Learn the proper steps to safely boost your Intel i5 4690k and discover the maximum achievable overclock level.
Learn the proper steps to safely boost your Intel i5 4690k and discover the maximum achievable overclock level.
Here are the specific steps to follow:
1. Gather all your components and tools needed for installation.
2. Prepare the workspace and ensure you have a stable surface.
3. Open the case carefully, following the manufacturer's instructions.
4. Install the CPU fan at the bottom of the case.
5. Mount the 3 large case fans at the bottom to improve airflow.
6. Secure the Corsair AF120 case fan in place.
7. Connect the motherboard to the power supply and ensure all connections are secure.
8. Install the RAM modules into the PSU slots, making sure they are properly seated.
9. Attach the 2x CrossfireX GPUs and connect them to the motherboard.
10. Insert the 2x8 GB DDR3 1866 G-Skill Sniper memory sticks.
11. Connect the 1TB Western Digital Caviar SSD to the motherboard.
12. Install the 850 EVO 250 GB SSD in the case.
13. Verify all components are properly seated and secure.
14. Double-check the power usage with PCpartpicker, excluding speakers, keyboard, and case.
15. Test the system to ensure everything is functioning correctly.
We had a comparable setup, so my first step was to disable turbo boost, adjust the core voltage to 1.2v, and increase the core multiplier from 35 to 36. Then I ran a stress test using Prime95 v26.6 or Aida64. If it didn’t cause a blue screen, overheating, or errors, I returned to the BIOS and raised the core multiplier again (to 37) to confirm stability. Continue testing until you reached the desired performance, ensuring stress tests stayed under 75°C. When I found the optimal setting, I extended the final overclock to guarantee reliability.
We had a comparable setup, so my first step was to disable turbo boost, adjust the core voltage to 1.2v, and increase the core multiplier from 35 to 36. Then I ran a stress test using Prime95 v26.6 or Aida64. If it didn’t cause a blue screen, overheating, or errors, I returned to the BIOS and raised the core multiplier again (to 37) to confirm stability. Continue testing until you reached the desired performance, ensuring stress tests stayed under 75°C. When I found the optimal setting, I extended the final overclock to guarantee reliability.