I'm planning an economical gaming PC for 1080p. I mostly play casually rather than competitively, with games such as Fortnite, Valorant, CS2, Minecraft, Dead by Daylight, and R.E.P.O. I'd also like to keep Discord, music, and a browser open while gaming, so I chose 32 GB of RAM. The build currently includes a Ryzen 7 5700, Gigabyte B550M K WiFi 6E motherboard, ASRock Radeon RX 9060 8 GB, Darkflash Radiant DC-120 ARGB cooler, Patriot P220 1 TB SSD, MSI MAG A650GN II 650W 80+ Gold power supply, Darkflash Aquarius Mesh case, and 32 GB of DDR4 memory in a 2×16 GB configuration. The estimated total is about $1,200. Are there any parts I should change for better value or reliability?
4 Answers
The RX 9060 8 GB should be more than sufficient for the games you listed at 1080p. I’d consider moving some of the savings from the CPU change toward a better SSD. The Patriot P220 is a DRAM-less SATA drive; it can work as a basic boot drive, but a reasonably priced NVMe SSD should offer better overall responsiveness and loading performance.
I’d reconsider the Ryzen 7 5700. Despite the name, it isn’t the same kind of desktop chip as a 5700X and is generally a weaker choice for this build. A Ryzen 5 5600 or 5600X would likely be better value, while a 5700X or similar would be a stronger upgrade if the price difference is reasonable.
If you want especially high frame rates or more room for future games, you could step up to a card with more VRAM, such as a 16 GB RX 9060 XT or a higher-tier 12 GB model. Otherwise, the current GPU is adequate for your stated games. A discounted CPU, motherboard, and RAM bundle could also improve the overall value.
The system should handle 1080p well, but around $1,200 feels high for this parts list. For casual 1080p gaming, a lower-cost graphics card and 16 GB of DDR4 could already be enough, although keeping 32 GB makes sense if you multitask while playing. Check whether the total price can be reduced without sacrificing the power supply or motherboard quality.
I’m still learning how the model numbers work, so I assumed the higher number automatically meant better performance. Thanks for pointing that out.