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In this video you will learn the principles behind voltage, frequency and temperature of processors. We will see why CPUs get hot when voltages are increased and why it is necessary to increase voltage when frequency causes instability. Do you want to build a PC? ???? Budgets ➞ https://nategentile.com Learn Programming and Computer Science: ???????? My academy ➞ https://mastermind.ac Series: ????️ PC Assembly ➞ https://bit.ly/30OCj3M ???? Computer Disclosure ➞ https://bit.ly/3nx4Ch2 ⚙️ Hardware Videos ➞ https://bit.ly/3nxTGzE ???? PC Modding ➞ https://bit.ly/34DeY6o ⌨️ Mechanical Keyboard Guides ➞ https://bit.ly/2Gxz7Tz ????️ Gaming Mouse Guides ➞ https://bit.ly/3nGFRzh ???? Laptops ➞ https://bit.ly/3jFUxvX ???? Gaming Headphones ➞ https://bit.ly/3iL1jzg ????️????️ Retro PC ➞ https://bit.ly/2GFq1Ec ⚗️ Nate Labs ➞ https://bit.ly/30P6Grc Social Media: ???? Instagram ➞ / nategentile7 ???? Twitter ➞ / nategentile7 ???? Twitch ➞ / nategentile7 0:00 Introduction 0:17 Intel's consumer and extreme range processors 1:02 What is a chipset? 2:10 What is overclocking? 3:38 What regulates the frequency of a processor? 4:52 Let's review 5:16 How are processors made? 6:45 Silicon doping 7:35 An example of an NPN transistor 8:34 Copper as a circuit connector 8:54 Why do processor temperatures vary? 10:20 What limits processor frequency? 12:12 The problem of temperatures when increasing the voltage 12:49 The silicon lottery 13:46 Difference between the i7 8700 and i7 8700K processors 15:17 Why doesn't Intel increase the voltage of "low" voltage processors? 15:45 Can cache and RAM be overclocked? 16:19 Is overclocking dangerous? 17:45 Answer these questions! 18:11 Conclusion