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GPUs and CPUs · Nvidia GeForce

Nvidia GeForce RTX 2080 Ti

6owners with an opinion
100%of verdicts positive
4/0positive/negative since 2024
0happy after 3+ years

Praised for performance and value.

What people wrote

Likes it
Exactly. I probably spend 1.5x the money on a really solid build, and it's paid off - I'm still running just fine on a 10 year old desktop (overclocked i7-6850K). The only component I've upgraded (other than hard drives) is the graphics card (to a 2080Ti), and it's still running all the games I play just fine. I was planning to upgrade it on the 10 year mark, but now I'm just going to make it last a few years longer until RAM pricing becomes less silly again.
Likes it
My 2080Ti is still holding up reasonably well, helped by the fact I only run 1440p, but it's also doing OK for inference[1]. Though my "must have shiny new things" craving is getting hard to ignore. Considered getting a new GPU earlier this year but then realized 5xxx was "around the corner", but now it seems they're pushed back to next year. And with AI being what it is, I'm guessing prices won't drop significantly. Would be nice if AMD could get their GPU act together so it was a more viable alternative, NVIDIA could do with some competition. edit: just recalled I had a dual-chip GPU back in the day, the ATI 4870X2[2]. Though that was more like two GPUs glued to one PCB, so effectively "single card SLI". Hopefully the 5090 would be a better experience, as my 4870X2 never quite lived up to what it could theoretically do. [1]: https://www.pugetsystems.com/labs/articles/llm-inference-con... [2]: https://www.techpowerup.com/gpu-specs/radeon-hd-4870-x2.c236
Neutral
Yup, so I've adopted a strategy for my past few desktop builds like this: - Every time a new ToTL GPU comes out for a new family, buy it at retail price as soon as it launches (so, the first-available ToTL models that were big gains in perf: GTX 1080 Ti, RTX 2080 Ti, RTX 3090, RTX 4090) - Every other release cycle, upgrade CPU to the ToTL consumer chip (eg on a 12900KS right now, HEDT like ThreadRipper is super expensive and not usually better for gaming or normal dev stuff). I was with Ryzen since 1800x -> 3950x -> 5950x but Intel is better for the particular game I play 90% of the time. - Every time you upgrade, sell the stuff you've upgraded ASAP. If you do this right and never pay above MSRP for parts, you can usually keep running very high-end hardware for minimal TCO. - Buy a great case, ToTL >1000w PSU (Seasonic or be quiet!), and ToTL cooling system (currently on half a dozen 140mm Noctua fans and a Corsair 420mm AIO). This should last at least 3 generations of upgrading the other stuff. - Storage moves more slowly than the rest, and I've had cycles where I've re-used RAM as well, so again here go for the good stuff to maximize perf, but older SSDs work great for home servers or whatever else. - Monitor and other peripherals are outside of the scope of this but should hopefully last at least 3 upgrade generations. I bit when OLED TVs supported 4K 120hz G-Sync, so I've got a 55" LG G1 that I'm still quite happy with and not wanting to immediately upg…
Neutral
Career dev who had the cash and wanted to experiment with anything that can be done concurrently, such as in my language of choice lately, which features high concurrency ( https://elixir-lang.org/ ) or these LLM's, or anything else that can be done in massively parallel fashion (which is, perhaps surprisingly, only a minority of possible computer work, but it still means I can run many apps without much slowdown!) I originally had 2 2080ti's to experiment also with virtio/proxmox (you need 1 for the host and 1 for any VM you run). I never got that running successfully at the time, but then Proton got really good (I mainly just wanted to run windows games fast in a VM, but that circumvented that). Later on I upgraded one of them to a 3080ti. It's a System76 machine, they make good stuff