Problems with building a computer about the CPU

4770k is more expensive, not bad money, if you want to play, overclocking is as you like.

The latter is a server U, it is better to change to E3 1230V3 + B85.

As for the graphics card, the performance can be replaceable by the brand, such as Gigabyte or Inzon, or with a better graphics card.

The master of the assembly recommended that it was the second-hand goods of the pit people. E5 is a server CPU and is not suitable for gaming.

4770k is a good choice.

You have to use i7, 760x is good for money.

1. Open the chassis and install the power supply in the chassis. 2. Insert the CPU chip into the CPU socket of the motherboard, apply thermal grease, and install the heat sink and cooling fan. 3. Insert the memory module into the memory slot of the motherboard.

4. Install the motherboard in the chassis at the position of the motherboard, and plug the power cable of the power supply to the motherboard. 5. Install the graphics card on the graphics card slot on the motherboard. 6. The current sound cards are all PCI interfaces, so insert the sound card into the PCI slot.

7. Install the hard disk and optical drive in the chassis, plug the data cable into the corresponding interface of the motherboard, and connect the power cable. 8. Connect the control cable of the chassis panel with the motherboard, that is, the connection of various switches, indicator lights, and PC speakers. 9. Connect the signal cable of the monitor to the graphics card.

10. Power-on test whether the system can start normally. Extended information: Precautions 1: Prevent static electricity, especially in winter operation, static electricity is the biggest killer in the computer assembly process.

To remove static electricity, you can wash your hands with running water or wear special electrostatic discharge bracelets and gloves. 2. Prevent liquids from entering the inside of the computer, especially when assembling the computer in summer, to prevent sweat from dripping on the parts of the computer, causing damage to the computer parts. 3. Use the correct installation method, do not install roughly, and do not use brute force when fixing the board.

4. Tools used for computer assembly cannot be placed at will. During the assembly process, handle the parts with care, being careful not to touch them on the ground. 5. Before assembling the computer, you must carefully read the instruction manuals of the motherboard, CPU and various components to understand the installation points of these components.

These three ** are almost the same, you can choose which one you like.

1. Find the location where the CPU is installed on the motherboard.

2. The support rod is pressed down and pulled outward.

3. Align the inverted triangle position of the CPU with the missing corner position of the CPU seat of the motherboard.

4. Cover the CPU cover and press down on the support pole.

5. After the CPU cover pops up, the installation is completed.

It's hard to say. Intel's CPU, if it is not installed correctly, the CPU socket of the motherboard will be broken, usually the position is broken or bent, and then you need to see if there is any physical damage on the contacts of the CPU, if not, it should be fine. If it is AMD's CPU, then there is still a possibility that the CPU will break the needle.

Intel's CPU, to put it in layman's terms, the needle is on the motherboard, and the CPU is the contact; In the case of AMD's CPU, the pin is on the CPU, and the motherboard is in the interview slot. In other words, you just need to see if your CPU has any physical damage.

So fierce.

Pay attention to the alignment angle when you check it down. Otherwise, it will bend the CPU pin.

Intel's CPU does not have pins, it is generally not easy to break, AMD's has a needle angle that is easy to break, if it is AMD, see if the pins are broken and deformed.

i5 3470 is generally not a big problem, you take a closer look at the contacts under the CPU are normal, no drop or breakage, the basic problem is not big. But then again, these CPUs have foolproof designs, which can deform the sockets, and the technology is too much.

If it is installed correctly, it will not be broken.

The steps to install the CPU correctly are as follows:

Remove the bezel cover of the CPU socket on the motherboard;

Pull up the CPU's slot lever;

There is a notch on the CPU that is marked, which is consistent with a mark on the CPU, which is to prevent plugging in reverse;

Align, then gently place the CPU (be careful with the pins);

Put the hat over, then put the rod and press it down.

The CPU is installed.

When the CPU cannot be installed during the installation process, you need to pay attention to check whether it is plugged in backwards, or there is a foreign object in the motherboard card slot, do not use brute force to press down, which is easy to cause pin damage.

Generally not, there is an anti-reverse design on the CPU

CPUs generally don't have problems.

No, as long as the contact zone is fine.

Because for the vast majority of ordinary users, there is no use for installing two or more coarse CPUs on the computer, only servers will need such products, and the cost of two CPUs is very high, so major manufacturers will not produce such products at all, and even the performance of one CPU is not enough, let alone two.

1. The server is equipped with multiple CPUs

It's not that there are more than two CPUs, but there are not many areas of use, generally only more than two CPUs will be used in the server, and among ordinary users, it is basically enough to use just one CPU, and there may only be some hard-core players, and extremely high-end users will choose more than two CPUs. And even then, their computers are only doing ordinary operations, and no matter how many CPUs they are equipped with, it is difficult for these people to use them all.

Second, the cost of multiple CPUs is higher.

If you want to carry multiple CPUs, then the accessories of the entire computer need to be redesigned, which is a big project. For example, if you need a motherboard with a CPU, manufacturers need to consider the power supply of the CPU, and they need to consider more interfaces, so they need to redesign the motherboard, perhaps larger. Then the CPU heatsink naturally needs to redesign a series of products, otherwise it will not be able to meet the heat dissipation needs of the computer.

After these accessories change, the computer case also needs to be redesigned. Even if the manufacturer wastes a lot of sharp weapons, these accessories are all designed. And there will not be many users who use it, as long as it can't be mass-produced, the price must be very expensive, and under the repeated cycles of the two sides, there is no market stool laughing at all for dual CPUs.

3. A single CPU is enough to meet the needs of use.

More than two CPUs bring more cores, but an average computer doesn't need so many cores. For ordinary online office looks**, the two-core processor can meet the needs of use, and it does not need too new technology. The new products sold today are at least four cores and eight threads, and for this part of users, the performance overflow is more than enough.

The same is true for playing games, with quad-core processors that can meet the needs, while the average user will use up to 6 cores if they don't have special needs. A computer that will only be used to watch ** on the Internet, even if there are more cores, it is useless, and when this computer is working, there will be a situation where one core works and multiple cores to watch plays, which is also the reason why there is no market for multi-core processors, and it is also the reason why multiple processors are unrealistic.

First of all, the computer can install multiple CPUs, and there are very disturbing The latest speed of many computers is very fast, but the computers on the market only talk about Xiangdan to install a CPU, because this is their best way, so we must pay attention to this problem.

Because a CPU has already met most of the needs in the market, manufacturers are following the trend, and there is no need to increase costs.

Because this can make the computer more secure, and there will be no lag when using security.