Asus Rog Strix X570-e Gaming is one of the best gaming motherboards you can buy for AMD’s Ryzen 3000 CPUs. It’s packed with features, including RGB lighting, USB Type-C, Wi-Fi 6, and support for up to four video cards. Plus, it comes with a meaty 12+2 phase VRM that can easily overclock Ryzen 9 3900X CPUs.
If you want to extract the most performance out of your new Ryzen 3000 CPU, then you need to overclock it. And to do that, you need a good motherboard. The Asus Rog Strix X570-e Gaming is one of the best options out there.
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In this guide, we’re going to show you how to overclock your Asus Rog Strix X570-e Gaming motherboard. We’ll also give you a few tips on how to get the most out of your CPU.
Asus Rog Strix X570-e Gaming Overclocking Guide
The first thing you need to do is install AMD’s Ryzen Master software. This will let you overclock your CPU from within Windows.
Once you’ve installed Ryzen Master, open it up and head to the “My Profile” tab. From here, you can change the CPU’s clock speed, voltage, and memory timings.
To change the CPU’s clock speed, head to the “CPU Core Frequency” section and enter in your desired frequency. We recommend starting at 4.0 GHz and slowly increasing the clock speed until you reach your CPU’s maximum stable frequency.
To change the CPU voltage, head to the “CPU Core Voltage” section and enter in your desired voltage. We recommend starting at 1.3 V and slowly increasing the voltage until you reach your CPU’s maximum stable voltage.
Once you’ve found your CPU’s maximum stable clock speed and voltage, it’s time to start overclocking your memory.
To do this, head to the “Memory Frequency” section and enter in your desired frequency. We recommend starting at 3200 MHz and slowly increasing the clock speed until you reach your memory’s maximum stable frequency.
Once you’ve found your memory’s maximum stable clock speed, it’s time to start tweaking your memory timings.
To do this, head to the “Memory Timings” section and enter in your desired timings. We recommend starting with the timings that are listed in your memory’s XMP profile.
Once you’ve found your memory’s maximum stable clock speed and timings, it’s time to start tweaking your CPU’s power consumption.
To do this, head to the “CPU Power Consumption” section and enter in your desired power consumption. We recommend starting at 95 W and slowly increasing the power consumption until you reach your CPU’s maximum stable power consumption.
Once you’ve found your CPU’s maximum stable power consumption, it’s time to start tweaking your CPU’s temperature.
To do this, head to the “CPU Temperature” section and enter in your desired temperature. We recommend starting at 70 C and slowly increasing the temperature until you reach your CPU’s maximum stable temperature.
Once you’ve found your CPU’s maximum stable temperature, it’s time to start tweaking your motherboard’s settings.
To do this, head to the “Motherboard Settings” section and enter in your desired settings. We recommend starting with the settings that are listed in your motherboard’s manual.
Once you’ve found your motherboard’s maximum stable settings, it’s time to start tweaking your graphics card’s settings.
To do this, head to the “Graphics Card Settings” section and enter in your desired settings. We recommend starting with the settings that are listed in your graphics card’s manual.
Once you’ve found your graphics card’s maximum stable settings, it’s time to start tweaking your storage device’s settings.
To do this, head to the “Storage Device Settings” section and enter in your desired settings. We recommend starting with the settings that are listed in your storage device’s manual.
