Is my CPU burned, my CPU is burned, for no reason

I can tell you with great certainty that your motherboard will have to be changed to support this new CPU and P4 are different CPUs, even though they are both called P4. They have different requirements for powering the motherboard, with P4 being more demanding.

I'm also not very clear, anyway the P4 (Northwood core or newer core) is going to meet the new power supply defined by Intel"form"and your motherboard's"Form of power supply"Only p4 of will*** core can be satisfied

The one mentioned above"Form of power supply"It's about 3 letters called v or something, and then followed by the version number, and I remember that the version number required for the current deduction seems to be 11

Intel's CPUs are equipped with anti-burning functions, and generally if the CPU temperature is too high, it will crash to protect itself.

AMD, on the other hand, doesn't have that feature, and it burns until it hangs up.

If you can turn it on, the CPU should have no problem Check your power supply The power consumption is amazing If the power supply is insufficient, it will not be able to be used normally Generally, if it is lower than 250W, your power supply will be very difficult to drive P4 If it is lower, it will not be able to turn on.

In addition, remove the motherboard battery, or simply short the BIOS to zero, otherwise there is no way to identify the new CPU

The CPU generally doesn't burn.

2.It depends on the situation that the motherboard does not support the new CPU

Try it with a different power supply, did you just ask that? Changing U is to clear CMOS information.

Categories: Computer, Networking, >> Hardware.

Problem description: What is the reason why the CPU was burned The night before yesterday, I went home and turned on the machine for less than 5 minutes, snapped, the machine didn't light up, I looked at the maintenance, the CPU burned, and the motherboard was also scrapped, what is the reason for it, the machine was equipped for less than half a year, there was no dust, the fans rotated normally, the temperature was not high at night, the time was not long, and there was no thunder My is AMD 3200+ Elite NFORCE4 A939 motherboard, Huntkey 320 power supply, Colorful 6600GT graphics card, how to know if ADATA 1G memory voltage is unstable, analysis:

1. The heat dissipation capacity of the heat sink and fan is insufficient. This is often reflected in the so-called dedicated poison dragon fans, which are barely able to get the heat away in time, and once the fan performance is reduced (such as a decrease in speed), it can threaten the life of the CPU.

2. Shutdown of the CPU fan. I won't say much about that.

3. The bottom of the heat sink is in poor contact with the CPU. Since the current poison dragon CPU has hard rubber pads on the four corners, and these rubber pads are slightly higher than the CPU, if the fan is just placed on top of the CPU and not fastened, the heat sink will naturally not be able to contact the CPU die, and it will burn undoubtedly.

4. Sleep causes the CPU to burn out. This is a saying for Taiwanese overclockers in paradise**, which explains that the CPU fan is stalled when the host is in hibernation (referring to the CPU fan that uses the power plug on the motherboard), while the CPU is still in working state (the current CMOS of some motherboards can be set in the sleep state than the percentage of power consumption in normal operation) The accumulation of heat causes the CPU to overheat.

5. Overheating after overclocking causes the CPU to burn out. Inflicted on yourself, who told you to overclock.

6. The room temperature is too high or the air circulation inside the chassis is not smooth. Both of these can lead to poor heat dissipation. In some Chinese cities, where temperatures reach around 40 degrees Celsius in the summer, the effect of air cooling is greatly reduced, and the use of CPUs with such high heat generation is worrying.

7. The warranty label is attached to the back of the CPU, resulting in poor heat dissipation, and if multiple labels are applied, it is even more dangerous.

Here's how to tell if the CPU is burned:

1. It can't be turned on, even the power can't be started, and the computer doesn't have any response.

2. The power supply is turned on, and the CPU fan is also turned, but the display screen is black.

3. The computer can start, but there is an error when running some programs, or the system is out of order.

**Processor referred to as CPU, is a computer launched in 1971 computing core and control core, is the information processing, program operation of the final book of the unit, ** processor contains operation logic components, register parts and control components, etc., and has the processing instructions, execution of operations, control time, processing data and other functions, on the processor chip, there is a micro-cable connection between the transistors, through the micro-cable to achieve the conduction between the transistors.

Key features:

1. Processing instructions.

English processinginstructions, which refers to the control program in the instructions of the first line of the sequence of this number, there is a strict order between the instructions in the program, must be strictly in accordance with the order specified in the program, in order to ensure the correctness of the computer system work.

2. Perform the operation.

English performanaction, the function of an instruction is often realized by the components in the computer to perform a series of operations, the CPU should generate the corresponding operation control signal according to the function of the instruction, send it to the corresponding components, so as to control these components to act according to the requirements of the instruction.

3. Control time.

English controltime, time control is the implementation of a variety of operations on the time timing, in the execution of a command, at what time to do what operations should be strictly controlled, only in this way, the computer can work in an orderly manner.

Summary. CPU burned means brain-burning and brain-burning. CPU is the English abbreviation of ** processor, which is equivalent to the human brain, and CPU is an extension of PUA, which refers to the meaning of the brain.

The boy said to the girl that the CPU was burned, because it was very difficult to express this matter, which meant that the brain was burned and the brain was consumed, and the brain could not function. CPU burned to describe the meaning of a person's brain burned out and the brain is not **.

CPU burned means brain-burning and brain-burning. CPU is the English abbreviation of ** processor, which is equivalent to the human brain, and CPU is an extension of PUA, which refers to the meaning of the brain. The boy said to the girl that the CPU was burned, which means that it is very difficult to express this matter, and the meaning is that the source of the bird is brain-burning and brain-spent, and the brain can't function.

CPU introduction: A computer processor is a functional unit that interprets and executes instructions, also known as a processor or CPU, which is the central nervous system of a computer, in contrast to devices called peripherals around the processor and memory, such as keyboards, monitors, disks, tape drives, etc. Each processor has a unique set of operational commands, which can be referred to as the processor's instruction boom set.

For example, store, call in, etc. are all operation commands. Designers of computers like to refer to computers as machines, so instruction sets are sometimes referred to as machine instructions, and the binary language in which these instructions are written is also called machine language. **The Central Processing Unit (CPU) is the computing core and control core of a computer.

The CPU, internal memory, and input and output devices are the three core components of an electronic computer. Its function is mainly to interpret computer instructions and process data in computer software. The CPU consists of combinators, controllers, and registers, as well as buses that connect them with data, control, and state.