In the broader PC hardware community, upgrading your components somehow became an expectation rather than a choice, like it used to be. Hardware seems to age faster on YouTube and Reddit, and one scroll is all it takes to be told that your GPU is unfit for modern gaming. The algorithm is indeed working overtime to get you to throw away your perfectly capable hardware for the annual refresh cycle.

This weekend, I decided to put this narrative to the test. I dusted off a spare rig housing my old RTX 2070 Super to revisit a few nostalgic titles that used to keep me occupied all day, but curiosity got the better of me in the process. I decided to see how this card would handle the demands of modern games, and what I found out next is a resounding challenge to the 'upgrade or be left behind' narrative.

Putting my assumptions to the test

But first, a little tuning

I'll say it now: by modern standards, the system is a little dated, to say the very least. The backbone is a Gigabyte Aorus Elite B450M motherboard, paired with a Ryzen 5 3600 cooled by the stock Wraith Stealth cooler that shipped with it.

The memory is where things get even more interesting. The rig is running on just 8GB of DDR4-3200 RAM in single-channel mode after one of the sticks failed. For storage, the PC uses a PCIe Gen 3 NVMe drive, which, contrary to popular belief, is fast enough to avoid becoming an obvious bottleneck.

By now, you've probably begun to realize that this is a slightly compromised, but otherwise well-used system that many might have under their desks.

Before diving into gaming, I had to make sure the drivers were up to date. I installed the latest game-ready driver using Nvidia's app to eliminate any lazy excuses. With that taken care of, it was finally time to pit the hardware against some of the recent (and upcoming) titles.

Pragmata was a breath of fresh air

Turns out you can teach old hardware new tricks

If there was a game I expected to stress out my 6-year-old GPU, it was Pragmata, Capcom's ambitious new IP built around high-fidelity environments and fast, cinematic combat sequences. Instead, the demo ran astonishingly well and defied almost all expectations. Combat felt fluid, responsiveness was more than excellent, and the visuals were as razor-sharp as they could get.

What surprised me the most was how little it felt like a downgrade. Having already played the demo on my main rig with an RTX 4070 Ti Super, I expected the contrast to be obvious. The experience with the 2019 GPU was second to none, and I could totally see myself completing the campaign on this rig. The only limitation I noticed wasn't the GPU, but the display. Playing at 1080p made me miss my 1440p monitor far more than the graphical horsepower.

The performance numbers tell the same story. Pragamata was, in every way, as Samarveer Singh has claimed, a masterclass in game optimization.

Unreal Engine 5, without the usual penalty

Backrooms: Escape Together retained its immersion

I was especially curious to see how the card would cope with Backrooms: Escape Together, a survival co-op game I've spent countless late evenings enjoying with friends. Developed by Triiodide Studios, the game leans heavily on Unreal Engine 5 to deliver its eerie, lifelike environments and dense atmosphere inspired by the Backrooms lore.

One of the first things I noticed was how consistently smooth and responsive the motion felt, with a performance that genuinely rivaled what I had come to expect from far newer GPUs. Ray tracing stood out in the game's dark, claustrophobic spaces, making the interplay between flashlight beams, shadows, and reflections look strikingly realistic and adding beautifully to the game's total-immersion approach.

Since I hadn't used this rig for gaming since 2020, what felt remarkable was how little performance penalty came with enabling ray-tracing. Despite the RTX 2070S being a first-generation ray tracing card based on the old Turing architecture, the expected performance tax associated with ray-tracing was strangely absent from my list of gripes.

Forza Horizon 5 knocked it out of the park

An 'extreme' reality check

For the final test, I fired up Forza Horizon 5, which is set in the peninsula of Mexico and is certain to push the GPU hard with its dense environments, long draw distances, and stunning visual detail. Running on the Extreme preset at 1080p, the benchmark delivered an average of a playably smooth 65 FPS, and it did so without the hint of drama.

The game throws everything at the hardware, from diverse biomes, thick foliage, dynamic lighting, deserts, volcanic ash, and everything in between. Despite working with just 8 GB of VRAM and 8 GB of system memory, the RTX 2070 S handled it beautifully, which came as a shocking revelation to me. Motion was as smooth as it could be, the visuals were wallpaper-worthy, and the experience felt nothing short of totally mesmerizing.

I rediscovered joy on old hardware

What made this 'rediscovery' so meaningful was remembering what this GPU represented in 2019 for me. It was a leap from integrated graphics and 30 FPS console caps to the first discrete GPU I owned. This jump brought genuine joy, not solely because of the benchmarks, but also because games felt free from friction and had the room to be experienced as intended. Seeing that same hardware delivered, and being reassured that it will continue to do so, is more fascinating than checking out with a Blackwell GPU.

Revisiting my old GPU was a stimulating technical adventure, but it was also a subtle reminder of just how warped our collective sense of progress has become. Performance is shaped as much by software maturity, optimization, and scaling as by silicon, yet the loudest voices insist on the need for constant replacement. In this paradigm, it is wise to rethink our purchase decisions.