PC Building Simulator Overclocking Guide

Even overclocking in real life can cause you a headache, but imagine doing it in a PC Building Simulator. PC Building Simulator is a pretty popular game that allows players to simulate the experience of building and customizing their own PC. One of the exciting aspects of PC Building Simulator is overclocking, a technique that boosts the performance of computer components beyond their factory settings.

Key Takeaways

1. Overclocking in PC Building Simulator involves increasing computer components’ operating frequency or speed beyond their default settings to unlock additional performance potential.
2. It can improve gaming frame rates, video rendering times, and overall system responsiveness but comes with risks such as increased heat generation, potential hardware damage, and system instability.
3. To optimize overclocking in PC Building Simulator, it is essential to familiarize yourself with the hardware and obtain a reliable overclocking tool.

How To Obtain A Reliable Overclocking Tool In The Game?

Getting a reliable overclocking tool is an important step in the process of overclocking in the PC Building Simulator. Here’s how you can easily get your hands on one.

In-Game Store

PC Building Simulator offers an in-game store where you can find various software and tools for your simulated PC. Access the in-game store menu, usually accessible through the main menu or within the game interface.

Browse Available Stores

Within the in-game store, navigate to the software or tools section. Look for overclocking tools designed explicitly for adjusting and fine-tuning hardware settings. These tools are often categorized under system utilities or performance enhancement software.

Also Read: 12 Best GPU Overclocking Software

Read The Descriptions and Reviews

Once you find the overclocking tools, take your time to read their descriptions and reviews. The in-game store usually provides brief descriptions and user ratings for each tool. Pay attention to features like compatibility with different hardware components, user-friendliness, and stability. 

Consider Well-Known Tools Only

It is highly recommended to choose well-known and reputable overclocking tools. These tools have a proven track record and often offer comprehensive features and support, which can be extremely valuable if you’re new to this.

Look for names like MSI Afterburner, CPU-Z, or EVGA Precision X, as they are widely recognized and trusted by PC enthusiasts.

Check The Compatibility

Before making a purchase or downloading the tool, ensure it is compatible with your simulated PC’s hardware components. Check the system requirements and supported hardware list provided in the tool’s description or the developer’s website. Make sure it supports the CPU, GPU, and RAM models you have in your simulated PC.

Download Or Purchase The Overclocking Tool

Depending on the in-game store, you might have the option to download the overclocking tool directly or make a purchase using in-game currency. Follow the prompts provided within the store to proceed with the download or purchase process.

Install And Configure The Tool

Once you have downloaded or purchased the overclocking tool, install it on your simulated PC within the game. Follow the installation instructions provided by the tool’s installer. After installation, launch the overclocking tool and familiarize yourself with its interface and settings.

Also Check: How To Turn Off Overclocking?

Explore The Features And Settings

Take the time to explore the features and settings offered by the overclocking tool. Look for options to adjust clock speeds, voltages, and other parameters specific to your CPU, GPU, and RAM. Acclimatize yourself with the monitoring tools, stress test features, and any additional functionalities the tool has to offer.

Refer To Documentation Or Guides

If you’ve tried your hand at it and came up short, or if you still need further guidance on how to use the overclocking tool effectively, refer to its documentation or user guides. These resources are often available on the developer’s website or within the tool itself.

They provide step-by-step instructions and explanations of various settings, ensuring you can make informed decisions during the overclocking process.

How To Overclock In PC Building Simulator

By following these detailed steps, you can easily overclock your PC in the PC Building Simulator. The first and one of the most critical steps in this regard is familiarizing yourself well with the hardware of your in-game PC.

Familiarizing Yourself With The Hardware

To begin overclocking in PC Building Simulator, it’s important to have a basic understanding of the hardware components involved. This includes the CPU, GPU, and RAM.

Take some time to research and familiarize yourself with the specifications and capabilities of each component. Understand their default settings and performance limits to better grasp the potential for overclocking.

Monitor Temperatures

Before attempting any overclocking, it is crucial to keep the temperatures of your hardware components in check and monitor them constantly. Overclocking increases power consumption and generates additional heat. High temperatures can damage the hardware or reduce its lifespan without proper cooling.

