I'm planning my next gaming upgrade after roughly six years with a Ryzen 5 3600 and RX 5600 XT. I usually aim for midrange systems and prefer to upgrade every five to seven years, but I'm now finding some poorly optimized games increasingly difficult to run without relying on frame generation. I'm open to a prebuilt system because I've built enough PCs already and mainly care about getting good value. A complete system that used to cost me around $700–800 would probably be closer to $1,000 today.
My main question is which GPU I should watch for during a good sale, rather than what is cheapest at this exact moment. I'm focused on high-quality 1080p gaming and would like the system to remain comfortable for at least five years. The Radeon RX 9060 XT 16GB currently looks like a strong option, but I'm unsure whether I'm overestimating the importance of VRAM. Is 12GB likely to remain adequate for 1080p, or is 16GB a much safer choice for longevity?
I'd also prefer current-generation hardware if the newer features become increasingly useful for upscaling and frame generation. Nvidia is appealing because I'd like to try its software and features, but the price premium seems difficult to justify unless a card such as the RTX 5070 or a used RTX 4070 becomes a particularly good deal. I'm also considering whether it makes more sense to keep my current platform and upgrade gradually instead of replacing the whole PC. Any recommendations for a sensible price-to-performance target would be appreciated.
4 Answers
For ordinary gaming at 1080p, 32GB of system memory and a GPU around the RTX 2080, RTX 5060, or RX 9060 XT performance level should be plenty for most titles. The main caveat is that ray tracing, path tracing, and unusually demanding effects can still be difficult on older or midrange cards. VRAM needs depend heavily on the games and settings you use; gaming alone generally doesn’t require chasing the largest possible capacity.
If you want to keep the current motherboard, a Ryzen 5 5600 or 5600X is an inexpensive upgrade from the 3600. If you find one at a good price, a 5800X3D-class upgrade would extend the platform even further, though it may not be necessary for 1080p unless you’re targeting very high frame rates. For Nvidia, a used RTX 4070 could make sense, but the premium over a comparable Radeon card is often hard to justify.
The Nvidia premium feels especially difficult to justify below the RTX 5070, so I’d probably need an unusually good used deal before choosing one. I’m mainly trying to identify the performance tier first and then wait for the right price.
A practical route would be a Ryzen 5 5600 or 5800X3D-class CPU upgrade paired with a new RX 9060 XT 16GB. That would avoid replacing the motherboard and let you keep using your DDR4 memory for now. For a complete new system, a 9060 XT 16GB paired with a modern gaming-focused CPU should handle 1080p at high frame rates and leave some room for 1440p later.
The fact that these CPU upgrades work on my existing board is making a piecemeal upgrade much more appealing. I’m still weighing that against current-generation features, but it could be the best value if I can find the GPU at a good price.
For a new GPU, the RX 9060 XT 16GB is a sensible choice for high-refresh 1080p. It gives you useful VRAM headroom without paying a premium for performance you may not need. You could also keep your existing platform and drop in a Ryzen 5 5600 or 5600X, which would provide a worthwhile CPU improvement for relatively little money. A used RX 6700 XT is another option if you find one from a trustworthy seller.
I usually replace the whole system every five to seven years, but upgrading the CPU and GPU separately could let me avoid current memory and platform costs. I’ll look more seriously at used parts, even though I haven’t had much luck with them before.
My use case is just gaming, with poorly optimized modern games representing the worst case I want to prepare for. I’m willing to spend a little extra for longevity, but I don’t want to overbuy simply because VRAM requirements might increase.