I'm using an older but still fully functional setup: an Intel Core i9-9900, ASUS ROG STRIX B360-F GAMING motherboard, 32GB DDR4-2666, RTX 3060 Ti 8GB, Kingston NV2 1TB and A2000 500GB SSDs, plus a 34-inch 3440×1440 165Hz monitor. My main uses are sim racing, electronic drums and DAW work, OBS, Netflix with bass shakers, and music. Everything currently works well enough for me.nnI'm not asking whether modern CPUs, DDR5, PCIe 5.0 SSDs, or newer graphics cards are faster. They obviously are. I'm more interested in the difference between benchmark performance and useful performance. If this system already does what I need, what would upgrading the CPU, motherboard, RAM, and storage actually change in day-to-day use?nnThe thought came up because I bought a Samsung 990 PRO 2TB for NT$6,499 in December 2025, while current listings are around NT$13,800–17,000. Meanwhile, the estimated resale value of my entire working setup—including the PC, monitor, keyboard, and mouse—is only about NT$13,000. A single SSD can therefore cost as much as, or more than, the whole system's resale value, even though the complete computer is far more useful to me.nnThat made me wonder when hardware should really be considered obsolete. Is it obsolete because its market value is low, because newer hardware benchmarks much faster, or only when it can no longer perform its intended tasks? Would you keep this setup running until a component fails or becomes a genuine bottleneck, and do you see anything likely to limit it before around 2031?
4 Answers
Five more years is realistic if your expectations stay similar. The CPU has no meaningful upgrade path on that motherboard, but it is still capable, and 32GB of RAM is enough for your current workload. Newer games or future VR and demanding simulators could expose the CPU or GPU limits sooner, but nothing in your listed use cases automatically requires a new platform.
The resale comparison is a good example of why price and usefulness are different things. Older systems lose value quickly because buyers compare them with newer platforms, while SSD pricing can move because of supply, demand, and product positioning. That does not make the SSD more valuable to you than the complete computer. Your setup can have low resale value while still providing excellent utility.
I’d keep using it and set aside money for repairs rather than upgrading preemptively. Monitor temperatures, keep reasonable free space on the SSDs, and consider replacing thermal paste if temperatures rise. The main risks before 2031 are ordinary component failure and the RTX 3060 Ti’s 8GB of VRAM becoming restrictive in newer games. Upgrade only when performance drops below your personal threshold, not when the hardware reaches an arbitrary age.
That seems like the sensible approach. If a future title or workload becomes genuinely uncomfortable, I can replace the part that is actually holding things back.
If it already handles the games and work you care about, there’s no practical reason to replace it just because the platform is old. The RTX 3060 Ti will probably be the first part that feels limiting, especially at 3440×1440, but you can lower settings or use DLSS when necessary. For DAW work, streaming, music, and existing sim titles, the system should remain perfectly usable for years.
That’s basically how I’m thinking about it. I’m more concerned with whether it remains useful than whether it looks outdated on a spec sheet.
The important variable is what settings and frame rate you consider acceptable. Someone satisfied with stable 60 FPS can keep hardware much longer than someone chasing maximum settings and very high refresh rates.