most people understand, their understanding is only to increase the working frequency of the CPU, which can be regarded as the concept of overclocking in a narrow sense. In English, overclocking is"overclock", also abbreviated as OC, the overclocker is"overclocker"It translates to mean beyond the standard clock frequency, so foreign friends also think that letting the hardware product work at a frequency beyond the standard is overclocking. As for the origin of overclocking, it is impossible to verify, and no one knows who started it, and its origin is probably from the predecessors who lived in the 386 era, and the development of overclocking is still traceable.

Some say that overclocking is a loophole in the design and manufacturing of CPU manufacturers, while others say that it is about squeezing the performance potential of the CPU, and to explain both claims, we need to start with the manufacturing side of the CPU. CPU is a kind of high-tech crystallization, representing the latest scientific and technological strength of human beings, so its manufacturing also requires the most advanced technology to complete. It is precisely because the CPU is always at the forefront of the tide of science and technology, so even with the strength of Intel, it is still impossible to fully monitor and master the CPU production process, that is, there are many uncontrollable factors mixed in the CPU manufacturing.

This creates a serious problem - it is not possible to completely determine the most reasonable operating frequency for a CPU. To put it simply, the CPU manufactured on a production line can only ensure that the final product can operate within a certain frequency range, and cannot be "exactly" set at a certain frequency that is needed. As for how serious the deviation is, it depends on the specific production process level and the quality of the wafer used to make the CPU.

Therefore, each CPU under the production line must go through detailed testing before its frequency can be finally calibrated, and the calibrated frequency is the frequency we see on the CPU shell, and the frequency is completely determined by the CPU manufacturer.

Generally speaking, CPU manufacturers will reserve a little frequency margin in order to ensure product quality, for example, P4 CPUs that can actually reach 2GHz may only be sold nominally, so this CPU frequency reservation space has become the initial overclocking inspiration for some hardware enthusiasts**, their purpose is to get back the lost performance themselves, which has developed into CPU overclocking.

Overclocking a computer is to artificially increase the working frequency of hardware such as CPUs and graphics cards, so that they can work stably at frequencies higher than their rated frequencies.