![]() ![]() Those added extras are normally always to do with proprietary lighting or features on the manufacturers products that you might not be able to control easily elsewhere. There are tons to choose from, every manufacturer has one, basically, but they all achieve something along the lines of system monitoring with a few added extras along the way. Though what I've never been a fan of are the all-in-one manufacturer specific system monitoring tools, and that's why you won't find me recommending any here today. HWMonitor is fast, simple, logs all the information you could need out of it, and keeps track of every PC vital stat you could reasonably be after. That helps when you're doing some actively to the system and wish to monitor the impact those changes have in real-time. While it's effectively more of the same by way of monitoring, the handy GPU overclocking tools and live graph presentation really aid in easily understanding the monitoring data presented to you over time. I'd also like to give an honourable mention to the old hand that is MSI's Afterburner software. The built-in tools Performance tab offers a lot of data nowadays without the need for any third-party tools, and it'll even report your graphics card's temperature. If things are really overheating then you might see bigger problems like game crashes, and inexplicable visual glitches.Another system monitoring tool worth mentioning, and in keeping with the spirit of minimal fuss, is Windows' own Task Manager. It might feel more sluggish or you might see a significant drop in your FPS when gaming. This will have a negative impact on your computer's performance which you'll see in different ways. When back to a safe operating temperature the components can then ramp back up to return the performance you need.Īs you might have gathered a thermally throttled device won't run as well. ![]() ![]() This is where the CPU and GPU will intelligently drop performance to encourage cooling. To prevent the components from breaking when the temps reach near maximum thermal throttling kicks in. If you're doing intensive tasks like gaming, video editing, rendering and more then both processors can get toasty quite quickly. ![]() What is thermal throttling?īoth CPUs and GPUs get hot when under heavy load. Two things will happen before then, one is thermal throttling and the second is powering off. So you can be sure that it's fairly impossible to completely break your machine from it getting too hot. PC gaming explainers What is ray tracing and what hardware and games support it? What is DLSS? Nvidia's AI-powered graphics tech explained What is Nvidia Reflex? And how can it make you a better gamer? What is ping and why does it matter for gaming? Can you game without a graphics card? Best joysticks: Amazing gaming sticks for Flight Simulator mastery and more Best gaming keyboards: Expert tested and reviewed Best NVMe SSDs: Our choice of the fastest and best storage drives you can buy Best gaming mice: Expert-tested and reviewed 12 easy tips to get more FPS and better performance on your gaming PC Best DDR5 RAM: The fastest memory for your machine Best gaming chairs: We test and rate the seats designed for PC gamers How to stream PC games to another device easily How to remove thermal paste and re-apply it for improved performance How to build and upgrade your own extreme gaming PC Best RPGs for PC: Superb role-playing games worth your money Tips to get the most out of your new Nvidia RTX GPU ![]()
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