电脑正常温度

电脑正常温度 How high is the computer's hard disk temperature? The card is generally the highest temperature of the entire chassis hardware, conventional 50-70 C (or lower), to run large-scale 3D games or play HD video when the temperature can reach 100 degrees Celsius, generally under high load does not exceed 110 degrees were regarded as normal category. If necessary, adjust the fan speed properly CPU temperature: Under normal circumstances 45-65 DEG C or lower than 75-80 DEG C, to check the CPU fan and thermal grease between the failure, CPU fan or fan dust, part of the CPU self protection, high temperature will automatically lower frequency (usually half the standard frequency); CPU fan: General 1000-2500 turn around (may be due to the motherboard or the working state of CPU and dynamic adjustment), CPU fan early may reach 3000 or higher than an ordinary fan, the server should be higher, can reach 10000, part of a special fan can reach 5000 OC turn left right, may be less than 500 rpm check the fan is working properly or too much dust; Motherboard temperature: Under normal circumstances, about 40-60 degrees Celsius (or lower), depending on the motherboard brand, chip set, higher than 70 degrees, may consider adding chassis fan or open the case, with an additional fan method (such as Hong Yunshan); Mainboard fan: Most motherboards do not have this function, only a few motherboards have this function, which is similar to the CPU fan, but the speed is generally slightly lower. Graphics temperature: The card is generally the highest temperature of the entire chassis hardware, conventional 50-70 C (or lower), to run large-scale 3D games or play HD video when the temperature can reach 100 degrees Celsius, generally under high load does not exceed 110 degrees were regarded as normal category. If necessary, adjust the fan speed properly. HDD temperature: Under normal circumstances, about 30-60 degrees Celsius, the hard disk is often the lowest temperature in the chassis or second low hardware. If more than 70 degrees, you can consider installing chassis fan. The above areas are for reference only. If applicable, please point out (it is impossible to include all the hardware configuration). All the hardware test data for reference to the specific operation effect in actual use as the standard, can confirm the hardware status by hand touch, open the chassis speed observation method, if not frequent crashes, not automatically restart, the system not being considered normal category. Some hardware sensors may be affected by the BIOS version, and the data is clearly inaccurate, so you can consider upgrading to the latest version of BIOS (for example, inexperienced people, please consider it carefully). Note: because laptop cooling conditions are not as good as desktop computers, the temperature may be slightly higher than the desktop. Above (from super rabbit) ...... It is guaranteed to be stable within 30 degrees of temperature rise. That is to say, CPU has a temperature of 65 degrees and is calculated at the highest 35 degrees in summer, allowing the temperature of CPU to rise to 30 degrees. By analogy, if your ambient temperature is now 20 degrees, CPU is best not to exceed 50 degrees. Of course, the lower the temperature, the better. No matter what degree of overclocking you do, do not make your CPU higher than the ambient temperature of more than 30 degrees. But this is a desktop computer. If it's a laptop, it's easy to reach more than 60 degrees in a 30 degree environment. Playing games 80~90 is also very common The first thing to note is that the principle of temperature measurement of desktop and notebook CPU is different, in general, are relying on the desktop CPU CPU slot near the temperature sensor detects the temperature and actual temperature detection, the core has a certain error, so, when you see the detection temperature of 80 degrees Celsius, the core temperature is may have reached 90 degrees or higher; and the temperature detection notebook CPU is using the thermistor to complete, which is positioned below the CPU package, very close to the core CPU, the measurement error and the measurement error is smaller than the desktop not less. Second, many people believe that laptop CPU uses less power, and there are SpeedStep technologies that can withstand higher temperatures, otherwise. It is also because the notebook architecture determines the cooling equipment limitation is generally a fan + heat pipe form, and, due to high density, the temperature of CPU directly affects the user's feeling and system stability, so, I personally think that under temperature limits can never reach CPU notebook similar to the 100 or above level, the temperature of both the encapsulation based version or kernel or motherboard, are unable to bear the. UB Again, this also depends on the core of CPU, Intel, low power consumption, high power heating temperature naturally to small, especially the part of the ULV version of the P-M than the P4-M, low fever, fever should Transmeta is the smallest.. Wait In short, the temperature tolerance and kernel structure, and many other aspects, and can not be generalized, especially need to remind you that we can't neglect the heating problem of a notebook computer, which is related to the stability of the system and users and data security What time would you like to add?: 1. temperature and voltage problems. The increase of temperature is due to the heating quantity of U is greater than that of the radiator. Once the heat and heat dissipation are balanced, the temperature is no longer higher. The calorific value is determined by the power of the U, and the power is proportional to the voltage. Therefore, to control the temperature, the core voltage of the CPU is controlled. However, it is easy to say, if the voltage is too low, it will cause instability. When the overclocking amplitude is large, this contradiction is particularly evident. Most of the time CPU temperature did not reach the critical value system on the blue screen restart, then all affect the stability of the system is not temperature but the voltage. So, how to set the voltage in the limit, overclocking is very important, set high, the radiator can not stand, set low, U can not stand. 2., different motherboard temperature measuring methods are different, even with the same brand, type of motherboard, as the temperature probe close to CPU distance difference, will also lead to a great difference in temperature measured. Therefore, generally speaking, how much temperature safety is unscientific. I think it's OK to run super, Pi or 3DMark in the summer at higher room temperature, as long as it's stable and you don't have to believe too much about the temperature data of the software test. 3., what is called stability, this has also been a hot topic that everyone likes to discuss. Computers are electronic products, and the components are so delicate that no one can say that my computer is absolutely stable, and that stability is relative. Overclocking within reasonable limits, Can withstand the most unstable factors of small potential catastrophic consequences; in the limit overclocking hardware, a very small current fluctuations are likely to bring a series of subsequent reactions, may eventually put your screen blue or black): how much is the frequency to quantify the stability problem only for the specific situation, and there is no formula can be applied only by experience and practice. So here again remind some ask "my computer can overclocking to how much" friend, or yourself in accordance with the scientific overclocking step try it! General into the BIOS inside, you can know Recommend you some CPU temperature control software, you can understand the temperature changes One, Waterfall Pro Waterfall Pro (download address: Sina Download Center) is a veteran of the computer cooling software, small volume, powerful function, can effectively control the temperature rise of CPU, CPU speed optimization, monitoring CPU usage and power consumption. Two, CPUIdle CpuIdle (download address: Sina Download Center) can significantly reduce the CPU running temperature, prolong its service life, while also reducing the power consumption of CPU. Unlike other energy-saving software, CpuIdle can still play a significant role even in overloaded work. Three, SoftCooler II SoftCooler (download address: Sina Download Center) is a green chip cooling software, with the advantages of less system resources and less memory space, without any settings, can be used directly after decompression. Four, VCool VCool (download address: Sina Download Center) is a dedicated AMD CPU tailored to cool the software. And is a green software, the use is very simple, take up less system resources, for AMD CPU cooling effect is not bad. Five, master of CPU cooling CPU (Master of cool Download: Sina Download Center) is a compact CPU cooling software, system kernel processing using assembly technology, directly to the CPU unit is optimized, suitable for all types of CPU products, and to optimize the good protective effect on CPU