What is the power consumption of FX5200 on quad core L3 and more than 250 external frequency?

After the CPU turns on the quad-core L3, the TDP becomes 125W, and it should be around 130 after overclocking. The graphics card is fully loaded with 85W, and the others add up to 70W, and the power supply rated at 300W is abundant.

The power supply must be bought from a first-line big brand, otherwise the counterfeit virtual standard power supply may burn the motherboard. FSP, Antec, and Xingu are all good, and the low-end Huntkey and Great Wall are also okay.

Above 95W, the motherboard needs at least 5 phases of power supply to meet, and after the core is turned on, it is the standard of four cores, you can check it.

After the core is turned on, CPU-Z shows that the TDP is 130W

1. White peach with small flowers: small white flowers, oval petals, fewer calyx flowers, more brown flower branches, with green spots.

2. Large-flowered white peach: Blooms large white flowers with round petals, and green branches are densely covered with fine hairs.

Three, five-color peach: also known as sprinkled golden peach, most of the flowers are white or slightly with red silk, between one or several branches of flowers are pink, there is also a flower or a petal white and pink half. Oblong petals, branches reddish-brown.

Fourth, thousand-petal pink: the flowers are pink, mostly three-round petals, and the filaments are pink. Some of the flowers are slightly reddish, with red filaments and red branches.

5. Red peach: pink flowers, close to double petals, peach and brown flowers.

6. Peach: The flowers are dark red, the sepal tube is purple-brown, and the flowers are wrinkled and hairy. The flowers are greenish-brown.

7. Green peach: petals light green, obovate, green branches with reddish-brown spots, late flowering, mostly blooming in mid-April.

8. Weeping branches and green peaches: the branches are drooping, the flowers are double-petaled, and the flower colors are dark red, sprinkled with gold, light red, and pure white.

In addition, there are birthday peach, purple leaf peach, etc., the former has white flowers and large flowers, the flowering period is late, the tree shape is short, and the leaves are larger; The latter is mainly characterized by purple leaves.

Calculate with Master Lu Master Master Lu is software.

Overclocking can be done using AMD's official software AOD tool, and the steps are as follows:

Open the installed file, and a prompt box will appear, prompting that the parts damaged due to overclocking and the like are warranted, no matter what the warranty is, just click OK;

If it can't be opened, or there is no data after opening, it can only mean that the motherboard is not supported, if it can be opened normally, click the "Clock voltage" in the "Performance Control" menu on the left, and click the mouse to appear the operation interface;

The target velocity in the upper left corner is the current frequency of the CPU, and it needs to be changed to break through the original frequency, and there is a clock frequency box in the lower left half;

There is an HT reference frequency in the box, this is the external frequency of the CPU, click and hold the sliding box with the mouse, move slowly, and generally increase the value of 5 increments as small as possible, because after all, overclocking has a relatively large load on the CPU;

After increasing the value of the HT reference frequency, look at the target frequency, whether it has increased, this time is not over, click on 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 slowly increased, to determine that the CPU can withstand it, and slowly increase the frequency;

Well, after clicking Apply, click OK and you're done.

The advantages of using this software overclocking are: the software is officially produced by AMD, the quality is guaranteed, it is relatively safe, and the computer will not be turned on because the frequency is too high;

The downside is that you need to set it up all over again every time you turn it on.

The motherboard seems to be super.

It's ASUS's.

If there is software in the motherboard driver.

After installation, press the power supply to build it automatically.

Super to the point where it is unlikely to put.

My AMD Athlons IIX2

240 air cooling to overtake.

It's not too stable.

The fan was also replaced with a good fan.

Generally, more than 5% and 7% are stable, and it is easy to crash.

My machine dies twice a day.

Later, if you don't overtake, you don't die.

It's not too likely to catch up with the E7400 in terms of performance.

After all, it's not a grade.

The 1st floor is really 2 ah, 250 can open the core? This is native dual-core.

In the BIOS, pull the external frequency by 10 each time until the system is unstable and stop increasing.

What is the CPU overclocking doing now The bottleneck of the game is that the GPU needs to be super super graphics card.

Overclocking performance gains are also very limited. AMD CPU overclocking power consumption is squeezing.

No less suitable.

The performance is super super.

Now the CPU performance is basically left.

