Ice Cooling Loop - RIP JayzTwoCents (2080 Ti SLI World Record)

**Experimenting with CPU Overclocks and BIOS Settings**

As we begin this experiment, I'm going to start by pushing the limits of our CPU overclock. We've already discussed that reducing the memory frequency and core frequency can help alleviate issues with GPU-bound tasks. In this case, since we're focusing solely on CPU performance, we won't be too concerned about the impact on the GPU. So, let's drop everything on the GPU and focus on the CPU.

I'm currently running at 4.8 gigahertz for my first four cores, which is stable, but I'm going to try and push it up a bit higher. According to previous results, we were unable to get over 4.8 gigahertz with our current BIOS settings, so let's see if we can make some adjustments to support a higher clock speed.

**Adjusting the Bios Settings**

In the EVGA BIOS, I'm currently running at 51 megahertz for my first two cores, which is a significant improvement over our previous score of 49. This increase in frequency should help us keep up with more demanding tasks that are GPU-bound. For rendering tasks and other CPU-bound applications, having a higher clock speed can make a big difference.

I've also adjusted the mesh ratio to 51 from 34, which may help improve airflow through our system. By increasing the mesh ratio, we're allowing for better cooling, which should prevent overheating and allow us to push our CPU harder.

**Memory and Voltage Adjustments**

Next, let's talk about memory and voltage adjustments. We've been running a G.Skill Ripjaws 3600 megahertz kit with a voltage of 1.9 volts on our main memory. However, I'm going to try and increase the voltage slightly to see if we can squeeze out more performance.

I'll also be adjusting the T.R.C (Timing Rate Control) settings, which govern how quickly the memory refreshes its data. We want this setting to be low to prevent unnecessary refresh cycles that could impact performance. Our current T.R.C value is at 22, so I'm going to try and lower it slightly.

Additionally, I've turned off some of the more advanced features on our CPU, such as XMP, to give me more flexibility when adjusting voltage and timing settings. By doing this, we're able to focus on making adjustments that will have a direct impact on performance.

**The Final Adjustments**

Before closing out everything, I want to make one final adjustment. I'm going to increase our CPU clock speed to 5.1 gigahertz and see if it makes a difference in our overall system performance. This should help us push our CPU even harder and get the most out of its capabilities.

With these adjustments in place, we'll be able to test the limits of our system's performance and make any necessary tweaks to further improve it. Whether we're looking at rendering tasks or other CPU-bound applications, our goal is to optimize every aspect of our system for maximum performance.