E2160 overclocking, the master is coming, give me the overclock

First of all, your memory is not suitable for overclocking, unless your memory particles can go up to 1066, E2160 M0 step, the default is 200, generally in the BIOS first pull the external frequency directly to 233, other defaults. Then pull the memory frequency back to within 667. 533 or more.

F10 save and exit, enter the system once or or, restart and then enter the BIOS, the CPU external frequency is pulled to 266The memory frequency should still not be higher than your nominal value, because your memory is not overclocked, and if it is ultra-high, it will not light up. If the power can go up to 266, then try to pull the CPU external frequency directly to 300, 333

Try it this way. Generally 300 333 is the limit of ordinary E2160. Unless it's a good board or a good U, it's generally hard to get to 400.

Overclocking remember a principle, pull the CPU external frequency, adjust the memory frequency according to the actual situation, and add a little bit of voltage appropriately, but the E2160 voltage can not exceed the memory voltage, otherwise, there is a danger of burning or scrapping in advance. The ideal frequency of E2160 is generally about 3G (silent electricity).Further on, you need a good motherboard.

It is recommended that you do not overclock, if you want to overclock, you can play an overclocking wizard on the Internet, but you must think well, your power supply and fan must be forced, if the power supply is overloaded, it will cause the motherboard to burst, and if the fan is not good, it will cause the CPU to be damaged!!

It's better to change the sliver, it's better to change the CPU, and the CPU is now the price of cabbage.

There are several reasons why the E2160 can be overpowered.

1. Manufacturing process, more advanced manufacturing process enables E2 series CPU to achieve relatively high frequency 2, low front-side bus and low frequency octave, these two are usually important factors for overclocking, and half of the overclocking amplitude of high external frequency and high octave is small.

3. Relatively small second-level cache, although the second slow affects the performance, but from another point of view, the possibility of defects is smaller, and the impact on overclocking is even smaller.

ps:The most super-U should be the forgotten first generation of Celeron.,There's no second slow variety.,The main frequency of the micron manufacturing process when it was released was only 266 and 300 two varieties.,But the limit record has been 1G.

2160 is basically available.

The Pentium dual-core is to be able to supercharge, and there is no reason for this, which is that the core potential is good.

What brand of motherboard, what kind of BIOS

I'm glad you can, it's not very reliable to overclock with software, it's similar to the speed wizard, and its function is to accelerate the efficiency of the software, not the efficiency of the hardware!

There are two types of overclocking:

One is the hardware settings and the other is the software settings. Among them, hardware settings are more commonly used, which are divided into two types: jumper settings and BIOS settings.

1.Jumper settings for overclocking Most of the early motherboards used jumpers or dip switches to overclock. In the vicinity of these jumpers and dip switches, there are often some ** printed on the motherboard, which records the functions defined by the combination of jumpers and dip switches.

In the shutdown state, you can set it according to the frequency in **. After rebooting, if the computer boots up normally and runs stably, it means that our overclocking has been successful.

Set the overclocking here to AW

Consequences of overclocking:

I heard that some players use liquid helium to overclock, before the start is about 268, over to 8GHz, at this time its temperature is about -28 degrees, if you don't believe it, it let go of a flower, after taking it out, it becomes very hard, frozen, hit hard and breaks, it's true, normal flowers can't be broken. That is to say, every 23MHz will rise by 1 degree, normal words are 40 degrees, and more than 8GHz will reach 280 degrees, and the CPU will be broken early! See:

In the case of unsatisfactory configuration, it is recommended that you buy a hard change, which is a constant value, and it is summed up from experience. Of course, no matter how you change it, the power supply must keep up. It is not recommended to exceed the highest, just exceed to the point where you feel enough.

If you work at high efficiency and high temperature for a long time, there will be some problems with your motherboard's bearing.

Motherboard problems, colorful low-end motherboards generally can't be exceeded. And the G41 is inherently less overclocking options.

My idea is the most secure, to buy a hard supersticker online, so that overclocking is more stable, and your motherboard.

Memory. The PCI bus frequency doesn't matter.

I recommend using a bad motherboard to overclock and use a hard supersticker.

Intel has its own overclocking software, the name is forgotten, you can look it up at the driver house.

If you use an nvidia motherboard, you can also use nvidia's software for overclocking, ntune