Glances is a cross-platform, advanced and popular real-time system monitoring tool that uses the psutil library to gather information from various system resources. In this article, we will share some useful command-line tools to help you keep a close eye on the temperature of your CPU and GPU. So it is important to monitor your system’s CPU temperature to avoid damaging it as a result of overheating. Recommend Read: 10 Useful Commands to Collect System and Hardware Information in Linux Besides, it can also cause thermal throttling especially when the fan is not providing adequate cooling. Sensitive computer components such as CPUs have a finite lifespan and running them at a temperature that exceeds a certain limit (or at higher temperatures generally) can shorten it. If they don't improve then it's likely your cooling gear isn't up to the task.The CPU or GPU temperature depends entirely on the usage of running programs or applications. If they do, then you may have an airflow problem. It could also be that your case simply lacks enough airflow, because it isn't appropriate for your uses.Ī good way to test this is to take the side off your case, run the PC under load, and see if your CPU and graphics card temperatures improve.
If there's no dust, and you're sure that the cooling components are doing their work then it may be your case fans aren't configured correctly or you don't have enough fans. Related: 5 Cooling Solutions to Prevent Your PC From Overheating It can get a little messy, but nothing a little compressed air can't solve. If any of your fans are caked with dust, or your components are, that's the first thing to take care of. When that happens the first question to ask is whether your PC has enough airflow.Īlthough it may not seem like it, dust has a major impact on the performance of your PC. Sometimes you might find that even with heavy-duty cooling something's not right and the PC is getting too hot. Keeping the components super cool allows for greater performance improvements in order to hit world record speeds or unbelievable frame rates in games. If you watch an extreme overclocking event, you'll see enthusiasts use intense cooling methods such as pouring liquid nitrogen into a cooling pot above the CPU. Related: What Is Overclocking? The Beginner's Guide to Understanding How Geeks Speed Up Their PCs The greater the performance of the component, however, the more heat will be produced requiring even more cooling. When things are staying cool the CPU and graphics card can either sustain their current performance for longer, or boost their performance even higher. When a PC component gets too hot it either triggers a system shutdown or, in extreme cases, a component ends up damaged. A computer's CPU and graphics card produce heat when in use, and thus you need some per-component cooling to keep things under control. Temperature is everything when you want to squeeze every possible ounce of performance out of your PC. That said, there are times when monitoring your PC case temperature can predict performance issues, though it's one of the last things you should be monitoring. Modern RAM usually does come with heatsinks covering the PCB (printed circuit board), however, and most motherboards include a heatsink for M.2 NVMe SSDs.Īs for the air temperature inside the case itself, as long as your components are cool that shouldn't be an issue. Everything else generally doesn't get too hot in most cases as evidenced by the fact that they don't have elaborate cooling systems. It's easier to talk about CPU and graphics card temps since they have defined and well-known ranges. But what about the rest of the PC? And what's the ideal temperature range? Let's dive into this hot topic. Temperature is a big obsession for PC enthusiasts, which is why we hear a lot about CPU and graphics card cooling. What You Can Learn From Monitoring Temperatures.But Wait, What About Case Temperatures?.What Are Good Temperatures for Your Components?.