I bought my current system in May 2020 with an i9-9900K, RTX 2080 Ti, 64GB of DDR4-3600 CL16 memory, and a 2TB M.2 SSD. I mainly play at 1440p. It has been excellent for years, but newer and more demanding games are starting to expose its limits. Hell Let Loose: Vietnam runs around 60–80 FPS on low but becomes choppy during chaotic scenes. War Dogs has similar frame rates during quieter moments but can drop into the 40s during combat or busy situations. Battlefield 6 stays above 100 FPS on high settings but causes overheating despite repasting the CPU and improving the case fans and cooling. Escape from Tarkov generally runs between 60 and 100 FPS, but the fluctuations are frustrating, and areas such as Streets and parts of Customs can become nearly unplayable. CPU overclocking helped Tarkov significantly, but it made Battlefield 6 and War Dogs push the processor too hard, so I stopped overclocking. For roughly the same amount of money I originally spent, I can now get a prebuilt system with a 9950X3D2, RTX 5080, 64GB of DDR5-6000 CL30 memory, and a 2TB M.2 SSD. Would that system provide the same smooth, long-lasting experience my current PC gave me before newer games became so demanding? Is there any upcoming hardware or gaming technology that might significantly change the situation? Would it make more sense to upgrade my current platform, lower the resolution, or replace everything at once? I cannot justify a 5090 system, so this would involve some compromises compared with my previous high-end build. I have gotten nearly six years of use from the current PC, so the cost has been reasonable, but I am worried I might regret spending so much on a new system if it does not remain capable for a similar length of time.
2 Answers
For gaming alone, a top-end 16-core X3D processor is probably unnecessary. A lower-tier gaming-focused X3D chip paired with the RTX 5080 would likely deliver nearly the same gaming performance while leaving more money for storage or other upgrades. The proposed system should be a major improvement and should handle 1440p well, but it still will not be completely compromise-free. In the newest games, you may still need upscaling, frame generation, or reduced ray-tracing settings if you want very high frame rates.
Your current system still has plenty of memory, and the RTX 2080 Ti is not automatically obsolete at 1440p, especially if you use DLSS. The biggest weakness is probably the aging CPU platform, so a CPU-focused upgrade could improve games that are limited by simulation, streaming, or large multiplayer battles. That said, changing the processor may also mean replacing the motherboard and memory, leaving you with several spare parts. A complete replacement is easier and gives you a clean, modern system for future projects or another room.
That is the dilemma I keep coming back to. Upgrading part of the platform could save money, but replacing everything at once gives me a fresh machine and leaves the old parts available for another use.
The higher-end processor is included in the prebuilt I found, and it costs only about $300 more than the lower gaming-focused option. It also includes faster CL30 memory and a 1000W power supply instead of 850W, while complete systems are unusually good value where I live compared with buying every component separately.