**Building a Powerful Gaming PC: A Step-by-Step Guide**
As we begin to build our powerful gaming PC, it's essential to start with a solid foundation. In this article, we'll take you through the process of building a high-performance gaming PC, component by component.
**The Importance of a Solid Bracket System**
When it comes to supporting our GPU, a solid bracket system is crucial. Imagine flatting our GPU onto a table but lifting it up and seeing that without support, it would sag and droop over time. To avoid this, we need to adjust the bracket accordingly. By doing so, we can ensure that our GPU remains firmly in place once installed.
**Installing the Motherboard**
Next, we'll focus on installing our motherboard. This is a critical component of our PC, as it connects all the other components together. A well-installed motherboard ensures smooth system performance and prevents any issues that may arise during boot-up or operation.
**The Power Supply: A 650 Watt Corsair CX 650f**
Now, let's move on to the power supply unit (PSU). We'll be using a 650 watt Corsair CX 650f, which is an 80+ Bronze certified PSU. This certification ensures that the PSU meets certain efficiency standards, making it a reliable choice for our build. The PSU is also modular, meaning we only need to plug in the cables we actually require. A well-wired PC setup can make a significant difference in performance and aesthetics.
**The Power Supply Installation**
With our power supply unit installed, we'll proceed with connecting all the necessary cables. This includes the CPU cable, GPU cable, and any other components that require power. A properly connected PSU ensures that our system is stable and efficient. We've covered this topic in detail before on Geekword.com, where you can learn more about the different 80+ certifications and how they impact efficiency levels.
**The Power Supply Installation: A Closer Look**
Now that we have all the cables plugged in, let's take a closer look at our power supply unit. The Corsair CX 650f is a reliable choice for our build, providing ample power to support our components. By using a modular PSU, we can easily upgrade or replace individual cables as needed. This approach also helps reduce cable clutter and makes maintenance easier.
**Performance Benchmarking: A Deep Dive**
With our system built and all the necessary components installed, it's time to put our PC through its paces. We'll be running a series of performance benchmarks to gauge our system's capabilities. From 1080p High settings across various games, we'll be putting our GPU and CPU through their limits.
**Spider-Man: A New Title with Great Results**
We begin by testing the brand-new title Spider-Man at 1080p High settings, using DLSS (Deep Learning Super Sampling) and Ray tracing enabled. The results are impressive, with an average frame rate of 145 FPS and strong 90% and 99% percentile results. This is a great starting point for our performance benchmarks.
**Battlefield 2042: Competitive Frame Rates**
Next, we move on to Battlefield 2042 at 1080p High settings with DLSS enabled and set to Performance mode. The result is an impressive 104 FPS average, along with strong 90% and 99% percentile results. This demonstrates the capabilities of our system in a competitive title.
**Apex Legends: Smooth Frame Rates**
We then test Apex Legends at 1080p High settings, using DLSS enabled and setting the render distance to "far" for maximum competitiveness. The result is an excellent 148 FPS average, backed up by strong 90% and 99% percentile results. This showcases our system's ability to deliver smooth gameplay in fast-paced titles.
**Fortnite: Competitive Frame Rates**
Moving on to Fortnite at 1080p competitive settings with DLSS enabled, we achieve a staggering 184 FPS average. This is an impressive result, especially considering the low settings used (apart from render distance). Our system demonstrates its capabilities in this highly competitive title.
**Call of Duty Warzone: Smooth Gameplay**
Finally, we test Call of Duty Warzone at 1080p High settings with DLSS enabled and achieve a respectable 143 FPS average. This result showcases our system's ability to deliver smooth gameplay in another competitive title.
In conclusion, our powerful gaming PC has been built from the ground up, using top-of-the-line components. By carefully selecting each component and installing them correctly, we've created a system that delivers exceptional performance in a variety of games. With these benchmarks behind us, it's time to dive into more in-depth analysis and see how our system performs in real-world gaming scenarios.
**Awesome Geekword Montage**
We'll wrap up this article with an awesome geekword montage, showcasing the beauty of our system and its capabilities. Stay tuned for more articles, tutorials, and reviews from us, and don't forget to subscribe to our channel for the latest gaming news and updates.