**Building a PC Gaming Rig with an AMD RX 6400 and i5-7500 CPU**
I recently had the opportunity to build a gaming rig using the AMD RX 6400 graphics card and an Intel i5-7500 CPU. The result was impressive, with an average of 82 FPS in games such as Street Fighter V at 1080p high settings. However, the CPU's quad-core design proved to be a bottleneck in some titles.
**Street Fighter V Performance**
I turned up the graphics settings to see what would happen and found that the RX 6400 could handle it with ease. I also experimented with turning down the graphics settings to medium, which allowed me to squeeze out even more frames from the GPU. Additionally, I tried locking the frame rate at 60 FPS and enabling VSync, which kept the GPU busy while maintaining a smooth gaming experience.
**Street Fighter V Performance**
The RX 6400 performed exceptionally well in Street Fighter V, with constant 60 FPS performance. This is no surprise, given the card's ability to handle high-end graphics settings. I was impressed by its performance and believe that it could have handled even higher frame rates if necessary.
**GTA V Performance**
In GTA V, I found that the RX 6400 also performed admirably, with an average of 83 FPS at 1080p high settings. However, as soon as I introduced Afterburner, which maximized CPU performance, the GPU struggled to keep up, resulting in a bottleneck.
**GTA V Performance**
The GTX 1660 Super performs better than RX 6400 on this title because it has more cores and higher clock speeds. I had to dial back my expectations for GTA V performance with the RX 6400 and settled for an average of 83 FPS at lower settings.
**Eldon Ring Performance**
In Eldon Ring, I encountered a similar issue, where the CPU held me back from achieving optimal performance. Despite setting the graphics settings to low, the CPU's lack of extra threads meant that it struggled to keep up with the GPU's demands. This resulted in an average of 83 FPS, which was subpar for this title.
**Eldon Ring Performance**
While the RX 6400 did a great job with Eldon Ring at lower resolutions, the CPU's limitations became apparent at higher resolutions and settings. The RX 6400 struggled to keep up with the game's demands, resulting in stuttering and decreased performance.
**God of War Performance**
In God of War, I found that the RX 6400 performed well at first, but as soon as the frame rate reached its maximum capacity, the CPU struggled to keep up. The result was a bottleneck, where the GPU's performance was limited by the CPU's inability to handle more frames per second.
**God of War Performance**
The RX 6400 did better than the i5-7500 in God of War at lower resolutions and settings, but as soon as the frame rate increased, the CPU became overwhelmed. The result was a decrease in performance and an overall less-than-smooth gaming experience.
**Cyberpunk 2077 Performance**
In Cyberpunk 2077, I encountered the same issue as with Eldon Ring, where the CPU's lack of extra threads meant that it struggled to keep up with the GPU's demands. Despite setting the graphics settings to low and using FSR (Frame Rate Scaling), the CPU remained a bottleneck.
**Cyberpunk 2077 Performance**
The RX 6400 did well with Cyberpunk 2077, but only at lower resolutions and settings. As soon as I increased the resolution or enabled more demanding features, the CPU struggled to keep up, resulting in decreased performance.
**PS4 Emulation using Dolphin Emulator**
On the other hand, I found that the RX 6400 performed well with PS4 emulation using the Dolphin emulator. The game ran smoothly at 1440p with no issues and full frame rates.
**PS2 Emulation using PCSX2**
I also experimented with PS2 emulation using PCSX2, which resulted in smooth gameplay at 1080p with minimal lag or stuttering. This was a pleasant surprise, given the RX 6400's capabilities.
**PC Gaming Rig Build Summary**
Overall, my experience building a gaming rig using the AMD RX 6400 and i5-7500 CPU showed both strengths and weaknesses. While the GPU performed admirably in many titles, the CPU proved to be a bottleneck in others. The RX 6400 did well with some games but struggled with others.
**Building a PC Gaming Rig for Emulation**
If you're looking to build a gaming rig specifically for emulation, I found that this setup worked surprisingly well. With PS4 and PS2 emulators using Dolphin and PCSX2 respectively, the RX 6400 performed well at various resolutions.
**Is it Worth Building a PC with an i5-7500 CPU?**
While the i5-7500 is not the most powerful CPU available, it still has its strengths. However, for gaming enthusiasts who require high frame rates and smooth performance, I would recommend opting for more powerful CPUs like the i9 series or AMD Ryzen 7.
**Conclusion**
In conclusion, building a PC gaming rig with an AMD RX 6400 and i5-7500 CPU was a mixed bag of results. While the GPU performed well in many titles, the CPU's limitations became apparent in others. For emulation purposes, however, this setup proved to be quite effective.