AMD CPUs want to be overclocked, but they still want to have dual hard drives, does it matter? Looks

It's not about the voltage, it's about whether your power supply can hold it! How many watts of power rating do you have, power supply under 300 watts if you have a discrete graphics card. It's likely that you won't be able to bring it

If it is a power supply of more than 350 watts. That's definitely no problem, a hard drive only consumes about 8 watts.

Indeed, if there are more accessories and you need to overclock, it is recommended to calculate the power of the whole machine before operating.

As long as the other hard disk is the same as the original, it's OK.,Pay attention to the power supply.,See if the power is enough.,Otherwise, it's super good and it's boring to restart all the time.。

I fainted and said, "Will you be super?"

No matter how garbage you are, you can go up to 2g

You didn't over-clock ba?

Some motherboards do not support overclocking.

The 945 motherboard is no longer worth tossing.

Give it up.

CPU limitations, you can't always add voltage, double the frequency to adjust high, but unstable, or think about changing, in the future, AMD will have CPU, overclocking potential, and cheap, cost-effective. You have to assemble it yourself, don't sell the brand machine, the brand machine has already been processed, and you can't change the settings, pro! Listen to me, remember to give a good review,

There are pros and cons to overclocking.

Overclocking can improve the performance of the whole machine, and can make yourself experience the fun of DIY while finishing the computerFirst of all, overclocking will increase the heat generation of the CPU, so that the CPU will work in an overloaded state, which will damage the transistors inside, but if it is a small overclocking, the impact is calculated over a long period of time.

There is also an increase in the frequency of the CPU will increase the frequency of other accessories by default, such as memory, why overclocking to a certain extent can not be overclocked, which is related to the quality of the CPU, the reason for the memory is also very important, for example, DDR400 theoretically cannot work above 470, so the current motherboard will have a memory asynchronous option, the purpose is to improve the CPU while not letting the memory increase, so that you can overclock higher.

In addition, the most obvious damage to the machine from overclocking is the impact on the capacitors on the motherboard, which can easily lead to capacitor overbursts after a long period of overclocking.

Theoretically. This of course affects longevity.

Overclocking will affect the life of the CPU, the harm of overclocking to the computer is mainly concentrated in the metal part of the component (such as the pin of the CPU), the electrons on the metal will migrate when working, and after a long time, there will be large and small uneven potholes, when these potholes are large to a certain extent or more to a certain extent, the CPU can no longer work and is scrapped. Electron migration is usually a very slow process that is almost negligible, so usually the CPU has a long lifespan; But when overclocking, the situation is different, the increase in the internal temperature of the CPU greatly accelerates the process of electronic migration, the meaning of overclocking is to squeeze the residual value of the CPU, but *** is to accelerate the aging of the CPU! It's like a sprinter who lets him run a marathon!

It will be reduced, but you plan to use a computer for 5 years without problems, no problem, I have been super frequency 280+ for two years without problems. It is estimated that it will be fine in 4 years, and after 3 or 4 years, any configuration will be outdated, so it is okay to overclock in a certain range.

There are pros and cons to overclocking.

Overclocking can improve the performance of the whole machine, and can make yourself experience the fun of DIY while finishing the computerFirst of all, overclocking will increase the heat generation of the CPU, so that the CPU will work in an overloaded state, which will damage the transistors inside, but if it is a small overclocking, the impact is calculated over a long period of time.

There is also an increase in the frequency of the CPU will increase the frequency of other accessories by default, such as memory, why overclocking to a certain extent can not be overclocked, which is related to the quality of the CPU, the reason for the memory is also very important, for example, DDR400 theoretically cannot work above 470, so the current motherboard will have a memory asynchronous option, the purpose is to improve the CPU while not letting the memory increase, so that you can overclock higher.

Also the most noticeable damage to a machine from overclocking is the capacitance on the motherboard

Nowadays, the frequency of computers is getting higher and higher, and there is no need to overclock at all, unlike the low frequency before but to achieve that effect to overclock.

