E2220 which CPU is equivalent to after overclocking 3 0

The 9800GT can drive, but the HD4850 is hard to say. This is because the 9800GT is not fundamentally different from the high-end 8800GT of the previous generation, but the higher frequency makes it more powerful and technical support than the 8800GT. But the HD4850's direct competitor is the 9800GTX.

The main frequency of E2220 is equivalent to E5400. I've measured it. However, if you want to overclock, you need to have a good power supply and motherboard, otherwise you may have problems such as crashes when playing big games.

Actually, I recommend that you buy an HD3850 graphics card or a 9600GT graphics card. Don't go overclocking. Because overclocking hurts the original hardware a lot.

1。Equivalent to Pentium 4 dual-core.

2。Your CPU is fully capable of driving the !! of your graphics card

Upstairs said in detail, don't overclock, there's no need to overclock, overclocking doesn't help to improve computer performance, on the surface, it seems that the main frequency has increased, but in fact, the performance has decreased, it's easy to crash, it's easy to burn the motherboard, burn the power supply, it is recommended to 9800gtx, this graphics card is very good and stable. The performance is also very strong, and your upgraded accessories can hi me.

The super should be super, increase the power supply, change a good radiator, and it can be driven.

Let me tell you, this motherboard can try 266 external frequency, multiply by 8 times the frequency, and empty the CMOS if it doesn't work

Go to BIOS to overshoot the external frequency, but you can't turn it up too high at a time, you have to take your time.

Your motherboard BIOS should be the first one on the right that can be set.

You can try it directly first.

When I am stable, I go up slowly with + of 1m1m.

If it is unstable, it will slowly come down by 1m1m.

My company's computer is the 2140

I casually overtook it. Now it is.

This motherboard can try 266 external frequency, multiply 8 times the frequency, and if it doesn't work, empty the CMOS

Intel 945G-ICH7 motherboard doesn't support too much.

Intel's CPU is now mainstream and can't do without K.

Hello Overclocking is to use the CPU beyond the factory frequency, and the speed can run a little faster after overclocking, but the daily use will not change much, and you basically can't feel it, your CPU can only exceed the external frequency, and you need your motherboard to cooperate.

Overclocking is set in the BIOS, pull the external frequency to overclock, and pull it all at once.

From the perspective of CPUs, there are three types of general overclocking: "super-frequency (486 586 multi-purpose), super-basic frequency external frequency (Pentium II multi-purpose), and voltage (the motherboard is marked with different voltages designed to be suitable for different manufacturers' CPUs, which is used when overclocking is unsuccessful). The main frequency of the machine is represented by the core working frequency of the CPU, which is obtained by the clock frequency provided to the CPU by the computer motherboard, and then doubled by the frequency division circuit. The CPU relies on the main frequency for computing, and the frequency increases, and the work efficiency of the CPU also improves accordingly, which is the principle of overclocking.

The difference between the CPU and other devices is that it reserves a margin for users to overclock according to different situations when using it, so that the CPU can work beyond its rated working state Overclocking. In the early days, overclocking only increased the operating frequency of the CPU and required less performance of peripheral accessories, so the success rate of overclocking was higher. At the beginning of the Pentium era, Intel locked the frequency doubling of its CPU, and the overclocking method turned to the superclock, if the overclocking failed, some people would choose to add voltage to overclock the CPU, which can generally greatly improve the efficiency of the circuit and give full play to the potential of the computer.

Hope it helps.

Overclocking is for example, your CPU speed Yes, through the super frequency, the voltage can be exceeded or even higher, but the heat will increase, hehe.

Overclocking test: For overclocking users, the biggest selling point of the Pentium E2210 is the 45nm manufacturing process, which not only effectively reduces heat generation and power consumption, but also makes the CPU have more powerful overclocking potential. I believe that users with certain qualifications will remember that the 65nm Pentium E2000 series has quite strong overclocking potential, and in the case of the default voltage, many can exceed the level of left and right, so what about the overclocking potential of the 45nm E2210?

The default voltage exceeds 266 external frequency, and the main frequency reaches the default voltage for overclocking, after all, the default voltage overclocking will not invalidate the energy-saving technology, and it is also more suitable for users to overclock for a long time. In the environment of the default voltage, the external frequency is directly exceeded from 200MHz to 266MHz, and the main frequency is reached, and it can pass the 10-minute ORTHOS baking machine and all the test items in the first few sections, and the overclocking is successful. However, after many debuggings, this E2210 can only stabilize the external frequency at 266MHz under the default voltage.

After many debuggings, the external frequency should be increased to 300MHz and passed through orthos, the voltage should be increased to a higher level, for most overclocking users, it will not be used for a long time under such a voltage. Finally, try the limit, increase the voltage to, the external frequency exceeds 333MHz, at this time, the main frequency is, can only be turned on, can not enter the system. Overall, the overclocking potential of the 45nm Pentium E2210 is on the same level as the 65nm Pentium E2000 series, which is not far behind the two-capacitor E5200, and overclockers will be disappointed.

Of course, this may just be an individual physical problem with E2210.

Pressurized overclocking, if it's a beginner, forget it,It's easy to burn this e2210 is actually for office use,It's enough for ordinary users,It's almost overclocked, even if you go over, it won't help,Because Intel's U's main performance is reflected in the second-level cache, your e2210 second-level cache is only a mere 1m, even if the main frequency is high, what can he do? Actually, this u is not suitable for gamers. Office scam money u

This U is not very suitable for overclocking, because the limit frequency is much lower than the E5200 that is less than fifty yuan, and the overclocking must do a good job of heat dissipation, and the voltage should be appropriate, because the limit frequency of this U is not high, so the voltage may not be much improved.

Boost the external frequency by 266. See if it can be stable. Are memory division and PCI frequency set?

Get to the point: After entering the BIOS, the overclocking setting name of each motherboard is different, my motherboard is: miscellaneous control, and I see a lot of other kinds of motherboards:

CPU Memory Clock Overing Setting, this one is for sure!

Set the multiplier first: My motherboard is"cpu clock ratio", the maximum octave of the e2160 is x9

Then set the external frequency: host pci clock at next boot, the default value is 200 33, you can set it by entering, set it to 233, don't be too high, in case it can't start.

Step 3: Set the memory frequency, dram clock at next boot, if the value of this item is by spd, you don't need to touch it, if it is something else, such as 1:1, or 1:

Wait, just set it back to the default value of your memory, your memory is 667, just set this value to 667

Once you're set up here, the archive exits the BIOS! Let's see if we can get started!

If it is successful and the operation is stable, you can slowly increase the external frequency value in the future and pursue a higher overclocking value!

The steps to increase the external frequency are 233->266->300->333->?Don't improve too much!

The main frequency of linear PCIe must not be moved, and there will be problems if it moves!

If the system is a little unstable, then drop a little back!

The system runs stably, the next step is super memory! The room for memory overshoot is not too big, directly over 800 Okay, just set it in Dram Clock at Next Boot!

Overclocking is all about being bold and trying to prove it! Take it one step at a time, don't overdo it all at once! However, the following problems will always occur during the overclocking process, it doesn't matter, manually clear the BIOS and start over!

Good motherboard has a clear BIOS button, if your motherboard doesn't have it, there is a three-pin BIOS clearing function, usually 12 shorts, clear BIOS, let 23 short for 10 seconds, see the manual for details).

The vast majority of E2160 external frequencies can be up to 300 (300*9=, and only a few can be up to 400 (400*9=. The overclocking performance of the 2160 is generally not as good as that of the 2140. But I recommend not overpowering, fast enough.

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.