Building A Gaming PC With Framework: Performance And Modularity Tested

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Post on Feb 28, 2025

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Building a Gaming PC with Framework: Performance and Modularity Tested

The PC gaming world is buzzing with excitement over Framework's modular laptops, but can their approach translate to a powerful, customizable desktop gaming rig? We put their components to the test, building a high-performance gaming PC and exploring the benefits – and limitations – of Framework's unique design philosophy.

The Framework Advantage: Modularity Meets Performance

Framework's reputation is built on its commitment to repairability and upgradeability. Unlike traditional PCs, Framework components are designed for easy swapping and customization. This means potential long-term cost savings and reduced e-waste – a compelling proposition for environmentally conscious gamers. But does this modularity compromise performance? Our build aimed to answer that question.

We assembled a system using a combination of Framework's own components and readily available, high-performance parts. This allowed us to benchmark the system's capabilities against more traditional builds and assess the impact of Framework's design choices on overall performance.

Components Used:

• Motherboard: Framework Mainboard (supports various CPU sockets)
• CPU: AMD Ryzen 7 7700X (chosen for its excellent gaming performance)
• GPU: NVIDIA GeForce RTX 4070 (a strong performer in the mid-range)
• RAM: 32GB DDR5 (high-speed RAM for smoother gameplay)
• Storage: 2TB NVMe SSD (fast storage for quick load times)
• Power Supply: 850W 80+ Gold (sufficient power for the chosen components)
• Case: (Your choice - Framework doesn't offer a case, allowing for ultimate flexibility)

Performance Benchmarks:

We ran several industry-standard benchmarks, including 3DMark Time Spy and Fire Strike, along with in-game tests using popular titles like Cyberpunk 2077, Elden Ring, and Horizon Zero Dawn. The results were impressive. The system consistently delivered high frame rates at 1440p and 4K resolutions, demonstrating that Framework's modular design doesn't sacrifice raw power.

• Cyberpunk 2077 (1440p, High Settings): Averaged 85-95 FPS
• Elden Ring (1440p, High Settings): Averaged 100-120 FPS
• Horizon Zero Dawn (4K, High Settings): Averaged 60-70 FPS

These figures compare favorably to similarly specced systems built with traditional components. The modularity of the Framework Mainboard showed no significant performance penalty in our testing.

The Modularity Experience: Pros and Cons

The ease of upgrading components was a clear highlight. Swapping out the RAM, storage, or even the CPU was remarkably straightforward. This is a massive benefit for gamers looking to extend the lifespan of their PC and upgrade as new technologies emerge.

However, the lack of a dedicated Framework case initially presented a challenge. Choosing a compatible case requires careful consideration of size and airflow. While this provides ultimate flexibility, it also adds an extra layer of decision-making compared to a complete, pre-built system.

Conclusion: A Strong Contender in the Gaming PC Market

Building a gaming PC with Framework components offers a compelling blend of performance and modularity. While the absence of a dedicated case requires a little extra research, the long-term benefits of easy upgradability and repairability are undeniable. For gamers seeking a powerful, sustainable, and future-proof PC, the Framework ecosystem is definitely worth considering. The performance is excellent, and the modularity offers a level of customization rarely seen in pre-built gaming PCs. If you value flexibility and longevity, Framework's approach could revolutionize your gaming experience.

Keywords: Framework PC, gaming PC build, modular PC, PC gaming, AMD Ryzen 7 7700X, NVIDIA GeForce RTX 4070, PC performance, upgradable PC, repairable PC, sustainable gaming, Framework Mainboard, PC build guide, gaming benchmarks.