This model is pretty cool if you don't have a GPU - I was able to get I think 20 or 30 tokens per second on CPU (DDR4 ram) alone. (I don't remember if that was with q4 or q8.)
Otherwise, if you have a GPU with more than like 4GB of VRAM, there are better models. Gemma4 and Qwen3.6 (or Qwen3.5 if you need the smaller dense models that haven't yet been released for 3.6) are a good place to start.
LFM models I've tried all seemed to be suffering from serious coherence issues. I found Gemmas the best at tasks requiring rock solid coherent output; even Qwen's not comparable.
I think context length is important to consider here.
I find Gemmas really good for a short conversation with maybe 3 or 4 exchanges of a few paragraphs each, which covers a surprisingly large amount of interactions.
For anything longer form though, particularly with larger code contexts, Qwen is far more useful for me personally.
I'm not an expert in this field, but my understanding is Qwen are hybrid gated attention mechanisms, whereas Gemma is hybrid including a sliding attention attention mechanism which makes it look like it favour the most recent tokens a little too much at times.
This is all in the context of local quantized models, I'm aware both have larger cloud variants that wouldn't suffer as much.
The blog post was published a couple months ago, and it looks like there hasn't been a follow-up release with the fully trained model. I'm not sure if there's much to take away from an early checkpoint besides the unique architectural choices they made in their model for faster inference.
Some smaller models from the LFM2.5 family have been published on Huggingface by the end of March, a month ago.
It can be assumed that this larger model takes more time to complete post-training, but it will follow in the near future after those smaller LFM2.5 models.
Liquid AI have made some awesome models (especially the smaller ones, they are lightning fast). I wish they made a fast small size coder. Did a finetune distill of 0.8B myself and it is in fact working properly, coding like a 30B model, so I know it is possible.
Anyway here you have the 24B parameters with 2B active: https://hugston.com/models/lfm2-24b-a2b-q4-k-m
I liked LFM2-8B-A1B for its speed on cpu or integrated gpu. This one is slower. I used it recently while coding in offline stressful situation and it is good enough to propose an ok suggestion how to solve a simple to intermediate problem in a bit obscure language. But multi turn iteration was not working well. The code was working but it didn't exactly fulfill all expectations from next turns. Good enough to help though and take it further, so helpful.
Tokens per second is nice but I would also like to see quality benchmarks especially against other models. I mean eventually someone’s gonna write a blog post comparing models, so why not just do it yourself… that way your marketing department at least get to control the narrative rather than a random blogger
This model is pretty cool if you don't have a GPU - I was able to get I think 20 or 30 tokens per second on CPU (DDR4 ram) alone. (I don't remember if that was with q4 or q8.)
Otherwise, if you have a GPU with more than like 4GB of VRAM, there are better models. Gemma4 and Qwen3.6 (or Qwen3.5 if you need the smaller dense models that haven't yet been released for 3.6) are a good place to start.
LFM models I've tried all seemed to be suffering from serious coherence issues. I found Gemmas the best at tasks requiring rock solid coherent output; even Qwen's not comparable.
I think context length is important to consider here.
I find Gemmas really good for a short conversation with maybe 3 or 4 exchanges of a few paragraphs each, which covers a surprisingly large amount of interactions.
For anything longer form though, particularly with larger code contexts, Qwen is far more useful for me personally.
I'm not an expert in this field, but my understanding is Qwen are hybrid gated attention mechanisms, whereas Gemma is hybrid including a sliding attention attention mechanism which makes it look like it favour the most recent tokens a little too much at times.
This is all in the context of local quantized models, I'm aware both have larger cloud variants that wouldn't suffer as much.
The blog post was published a couple months ago, and it looks like there hasn't been a follow-up release with the fully trained model. I'm not sure if there's much to take away from an early checkpoint besides the unique architectural choices they made in their model for faster inference.
Some smaller models from the LFM2.5 family have been published on Huggingface by the end of March, a month ago.
It can be assumed that this larger model takes more time to complete post-training, but it will follow in the near future after those smaller LFM2.5 models.
Liquid AI have made some awesome models (especially the smaller ones, they are lightning fast). I wish they made a fast small size coder. Did a finetune distill of 0.8B myself and it is in fact working properly, coding like a 30B model, so I know it is possible. Anyway here you have the 24B parameters with 2B active: https://hugston.com/models/lfm2-24b-a2b-q4-k-m
I liked LFM2-8B-A1B for its speed on cpu or integrated gpu. This one is slower. I used it recently while coding in offline stressful situation and it is good enough to propose an ok suggestion how to solve a simple to intermediate problem in a bit obscure language. But multi turn iteration was not working well. The code was working but it didn't exactly fulfill all expectations from next turns. Good enough to help though and take it further, so helpful.
Tokens per second is nice but I would also like to see quality benchmarks especially against other models. I mean eventually someone’s gonna write a blog post comparing models, so why not just do it yourself… that way your marketing department at least get to control the narrative rather than a random blogger
It's a checkpoint in the middle of training, it makes sense to report speed, which will stay the same and to report quality as they did.