Also Read: How To Lower GPU Temperature 

Ensure that your simulated PC has adequate cooling in the form of fans or liquid cooling. Use the in-game tools or third-party software like HWMonitor to monitor temperatures during overclocking.

Start Off With CPU Overclocking

The CPU is often the best component to begin overclocking in PC Building Simulator. In the game, select the installed CPU and open the overclocking tool you obtained earlier. Start by increasing the clock speed gradually in small increments (e.g., 100 MHz). After each adjustment, save and apply the changes.

Also Read: Does Overclocking Reduce CPU Lifespan?

This incremental approach helps to find the highest stable overclock for your CPU. To test stability, use the stress test feature within the overclocking tool or consider third-party software like Prime95, which stresses the CPU to its maximum capacity.

GPU Overclocking

Once you have successfully overclocked the CPU, you can move on to the GPU. In the game, select the GPU and open the overclocking tool. Like CPU overclocking, adjust the core and memory clock settings in small increments. These adjustments control the GPU’s processing power and memory speeds.

Also Check: Does Overclocking Reduce GPU’s Lifespan?

Apply the changes after each adjustment and use built-in or third-party benchmarking tools like FurMark to stress test the GPU.

These tests can help you identify any instability that might be caused by the overclock and thus ensure that your GPU is running smoothly.

RAM Overclocking

Overclocking the RAM of your in-game PC can provide additional performance gains in certain applications. Select the RAM component in PC Building Simulator and open the overclocking tool. Adjust the memory frequency or timings slightly to increase performance.

However, be cautious, as unstable RAM overclocks can lead to system crashes. Test for stability using built-in stress tests or third-party software like MemTest86, which checks for errors in your RAM. It’s important to note that not all RAM modules can significantly overclock, so results may vary.

Experiment With Memory Timings

When overclocking RAM, you can go beyond adjusting frequencies and explore the memory timings. Memory timings control the delay and synchronization of data transfers within the RAM modules. Tweaking memory timings can potentially improve memory performance and overall system responsiveness.

It would be best if you also kept in mind that adjusting memory timings requires careful experimentation, as unstable settings can lead to system crashes. Monitor system stability and use stress tests to validate the stability of your memory overclock.

Test For Stability

After overclocking in PC Building Simulator, another very important step is to test for system stability. Running stress tests and benchmarking software is essential to identify any instability caused by the overclocks.

Also Read: Can Overclocking Damage The GPU?

Stress tests push your components to their limits, simulating heavy workloads and ensuring they can handle the overclocked settings. If you encounter crashes, system freezes, or graphical glitches during these tests, it is an indication that your settings may need adjustment or the overclocks may need to be reduced.

Monitor And Adjust Settings Accordingly

Once you have found stable overclock settings, checking your hardware’s performance and temperatures is essential. Overclocking increases power consumption and generates additional heat, which can sometimes be devastating.

You can use some in-game monitoring tools or other third-party software that are available to keep an eye on temperatures, clock speeds, and voltages. Monitoring helps ensure that your system operates within safe limits and allows you to make necessary adjustments.

Fine-Tune Fan Curves

In addition to adjusting clock speeds and voltages, you can also optimize the cooling performance of your simulated PC by fine-tuning fan curves. Fan curves determine how the cooling fans in your system ramp up their speed based on temperature. Adjusting the fan curve ensures that the components receive adequate cooling at different temperature levels.

This helps maintain stability and prevents overheating during intensive overclocking sessions. To make adjustments, you can look for “fan curve settings” in the BIOS or even within the overclocking tool. Fine-tuning the fan curves might not seem like much, but it can sometimes turn out to be your dark horse!

Final Thoughts

This marks the end of our PC Building Simulator overclocking guide. Overclocking is an exciting aspect of the PC Building Simulator that allows you to maximize the performance of your simulated PC components. By gradually adjusting clock speeds, voltages, and timings, you can achieve better performance, faster response times, and an overall improved gaming experience.