For example, if you can usually take 50 pounds of things, but now you are asked to take 100 pounds of things every day, and you are required to run forward, do you say that you will have an impact on your lifespan?

Of course, the temperature of the CPU is much higher than usual when overclocking, and the loss to him is very large.

1. I'm ADM4600+ From super to I didn't change the fan, the heatsink is hairy, hehe, but there is no problem, it is normal, and the temperature is about 50 degrees.

2The performance improvement can still be felt.,Personally, I think the CPU may theoretically be around 8 years.,But I think if you spend a third of the money to enjoy the performance of a good U.,Even if it's worth 4 years (not to mention it's all speculation),4 Years later, I estimate that it should become an antique.,There's no need to collect.。

3General graphics cards are software overclocking, hardware overclocking is more difficult, easy to damage, generally our CPU overclocking, are to reduce some memory frequency to greatly increase the CPU frequency, to improve the overall performance, I personally think that if the memory and U together to have a fairly expensive motherboard, not cost-effective with those money should not need overclocking.

4. If you overclock, you can turn off the cold and quiet, you can intuitively see the results of your overclocking (there is no shortage of that bit of electricity) General CPU overclocking recommends that you still change the BIOS, there will be no big danger, the safety factor is relatively high, durable and reliable, you can learn it is not difficult, I am self-taught, you just start to overtake the first do not move the voltage, in the case of no voltage you will be safe, there will be no problems, if you learn to think about the voltage is generally not dangerous before, but do not exceed, it is best not to exceed, Because I've tried it before, it's still relatively safe.

It is recommended to be super.

Increase the clock speed by 10% by 10% and 20%)

1.You don't need to change the fan under the small super, anyway, it won't be old and fully loaded, even if it's fully loaded, it's not a big problem2Xiaochao can still be a little faster, and it will accumulate little by little, which is considerable, and you can rest assured that you won't use 10 years of CPU if you are super like this, and you won't be able to use 10 years if you don't super it.

3.Yes, the risk of small super is very small, of course, it can be restored 4It depends on whether your motherboard is overclocked (such as ASUS Gamerland), but in short, it is recommended to learn a little, and you can memorize those words by rote.

1. Overclocking will definitely increase the heat, and the general overclocking can be done with a good fan2. It's a kind of fun, even if you use it daily, it won't make the speed feel good. I always turn on AMD's cool cool technology, which is used at reduced frequency, and then turn on the fan's temperature control, which can also reduce noise.

3. The memory can be overclocked, but it is usually required to buy more expensive overclocked special memory4. Instead of brushing the BIOS, you should change the parameters in the BIOS. It's not unsafe, it's really black screen and can't start, just turn on the case and move the CMOS jumper.

None of mine have changed, it's still the same, and the super hour temperature of my amd240 hasn't changed.

1. Click the "Start" button in the lower left corner of the screen on the desktop.

2. In the pop-up menu, click "Control Panel" on the right.

3. After entering the control panel, click "System and Security".

Fourth, then click on "View RAM size and processor speed".

5. At this time, you can see the model and frequency of the CPU, if there is a row of text under the processor marked with the CPU frequency and greater than the processor frequency, it is overclocked, if not, it is not overclocked.

1. First determine the official given frequency of your CPU. Click on the desktop and right-click on this computer --Properties.

5. Compare it with the CPU frequency of your own notebook to see if you can overclock it.

3.Check the rated frequency on your computer, open Explorer, and click on Computer 4Open Properties.

5.You can see that the CPU is rated at GHz

6.Open the CPU-Z software, you can see the relevant information of the CPU in the processor interface, you can know whether there is overclocking according to the core speed compared with the rated frequency, and you can know that the computer is not overclocked according to the numbers on the chart.

There are two ways to judge whether the CPU is overclocked, the first is to look at the CPU temperature, CPU overclocking will generate more heat, and the temperature will be high; The second method is to test the frequency of the CPU when the computer is running through the software CPU-Z.

