optimizer for Ryzen 5600X B550M AORUS Elite Gigabyte
optimizer for Ryzen 5600X B550M AORUS Elite Gigabyte
Hello, your question is clear. Are you checking if this approach is safe? The main benefits could include reduced temperatures while maintaining performance and fewer voltage spikes. The downsides might involve potential trade-offs or additional considerations. Let me know if you'd like a deeper analysis!
I appreciate the "yes" meme, though I was looking forward to a meaningful conversation and some insights. Let's explore this together and reach a clear conclusion.
Sorry, not really sure what more there is to say than what's in the video (excellent channel btw). Lower temps, better boosts. I have a -20 offset on my 5800x and its small but noticeable. Of course its safe to do, its an official feature of Ryzen 5000 and the new chipsets right from AMD.
awesome, just ran the test with the gigyabte version and the results are clear—temperatures are immediate and noticeable, no extra high voltages either. It seems they didn’t need those adjustments, though it’s unclear why they were applied at all. The main point is: if this matches their intended approach or what we all wish for, why not make it the default? I set a -20 offset on the curve instead of -30, just to be safe. quick follow-up—any method to check if the offset remains stable?
Optimal approach is executing a load test using tools like Blender or Cinebench in continuous mode. I'm currently testing this setup for my 5900x, observing a 15°C drop in temperatures at higher core clock speeds, with averages falling from 82°C during Cinebench loop (PBO enabled) to 67°C at 4.43GHz.
Using my 5600X revealed the highest PPT TDC and EDC it could handle when unlocked limits and Linpack Xtreme were active. After adjusting settings to -30, it performs around 4750-4850 across most configurations. I’m not sure if this applies generally, but it works well for my CPU. The 200PPT 140TDC with 180 EDC all-core at CO-30 is pushing limits, and the machine holds steady at 2K 1:1 while reaching 2100 1:1.