Absolutely. Your model selection has limits of course: best practice for some types of replicable research would be to to use unquantized models, but that still leaves room for smaller Gemma and Llama models.
I’m on a 4080 for a lot of work and it gets well over 50 tokens per second on inference for pretty much anything that fits in VRAM. It’s comparable to a 3090 in compute, the 3090 has 50% more vram, the 4080 has better chip-level support for certain primitives, but that actually matters slightly less using unquantized models, making the 3090 a great choice. The 4080 is better if you want more throuput on inference and use certain common quantize levels.
Training LoRa and fine tunes is highly doable. Yesterday’s project for me, as an example, was training trigger functionality into a single token unused in the vocabulary. Under 100 training examples in the data set, 10 to 50 epochs, extremely usable “magic token” results in under a few minutes at most. This is just an example.
If you look at the wealth of daily entries on arxiv in cs.ai many are using established smaller models with understood characteristics, which makes it easier to understand the result of anything you might do both in your research and in others’ being able to put your results in context.
Unrelated to the topic of small LLMs:
> trigger token
I'm reminded of the "ugly t-shirt"[1] - I wonder how feasible it would be to include something like that in a model (eg: a selective blind-spot in a solution for searching through security camera footage sold to (a|another) government...).
When you see something, say something. Unless you see this; then say nothing...
[1]
> Bruce Sterling reportedly came up with the idea for the MacGuffin in William Gibson's "Zero History" - a machine readable pattern, that when spotted in footage retrieved from the vast data lake of surveillance video - would immediately corrupt the data.
> Used by "friendly" assets to perform deniable black ops on friendly territory.