Modified: External frequency 225

Frequency multiplier memory change.

htnbx8.

It is recommended to use AMD Overdrive software, which is very convenient, overclocking a little, and then start to slowly improve the external frequency to overclock, and it will automatically test the stability after overclocking.

It is recommended to use AMD Overdrive to test the highest external frequency of the CPU, and then enter the BIOS to adjust the corresponding external frequency option to save the overclocking.

It is highly recommended to use Overdrive to overclock, AMD's official overclocking software, which is easy to get started, no need to set up complex BIOS and has a built-in test function to check stability.

Find your own 770 board in Bois Hey.

If only the 785 could have opened the core!!

It's not really a four-god friend nucleus anymore.

It was only after it was cracked that it became a quad-core.

It turned out to be a dual-core 5200

Moreover, the segment difference CPU with the open core is unstable.

The heat generation is also large.

Long-term use of 955 generally, no matter how high it is, it is not good, it is okay to run the score, unless the physique is good, the heat dissipation is good, the board is good, the super is the 222 external frequency, the frequency of 18 is doubled, or the frequency of the 250 external frequency is directly doubled, the default 16 is actually directly pulled the frequency of 19, the external frequency does not move, it is just enough, and there is no need to add voltage.

It's just a rough idea How to try it yourself The balance point of each U is different You have to keep trying to find it Good conditions Good luck on 5G There are also some But I personally use the weight for a long time without adding voltage.

The board is a well-made 890fx heat dissipation of 100-200 on the line, Kyushu Fengsheng Black Jade 400 Supreme is good.

The memory controller is to exchange data directly with the memory, and it doesn't go through the north bridge, so AMD surpasses Intel a lot in memory performance, and later the i7 is also integrated.

It doesn't matter how much the bus is TM gimmick, you plug the 3600HT U into the 1000HT board, and the performance is almost the same, and I guess the change is also caused by the difference in the North Bridge.

Memory changes with the external frequency There is a formula You can look for it There is a step that needs to be approximated In fact, Intel also changes.

It's all metaphysical stuff, there's nothing to talk about.

You use DDR2 800 memory OK Use Corsair 165 before 1 month to start a **It's almost the same At least I won't think about Kingston so many fakes.

A few people upstairs said well, add. The optimal octave of this core is generally 18, and the eagle owl can use 20. It can be used for a long time below the voltage.

Generally, the power consumption will be BT in the future, and the added voltage power consumption will be more than 160W, and the AU will shrink if it is more than 80 degrees, so heat dissipation is very important!

In fact955If you have used it, you know,Directly pull the frequency doubling directly on the 4G。。

20x 200mhz

At present, the original fan can also suppress the 4G 955.

Mainstream first- and second-line motherboards can be up to 4G, but don't choose too low-end products.

955 This U Direct Frequency Modulation Super Only the U of the lock multiplier will exceed the external frequency.

For heat dissipation, you must buy a good heat dissipation effect.

Tune to what you want and copy the machine.

The CPU overclocking ability depends on the system of the CPU itself, and generally does not exceed the frequency double.

The key depends on the physique of the CPU, there are no certain rules. Of course, with a good radiator, you can go a little higher.

(1) The power of mainstream home desktops is generally in the range of 50 watts and 400 watts.

2) Since the current processors, motherboards, and Windows operating systems all have energy-saving mechanisms, which will reduce the working frequency at low load, thereby saving power, the power consumption of all newer desktops in the idle state is tens of watts, and the full-load power consumption will have a large gap according to the hardware configuration of different performance levels. For example:

1) i3-4130 core graphics card (no discrete graphics card), multi-** entertainment office level, according to the data provided by a netizen, the measured power in the full load (using occt) state is watts.

2) i3-4130+iGame GTX750Ti, beginner level, measured power in watts at full load.

3) i5-4690K+GTX970 Strix, mid-to-high-end gamer level, measured power in watts at full load.

4) i7-4770K+igame980, enthusiast player level, measured power at full load is watts.

3) When selecting the power supply of the computer host, it cannot be calculated according to the above measured power, the rated power of the power supply should be greater than the measured peak power of the configuration, and 25% to 50% of the redundancy is reserved, such as a mainstream gamer-level computer with an actual power of 270 watts, it is recommended to choose a power supply with a rated power of about 500 watts (not false).

