They’re expensive still, but look absolutely gorgeous, with some of the blackest blacks, and brightest colours available on any screen. OLED monitors and laptops are rare, even in late 2019, despite them being common place options on televisions for years. Long term gaming on budget peripherals can lead to wear and tear over time. But cheaper mice may not be, in which case you’ll want to monitor your usage. ![]() High-end mice often feature branded switches from companies like Omron, which are rated to last for several tens of millions of clicks. Mouse buttons are also susceptible to wear over time. You can also wear down your mouse’s PTFE (unbranded Teflon) feet, resulting in a worse usage experience. The sensor should stay strong for years to come, but if you game on a hard surface, or don’t make sure to clean whatever it is you’re moving around on, grime, dirt, and debris can accumulate and inhibit the sensor. High speed, sweeping movements of a mouse can also slowly damage it. But if you’re running a different design with scissor switches, especially on lower-profile laptop keyboards, the chance of you eventually wearing out the switches under those keys is far higher. If you’re using a mechanical keyboard that’s rated for tens of millions of key presses on each key, you’ll probably not notice the issue before you upgrade your keyboard for looks, features, or a change in switch. Gamers will typically have their fingers hovering over, and tapping away on the WASD keys, as well as the first few number keys and the space bar. A typist might use their keyboard more than a gamer, but they are going to focus on a wider array of keys. Gamepads, mice, keyboards, and headsets can all take more of a beating during intense gaming sessions than they do through typical daily use. Even if there was, we’d cover it.Īs much as you are almost certainly not doing any damage to your PC by gaming, the same cannot be said for accessories. It’s completely covered by our warranty too, so you needn’t worry about any damage arising from it. Especially if your cooling isn’t up to the task.Ĭhillblast offers an overclocking facility so if you like the idea of getting more performance out of your system, we can typically overclock it by 10 to 20 percent if you so choose. But it’s not advisable to perform hasty overclocking with wildly high voltages or clock speeds. That makes it almost impossible to truly damage your hardware when gaming, even if you have a big overclock running. In extreme circumstances – typically only when a cooling fan or pump stops working – the system will shut down to protect its components. Running games normally can be intensive for even powerful PCs and laptops, but doing so with an overclocked system can be even more so.įortunately, even in that case most modern processors and graphics cards will thermally throttle – deliberately slow themselves down – in order to reduce their heat output to find a stable frequency to run at that won’t result in overheating. Even if you do put together a safe overclock though, you’ll have to keep a close eye on your temperatures. If not done right or with due care, you run the risk of putting too much power through your CPU, GPU, or memory. One thing that does have the potential to damage your system is overclocking. ![]() If you’re building your own PC, make sure you have plenty of cold air coming in and hot air going out, to keep everything running at comfortable temperatures. It will take a long time, unless you’re running at extreme temperatures, but keeping your system cool is a great way to increase the longevity of its components.Īll the systems we build here at Chillblast include powerful, but quiet cooling to ensure that your processor, graphics card, and everything in between, all stay at safe working temperatures no matter how long you game for. Whether you experience that slowdown or not, though, if you have inadequate cooling and play games on your system for a long time, that heat build-up can slowly degrade your hardware. That usually involves deliberate downclocking, or making themselves run slower so as not to get too hot. Most modern CPUs and graphics chips include safeguards to prevent themselves from getting too hot. ![]() That means they work harder, ultimately requiring more power, and outputting more heat. They just tend to make the system run a little harder, requiring hefty CPU and GPU resources in order to display all the beautiful pixels on screen, whilst calculating the actions of you, your friends, and any NPCs in the scene. Playing games is no different than running any other piece of software that requires a graphics card or chip.
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