help needed with installing Ryzen 5 2600 + B450 AORUS
help needed with installing Ryzen 5 2600 + B450 AORUS
I am completing my initial Ryzen configuration and would appreciate some guidance.
My system is the B450 Aorus M + Ryzen 5 2600, equipped with 32GB Crucial Ballistix memory (2 x 8GB) DDR4-3200 CL16, and I have not yet installed the 16GB RAM yet.
After powering on, I’m unable to adjust the BIOS settings via the auto option to manual mode; it doesn’t respond.
I saw a YouTube video suggesting that instead of clicking on preset values, simply typing the desired numbers into the BIOS can work. Would this be something I should try?
If that method succeeds, what would be the optimal OC clock and voltage settings for achieving 3.7GHz?
I’m currently using:
- ARCTIC Liquid Freezer II 120
- Innovation Cooling Graphite Thermal Pad – an alternative to thermal paste/grease (40x40mm)
- Noctua NF-F12 iPPC 3000 PWM in pull-down configuration, with two Noctua NF-A14 iPPC-3000 PWM as the top executor to my Corsair 275R Airflow case.
I’m having trouble changing BIOS settings via auto mode either. I hope this advice is helpful, and please don’t forget to include any additional notes.
The B450 m isn't designed for heavy overclocking due to its relatively weak VRM. Running it without proper cooling or active VRM support can cause the CPU to throttle under high load. Better performance is usually achieved by using PBO, optimizing RAM timings, and enhancing CPU cooling—though even a 120mm AIO may not be ideal for serious overclocking.
can you confirm whether the +/- buttons on the keyboard are meant to switch from the auto values of the highlighted fields in bios to manual input or to directly alter them?
What is the optimal OCR clock and voltage configuration to achieve a 3.7GHz frequency? I'm using an Arctic Liquid Freezer II 120 paired with an Innovation Cooling Graphite Thermal Pad measuring 40x40mm.
The B450 m isn't designed for heavy overclocking due to its relatively weak VRM. Running it without proper cooling or active VRM support can cause the CPU to throttle under high load. Better performance is usually achieved by using PBO, optimizing RAM timings, and enhancing CPU cooling—though even a 120mm AIO may not be ideal for serious overclocking.
I don't rely on the mouse inside BIOS. My B450 board is a bit weaker than the Gigabyte model. Use the arrow keys to pick options and +/- keys to adjust settings. Don't stress about the weaker VRMs. The Ryzen always hits the silicon boundary before you hit the VRM limit during overclocking. Older AMD systems had issues with burning VRMs, not the Ryzen. If the fans near them get too hot, you can direct one over them.
For your 120mm AIO, you'll need to test performance and possibly increase fan speed. With modern chips (CPU or GPU), heat moves from silicon to cold plate, which is usually the main constraint due to dense transistor packing. A bigger radiator helps keep coolant cooler, but generally you should aim for about 120mm of radiator per 100W of TDP. This ensures stability even when overclocked.
Looking for a good starting point for setting up a stable system with 32GB of Crucial Ballistix 3200 MHz CL16 BL2K8G32C16U4W, two sets of 8GB on AORUS B45 M. The current setup uses 2600 with voltages at 1.35V and no custom timings or XMP profiles. On the R5 2600, I have it set to 3.8GHz without turbo and a voltage of +2.46V on the VRM and +246V on the die. It seems stable when running Pop_OS with an idle average of 32°C in a 72-degree room. Using GTKStressTesting, I ran all tests in the auto option for one hour in a 72-degree room, achieving an average peak temperature of 52°C. With the ARCTIC Liquid Freezer II 120 and a Noctua NF-F12 iPPC 3000 in pull mode, using a graphite thermal pad instead of paste or grease inside my Corsair 275 case with three NF-F12 intakes and two NF-A14 iPPC-3000 exhausts. I’m interested in upgrading my RAM but unsure what settings to choose for a stable configuration. Any advice on clock speeds, timing, voltages, or recommendations would be appreciated.