![]() ![]() The first thing that be done is to set a baseline. If you’ve accepted the risks of overclocking, it’s time to start getting into it. To ensure the safety of your CPU, it is suggested to have a beefy cooler against that extra heat you’ll get from a custom OC. Overclocking may cause some form of permanent damage, and it could even void your warranty.īy increasing a CPU’s power, you may reduce its lifespan, performance, or even completely kill it.Īlthough these days, overclocking is a much safer process as both processors and their motherboards are equipped with several safety features to prevent the CPU from frying itself. To handle higher temperatures, you will need a solid cooler. The more power you throw at the CPU, the better it overclocks, which also means higher temperatures. Other things that can influence the overclock are power and temperatures. This person certainly did win the silicon lottery. Winning the silicon lottery basically means that you’ve bought a product made out of the best possible silicon, leaving a lot of room for more power which equals higher clock speeds.įor example, user u/flayer99 on Reddit managed to boost their 5600X to 5.0 GHz on all cores, which is incredible. This is why the term “ silicon lottery” is thrown out so commonly in the CPU/GPU/RAM overclocking communities. One of the biggest factors is the CPU’s quality of silicon. How much the CPU can be overclocked depends on a lot of factors. However, you could push that boost clock to a much higher value with overclocking. In other words, it won’t exceed that clock rate, no matter which video game or workload you throw at it. For example, AMD’s Ryzen 5600X processor has a maximum boost clock of 4.6 GHz. Every processor comes out of the factory with a default clock speed. Overclocking at its base is pretty simple to understand.
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