I picked up a G6900 to get an ITX setup before Raptor lake came out and played around with it a bit. The 2 threads weren't enough but 4 threads even on older CPUs is fine for light use. 2 threads hitched on the desktop and web. Pausing things to catch up.
But I also plugged it in to my Asus Prime Z690-p and everything worked. The ram even could take the same timings. But SSD performance was garbage. Better than SATA, but totally bottlenecked Optane and NVME.
Eventually I sold it for what I bought it for: $40.
If this 2c4t were $60 it would be worth it for entry level. Otherwise better to go for 4c8t.
12100f selling for $88.40 at Newegg right now. That seems like a reasonable price.
Then most of their N-series is non-viable for general purpose? The smallest one has 2 E-cores. Most have 4 E-cores (which should run a bit faster than 2 P-cores / 4 threads, depending on clock speed).
12100F is what I got for my HTPC. My last HTPC build started as an i3-4130T and lasted many years. It was starting to show the dual core limitation with general desktop performance, so I swapped in my old i7-4770k and that worked quite well for a while. Only really upgraded it due to age and low prices. (Though the performance difference is noticeable when loading things up with an NVMe) Just kept my eye open for cheap Z690 ITX boards and snagged one at the low end. Maybe someday it will get an upgrade to a nice used 14th gen i7 or something.
My old atom based IdeaStick from Lenovo can barely hit the web with all the advertisements on everything. Basically only good for DosBox now.
As someone else mentioned an 7th gen mobile, I ended 2020 with a dual core laptop. It worked okay, but you could feel the latency and load times on the web. Not to mention the poor performance on work tasks that used even a little bit of processing power. Coupled with the stuff you typically find on business laptops, really wasn't enough.
So two Alder Lake cores, might work for a while, but will quickly fade. Might be okay for kiosks and POS and the like, but there are more efficient options which would require less cooling. Though OEMs could tweak the power on them to make them more useful. I assume the high power just lets the clocks go high for brief stints.