![]() ![]() Chips with heatsink help to minimize game lag and graphics deterioration, and they eliminate the need to exit out of disparate applications while gaming, as they cool the system so well that CPU limitations aren’t an issue. Heatsink-enabled chips are easy to use because they can be installed at the manufacturer level or after the fact as heatsink-enabled CPUs or solid state drives (SSDs). HowStuffWorks states that a heatsink is a thermal conductor that “carries heat away from the CPU into fins that provide a large surface area for the heat to dissipate throughout the rest of the computer.” These fins, coupled with built-in fans, cool the entire device, including the heatsink and processor. Heatsink devices attach directly to a processor to draw heat away from it and protect it. Heatsink technology is available for many types of electronics. Heatsink can prevent overheating and the accompanying game lag. There is one option, though, that’s both easy and accessible. Experts suggest turning off all unnecessary applications and cooling the room that the PC is in, but these are simply stopgap measures that may not do enough to lower the temperature inside the PC’s case. There are several modern technologies and techniques that exist to mitigate or prevent throttling. This happens more often for those who play high-resolution, high graphic intensity games, such as first-person shooters like Call of Duty and Halo, or any other game with rich, immersive graphics. Images and graphics may load slowly or seem to hang, negatively impacting gameplay. For gamers, this might mean lower frame rates. While this approach isn’t dangerous and can actually be protective, slower speed means less processing power. Get your free white paper on how over-provisioning of SSDs can improve memory performance.īy controlling clock speed, the PC can reduce the amount of heat being generated. As notes, “Thermal throttling helps cool the chip when it gets too hot by lowering the speed.” Thermal throttling is designed to cool and protect CPU and GPU chips in response to heavy workloads, but there’s one caveat: Although thermal throttling protects the hardware, it can cause game lag. If the system overheats completely, it will either freeze or shut down to protect itself. You can tell there’s a problem when the case feels warm to the touch and the fan is constantly on. The machine tries to cool the components using internal fans, which blow the heat out of the enclosure via vents, but fans can only do so much. ![]() The harder a PC works, the more heat is generated. Whenever your computer is taxed, either by an application or game that requires lots of processor power or by the use of multiple applications at once, the components generate heat. But what exactly is causing your PC to experience these symptoms? And how can you fix it before disaster strikes? What is thermal throttling? You’re playing a graphic-intense game, and you notice your PC’s fan is running more than it normally does, and the case begins to feel warm. They’re both free and can provide deeper insights on thermals, frequencies, etc., though they’re not necessary to successfully use Cinebench.It might start with a little extra noise. This widely used tool not only gives benchmarks for both multi-threaded and single-threaded CPU performance, it can also test the stability of your system at the same time with a 10 minute stress test that helps you gauge your CPU temperatures when paired with monitoring software like HWInfo or Hardware Monitor. Several CPU benchmarks exist but we recommend using Maxon’s free Cinebench R23 software. Let’s start with the beating heart of your computer. Whole system performance: PC Mark 10, 3DMark.GPU – Superposition, Shadow of the Tomb Raider.These tools will cover all the bases though. Many, many more benchmarks exist beyond what we’re recommending here, of course. ![]() We’ll discuss more intricate details for each of the main components in turn, but here’s a cheat sheet for the hardware types we’ll be covering and their recommended benchmarking software pairing. Along with performance, benchmarking can also test for temperatures, thermal throttling, and even overall PC stability as a side benefit.
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