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Ask anyone, and they'll tell you that things like fridges are no longer built to last; they're meant to be replaced fairly regularly. That wasn't the case with GPUs, but I'd argue that we're getting there. However, the RTX 20-series is aging better than many of the cards that came before it.
The RTX 20-series crossed the modern GPU feature line early, which is why these GPUs are still useful to this day, while the GTX 10 lineup is growing obsolete.
The RTX 20-series made a few important leaps That's paying off nowThe biggest reason why Turing, aka the RTX 20-series, still feels relevant is that Nvidia didn't just make another faster GTX card. It added dedicated RT cores for ray tracing and Tensor cores for AI features, and while both felt overly ambitious in 2018, they ended up becoming the dividing line between older GPUs and the modern Nvidia stack.
Even the humble RTX 2060 has access to features that a GTX 1080 Ti does not, and while the latter is still faster in rasterization performance, the former is more ready for the future. And that matters more now than it did when ray tracing was still mostly a demo.
That early feature jump also gave the RTX 20-series a longer runway than its raw performance alone would've suggested. These cards aren't keeping up because they're as fast as the newer GPUs; they're absolutely not. But they can sort of hold their own ground because they can still use DLSS, run ray-traced effects in supported games, and remain part of the driver and software ecosystem that Nvidia is still actively building around.
Driver support makes the generation gap obvious Nvidia has killed off pre-RTX 20 cards
Credit: Patrick Campanale / How-To Geek
The gap between the RTX 20-series and its predecessors widens because Nvidia effectively retired the GTX 10-series when it moved Maxwell, Pascal, and Volta GPUs to critical-security-only updates last year.
Meanwhile, Turing and newer cards are still eligible for Game Ready drivers with bug fixes, new features, and game optimizations. And while legendary cards like the GTX 1080 Ti are still pretty relevant (my own GTX 1060 still works more than fine), they don't have much of a future ahead of them. You can repurpose them for other things, but gaming-wise, they're only going to feel worse by the year.
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DLSS is the real reason RTX 20 still matters
Even though it's not the best version of the tech
DLSS is the real reason why these cards still have some breathing room. Simultaneously, it's also the reason why they're starting to be worth replacing.
Native resolution is brutal on older hardware, especially in newer games, but DLSS lets RTX 20-series GPUs lean on their Tensor cores to render at a lower internal resolution and upscale the image back up. In my testing, it often was the difference between unplayable and decent enough to keep playing, especially at 1080p or lighter 1440p settings.
The catch is that RTX 20 owners only get the older side of Nvidia's DLSS feature stack. Super Resolution and DLAA are still on the table, but frame gen is locked to RTX 40-series and newer, and Multi FG is an RTX 50-series exclusive. They might be fake frames, but they're better than none.
The best RTX 20 cards have enough VRAM to keep them going VRAM continues to be a deal-breaker
Credit: Justin Duino / How-To Geek
These days, the amount of video memory a GPU has determines whether it'll age like milk or like fine wine. The RTX 20-series has some contenders for both those variants, but the RTX 2080 Ti aged the best because it came with 11GB of VRAM. That's still a usable amount in 2026, just 1GB less than the RTX 5070.
The RTX 2080 can still scrape by with 8GB, and that's still the amount of VRAM we get in budget cards like the RTX 5060 or the RX 9060 XT.
The RTX 2060 is in a rougher spot, though. Its 6GB VRAM was fine for a long time, but it's now the thing most likely to drag it down in newer games, even when the GPU itself could otherwise manage. That's why the entire stack isn't aging evenly, and even though the Turing architecture gave it a longer life, the higher-end cards had the memory to make better use of it.
It's more future-proof, but not flawless It misses out on some key aspects of newer GPUs
Credit: Justin Duino / How-To Geek
There's a pretty big difference between being more future-proof and being actually future-proof. The RTX 20-series misses out on some of the best parts of newer Nvidia GPUs, including frame gen, multi-FG, better ray tracing performance, newer media features like AV1, and the efficiency gains that make modern cards easier to live with. It's better than none, but it's not good enough to last forever.
Is it time to upgrade your GPU?If you currently have an RTX 20-series GPU, you might want to start thinking about upgrading. The gap between the older gens and the ones that support frame generation is growing wider by the day, and newer games push upgrades more frequently, too.
With GPU prices as bad as they are, if you're sticking to an older GPU, check out Lossless Scaling to try and get a bit of that frame gen magic that the RTX 20-series aren't lucky enough to have.