Nowadays, the power consumption of a computer is about 300W. The power consumption mainly depends on the configuration inside.

Take the CPU to calculate the power consumption, which is 65W; There is also a motherboard about 30W; Memory about 10W; Hard disk about 30W; The mainstream graphics card is about 100W; However, it is all full load power consumption, and the standby power consumption is much smaller.

The power of a home desktop computer is around 230-300W. The main engine is dual-core, generally 100 150W, 4 cores 120 160W. The display and liquid crystal are generally 30 80 W.

Extended information: accessories in the host CPU, motherboard, hard disk, optical drive, graphics card, etc. 150W, if the LCD is 17 inches, then it is 40W, which adds up to 190W Power consumption per hour 190 1 = 190 watt-hours, which is the kilowatt-hour of electricity, that is to say, the computer uses about 1 kilowatt-hour for 4-5 hours, this is the maximum power consumption, in fact, not all hardware can work at the maximum power, you can calculate it according to about 80%.

CPU, the mainstream CPU power is about 100W at most, because most of the time is waiting for tasks, and rarely runs at full capacity, CPU usage is generally used.

Graphics cards, because different groups have different requirements for graphics cards, so the power consumption of graphics cards is also very different, from more than 10 W integrated graphics cards to more than 70 W high-end mainstream graphics cards are widely used. The power of the hard disk is not very large, the maximum power of the current ST hard disk is , and the notebook's is only about 8W.

The power consumption of the motherboard itself is actually not very large, the power range is between 20-35W, the function consumption of the optical drive is generally about 10W, and the power consumption of the recorder is only a dozen W when writing the disk, and the power consumption of the three hardware is very low for memory, network card, and sound card, because there is no specific data, so I don't know very much, but the sum of the three does not exceed 40W power consumption.

The power supply is the most critical equipment needed for the operation of the computer, the power supply itself is about 5W, while the CRT monitor is about 70 or 80W, the power consumption of the LCD monitor is below 40W, and the power of the speakers and other peripherals of the desktop computer can be calculated according to 30W, and the power of a home desktop computer is about 230-300W.

Take a look at how much power is on your computer's main computer, let's say your case power supply is 400WThen, the maximum power of your computer is less than 400W.

According to 400W, 1000W 400W*60 minutes = 150 minutes, 150 minutes (only 2 and a half hours of electricity). What's more, the general configuration will use 200W at most, 300 minutes (about 5 hours of electricity). Plus your LCD monitor, you can look at the inscription on the back of your monitor, there is a written power on it, generally 17 is about 35w, 1000w 35w * 60 minutes = your monitor only uses one kilowatt-hour of electricity.

An average personal computer consumes between 130 watts and 250 watts, and few people know that even when the power is turned off, as long as the power outlet is not unplugged, the computer is still consuming power.

According to the configuration of an ordinary "Ben Si" computer, the power consumption of its host computer is about 100 watts during normal operation. Adding a 17-inch CRT monitor increases power consumption by about 60 watts, and if it is a 17-inch LCD monitor, the power consumption can be reduced to about 30 watts. If you match a pair of speakers, the power is about 25 watts.

In total, a computer will consume between 130 watts and 250 watts of power for one hour of normal operation (the specific value cannot be counted because it is greatly affected by the configuration). Although it is not the most powerful of all household appliances, in fact, because the computer is used for a long time, the combined power consumption is also very large.

Shutdown also consumes a lot of power.

As long as you have used a computer, you should know how to turn it off. But few people understand that computers consume power, even when they are turned off.

Computers have adopted a technology, so that the host can still provide 5V, 100mA DC current when the power is turned off, to maintain a small part of the internal circuit of the computer to keep the working state, just like a TV, so that the computer can achieve remote control start, software shutdown, timing shutdown and other functions.

However, it is this well-intentioned technology that causes the loss of electrical energy. If you don't unplug the plug after shutting down, a computer host consumes 5 watts, a monitor 5 watts, a speaker 10 watts, and a kitten (modem) 3 watts, not counting printers, scanners and other less commonly used devices, which add up to 23 watts. If you stand by for at least 10 hours a night, then in a month, 7 kilowatt-hours of electricity will be lost unconsciously.