Use that key combination to enter the BIOS. It shows you the temperatures right on the main screen of the BIOS. Unfortunately, this allows you only to check the temperatures once. It does nothing to monitor the temperature over time as you use Windows, particularly when your PC or laptop is busy with heavy loads.
Thankfully, Core Temp offers an easy way to monitor your CPU temperature at all times, across multiple cores. By default, the information stays hidden, but you can make it visible all the time. To do that, click on the little arrow in the notification area of your taskbar: This brings up a list of many background applications. See the four numbers? Those are the four core temperatures as explained above.
Hover over the numbers and drag them to your taskbar. Then the temperature shows up all the time, allowing you to easily monitor them constantly. Are four numbers too crowded on-screen? Instead, you can display only the highest temperature of any of the cores. Within Core Temp, click on Options and select Settings. Navigate to the Notification Area category. Switch the view to Highest temperature per processor. However, if you have overclocked your processor, you are going to have to look at your CPU temperatures with that in mind.
Perhaps that was a bit more information than you came for. If you have an AMD processor, figuring out what the maximum operating temperature is is a bit more difficult. That is another scenario where you have to search and see what others are getting. Up until the processor hits that maximum temperature, for the most part, it will run as expected unless it runs at a level close to its TJ Max for extended periods of time.
So, ultimately, if your processor is running close to its maximum allowed operating temperature, it is fine for the time being. However, if your processor is consistently operating near its maximum operating temperature while under load, that could be a sign that something is wrong.
So, the good news is that, if you have an Intel CPU, you finally have a concrete number to work with. That means that as long as my processor stays under degrees Celsius, it should be fine for the short term. Again, while getting close to that number is okay in a one-time situation, continually operating close to it is going to shorten the life of your processor. So, perhaps the easiest way to tell if your Intel CPU is, in fact, running too hot, is to monitor how close it runs to the maximum operating temperature when it is under load.
The closer it runs to the maximum operating temp on a consistent basis , the more cause for concern you should have. And, if its continually reaching levels close to the TJ Max, there is likely something wrong whether that be an incorrectly installed CPU cooler, poor air flow, or old thermal paste, etc. What if you have an AMD processor? But there is typically a general consensus temperature range on when throttling will occur on a given AMD processor. If your AMD CPU is consistently operating at temperatures near that maximum range, then there could possibly be something wrong.
For most users, there is no need to try and push your processor to operating at extremely low temperatures. Where having really good CPU core temperatures matters most is when you are planning on overclocking your processor. In the simplest of definitions, the cooler you can get your processor to run, the higher you can overclock it. Though, you might not get as many years out of your system as someone who uses better cooling.
It just means that Joe Bob the extreme PC builder has taken their cooling to the… well… extreme. Your email address will not be published. I just switched on the lap to check how hot it is. By the way, my laptop is a Dell Inspiron i7. Now im even more worried… Guess a better Cooler will be needed im with the stock cooler on a pre-built system.
Did you just buy it? If so, I would try new thermal paste and reseating your existing cooler first before you upgrade coolers. I actually think many mid range notebooks have improper cooling for a higher end CPU model offered in that model. While say a core i3 might be cooled properly with the cooling design, placing a core i5 or i7 in that same model with similar cooling would probably not be so great.
In fact this is the complaints I see in forums where buyers top out a mid level notebook to save some money but opt for a top end model CPU for performance. Best of both worlds? Well probably not so much as a bad cooling design may trigger thermal throttling of the CPU or even worse cause unstable performance or even early hardware failures. These days, its important to keep in mind that cooling is an important part of a notebook.
With PC makers more concerned about fan noise and offering more bang for the buck. One must looked to how well did the PC maker do those trade offs? Most buy a laptop. This is all true for desktop computers. If you're using a laptop — especially a slimmer one, like a MacBook Air or a netbook — things might get hotter quicker.
Once you hit that point, your CPU may start throttling itself — in simpler terms, it'll start automatically slowing itself down to avoid heating up any more. And if that doesn't work, it might just shut down, taking your computer with it.
Although your computer's motherboard has sensors installed already, you'll need to download a third-party app to check your CPU temperature by assessing readings from those sensors. For Windows, we like the free HWMonitor app, downloadable at the developer's website.
When you launch the app, you'll find a full list of your computer's components and their temperature readings. Find the CPU, listed with its model name and number, and check its temperature under the "Value" column. For Macs, a good option is the open-source app XRG.
Find and download the app at macupdate. When you launch the app, you'll see a slender window with a black background, where you can find all sorts of temperature statistics, including the CPU heat. You can find more data and options by clicking "Window" at the top of the screen, and selecting "Temperature Sensors. First, you'll want to make sure that the airflow is good around your computer's case, and that there are no obstructions to the air intake and exhaust ports.
If your CPU can't get fresh air and blow out exhaust, it'll quickly heat up. You'll also want to check that all the fans are working. Overclocking is all fun and games until normal CPU temps keep climbing ever upwards.
Plus, if it gets too hot, damage could occur, making it necessary to replace your CPU if not your motherboard and other important components as well. For that reason, if you ever have to reduce CPU temp to prevent throttling and damage, skip the urge to overclock for the time being. From there, you can figure out why overclocking is causing overheating issues or see if something else is the culprit. In the meantime, running your PC at the normal rate will help protect your components as they operate at the ideal CPU temp.
Clean your PC regularly with compressed air to remove dirt and dust buildup on the fans inside. It is recommended that you keep your PC away from enclosed areas and direct sunlight for sufficient airflow. Make sure that your CPU has a fan that will pull air into it and another fan to drive air out.
By taking any, or all, of the above steps, you can reduce CPU temperature and keep your PC in great condition over the years. You can then enjoy all your games and other software programs without worry about causing damage to your processor and other vital hardware components. Save my name, email, and website in this browser for the next time I comment. October 17, It can monitor the minimum and maximum temps of the CPU plus its value in real-time.
The app can keep track of fan speed, the use of other hardware parts and temperature. It can also do assess measurements for other factors like clock speeds.
Relocate Your PC Whether you are looking at your idle CPU temp or its performance under heavy load, you can expect temperature readings to rise when airflow is lacking. Clean Out the Dust Bunnies As the fans operate, they tend to draw a lot of dust inside, which clings to the blades and piles up. Check Fan Positions When installing fans in your case, their position matters greatly when it comes to maintaining a normal CPU temp.
Keep the Case Closed Although it might seem like it makes sense to maximize airflow by opening up your case, that move tends to have the opposite effect.
Master Cable Management Cable management is a difficult thing to master, but it is well worth the effort if you want to reduce CPU temps to the ideal range. Replace the Thermal Paste A thin layer of thermal paste lies between your CPU and its cooler to help keep temperatures down. Get a Bigger Cooler When it comes to reducing hardware temperature, your CPU cooler is the first chance at getting rid of all that heat. Consider Water Cooling If you have minimal space for gigantic heatsinks on an air cooler, then you might want to go with water cooling instead.
Lisa Hayden. You Bet! You may also like. October 28, October 27, Simple Answer October 22, What to Look For in a Gaming Motherboard? October 1,
0コメント