![]() In the table above, we have provided estimates for what kind of voltage you need to achieve an overclock within the corresponding frequency range, but you shouldn’t assume your CPU is safe just because it’s at or under that amount of voltage. The vast majority of CPUs from a specific generation will have a similarly safe limit for voltage, regardless of chip quality. Voltage depends on two factors of your CPU: its model and its quality. You may also decide to give your CPU fresh thermal paste or even get a brand new cooler. Don’t use a vacuum, it can create dangerous static electricity, in addition to not being very good at cleaning out dust from filters, fans, and coolers. In order to give your PC the best possible thermal performance, we recommend taking a can of compressed air and a cloth to clean all the dust out of your PC while wearing an antistatic bracelet. For this guide, we recommend keeping temperatures at least under 95 degrees C, though less than 85 degrees C is ideal. Of course, it’s uncertain if 95 degrees C is also safe for older CPUs that run closer to 85 degrees C at stock. For modern CPUs, 95 degrees C is the new limit. For a long time, 80 to 85 degrees C was considered the hottest a CPU should get, but nowadays, CPUs like the Core i9-13900K and the Ryzen 9 7950X hit 95 degrees C right out of the box. What’s safe for your CPU depends on what model it is and how much you’re willing to risk. If you have a CPU that’s not on the table, you’ll have to do your own research and consult reviews, posts, and other resources. Your mileage may vary, though your CPU will most likely fall into the range seen on the table. Please note that these are estimates based on reviews and Silicon Lottery’s historical binning statistics, which only covers CPUs up to AMD Ryzen 3000 and Intel 11th Gen. Intel 12th and 13th Gen (Alder Lake and Raptor Lake) Intel 9th and 10th Gen (Coffee Lake Refresh and Comet Lake) Intel 7th and 8th Gen (Kaby Lake and Coffee Lake) Here’s a quick rundown of some popular generations of CPUs, old and new, and how well they typically overclock at normal voltages. Although some CPUs overclock better than others, the vast majority of them will fall into a narrow range. You’re probably wondering what kind of frequencies your CPU might be capable of hitting. It’s not strictly impossible to overclock (or raise clock speeds) with a motherboard that doesn’t officially support it, but your options are far more limited (more on that later). AMD motherboards since 2017 with the B or X prefix officially support overclocking Intel motherboards with the Z prefix are the sole motherboards with official overclocking support. Next, you’ll need a motherboard that supports overclocking, and it’s the chipset here that matters. This info is usually available on the manufacturer’s website (that would be AMD or Intel), but the rule of thumb is that virtually all AMD CPUs are overclockable, while only Intel CPUs ending in K or X are overclockable. Firstly, whether or not the CPU you have can even be overclocked. Identify your CPU Jacob Roach / Digital Trendsīefore you start overclocking the CPU, you’ll need to determine two things. If you’re concerned, check the warranty before trying. Similarly, motherboard manufacturers may or may not cover overclocking. AMD and Intel typically don’t cover overclocking, though they would be hard-pressed to prove overclocking killed your CPU - unless you pushed way too much voltage through the chip. But even if you can, we caution against it for your first overclocking venture since you might need to resort to more exotic methods such as applying liquid metal to the CPU cooler and relying on third-party software.įinally, overclocking your CPU can void its warranty. Few allow it, and fewer still possess the thermal headroom to make it viable. If you want to overclock a laptop CPU, you’re probably out of luck. Any component hitting 100 degrees Celsius or more can be dangerous for your PC’s health. When you’re stress-testing your PC, we recommend getting an application like HWMONITOR that can report how hot your motherboard is getting. A motherboard with poor VRMs or an insufficient amount of them will see the VRMs hit dangerous temperatures. Since overclocking raises power consumption, you’ll want to make sure your motherboard has enough voltage regulator modules (or VRMs) to handle it. You’ll also have to consider the quality of your motherboard too. But most moderate and even significant overclocks usually won’t impact your CPU in any meaningful way. Second, you’re operating outside of the limits of your CPU when overclocking, which could reduce its life span due to higher temperatures and voltage. ![]() How to enable XMP to run your RAM at full speed How to add external games to your Steam libraryĪMD’s RX 7600 XT might be dead on arrival - but there’s a catch ![]()
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