The steps to test the CPU frequency via CPU-Z are as follows:

1. Before judging whether the CPU is overclocked, you need to know the official frequency of the computer CPU, at this time, you need to go back to the desktop, right-click on this computer--properties, you can enter the computer hardware properties interface.

2. Enter the system interface, and we can see the CPU model of this computer and the official CPU frequency in the CPU options.

6. Let's start to judge: the maximum value of the full-run verification frequency is higher than the maximum value of your attribute interface, which must be overclocked, otherwise there is no overclocking.

1. Use CPU-Z to view under Windows.

2. When starting the self-test at power-on, quickly press the PAUSE key on the keyboard to see the frequency and number of cores of the CPU (for CPUs with more than dual cores, the model and frequency of the two-line or four-line CPU will generally be displayed).

3. If the logo or name of the motherboard brand is displayed when the computer is turned on, quickly press the tab key and pause key to see what the second article says.

Yes, it will be displayed, but the current frequency will be displayed later.

For example, in my computer properties you'll see:

celeron(r) cpu

ghz, 1g of memory".

This GHz is the frequency you overclocked.

This is the easiest way to do this, and for a more accurate and intuitive approach, you need to use software such as CPU-Z

Do you know how to get BIOS, in fact, the easiest way is to see what your external frequency is in the BIOS, if it is 200, it means that there is no overclocking, if it exceeds 200, it must be overclocked.

The simplest and most convenient is to right-click my computer - in the properties, the general default frequency and the actual frequency are written, the same is not exceeded, and the different is exceeded.

It's possible that there is a slight discrepancy, and it's not considered overclocking).

The simplest and most straightforward on the second floor...

Software look, cpu-z, everest can be!

If you look at it with everest, you can see the actual frequency, and if you overclock, it will be OC indication.

If the surface of the U is not polished, you can see the specific model and parameters.

The AMD 7750+ black core does not have a lock multiplier, and can be over-doubled in the motherboard BIOS! I'll give you the best parameters for overclocking with 7750+ black cores, you adjust the 7750+ black cores according to the parameters I gave you, mine is a GIGABYTE 770 all-solid-state motherboard, and the overclocking options are also very rich, depending on how your motherboard is, the overclocking options are abundant. I'll just talk about the overclocking parameters:

First, adjust the 7750+ northbridge octave to 8x Then, adjust the external frequency to 230, and lock the PCIe frequency to 101 Hz. The CPU voltage is basically not pressurized, and the memory frequency, mine is Kingston 2G DDR800 over 920. Personally, I think it's okay.

I'm still using the best parameters for overclocking, no matter how you adjust how to overclock, or not, this overclocking has the advantage that it won't invalidate AMD's C Q energy saving. That's why AMD's Q energy saving will fail. At the same time, it saves energy and improves performance!

Good luck with your overclocking! It's already easy! In a nutshell, you adjust the frequency to 230, and the frequency doubling is the default.

Then go and multiply, your main frequency is 400 Hz higher than the original default main frequency, and someone has exceeded it. That's a 7750+ with a good physique, and it's super or one is unstable, and the two have to add CPU voltage, which will affect the CPU service life. So, the best overclocking parameters I've given you are already the best!

I'm using a 7750+ black core processor myself!

Lack of performance? What components are you trying to overclock?

The CPU needs to be adjusted in the BIOS, and the graphics card can use the official NvidiaInspector.

If you can come here and ask, it shows that you still think there are a lot of problems, so I would suggest that you try not to. Besides, AMD's CPU itself has a small overclocking range, and ah, overclocking must first have a fairly good understanding of the hardware and the awesomeness of the BIOS settings. Secondly, if the degree of overclocking is larger, it also needs special hardware support, AMD is a high-temperature CPU, and then overclocking, it may cause instability, you have to buy what water cooling and heat dissipation, in short, it is not easy, and it is not too necessary Okay, that's it.