I sometimes do this with my laptop (GE 66 Raider), and it works pretty well overall to help keep the temps lower right from the start, however, ultimately, the laptop only has so much cooling capability, and the CPU and GPU generally far exceed what it can do. HOWEVER, if you go into MSI Center and enable the 'cooler boost' function, you can have it providing the maximum cooling available right away before running the game. The cooling is the same way, it needs to see the temperature rise before it starts reacting. There are two primary methods to monitor CPU and GPU temperature: using built-in utilities or using third. Methods to Monitor CPU and GPU Temperature. Refer to your GPU manufacturer’s guidelines for specific information. If they floor it, it's going to take you a little bit to realize they floored it and for you to react to it. Gaming: 60-85☌ (140-185☏) Max: 90-105☌ (194-221☏) Like CPUs, individual GPUs have different temperature tolerances. The cooling system in your laptop is a lot like following another car on the highway. But generally speaking, it clocks down a little bit (to whatever it's highest base frequency is), and it creates less heat, which helps the cooling system catch up. Again, that's normal and happens without your interruption. On top of that, as the CPU heats up and reaches a point where it needs to clock down the CPU due to heat. The reason it drops over time is because the cooling system will slowly ramp up the fans in the laptop to blow more air, thereby increasing the cooling ability of the laptop, and cause the CPU to cool down. CPU temperature monitors are useful, especially for: Gamers: They use high-end video games that require high-performing computers. What you're seeing is when you start a game or benchmark or something CPU intensive, you see the CPU heat up very quickly, which is normal even in desktop systems. The fans don't move as much air, so less cooling capacity. The heatsink and fans are smaller, so there's less area to dissipate the heat, much less remove it from the system. SolarWinds CPU Load Monitor (with ETS), Atera, PRTG, HWMonitor, and Open Hardware Monitor are all reliable solutions for monitoring CPU performance. CPU temperature monitors make it easier to monitor the heat of an entire network of devices. More of less, your CPU can heat up VERY quickly, and has very little cooling capacity compared to a desktop system. CPU Load & Temperature Monitors: Stop Your Devices from Overheating.
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