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The reason I'm interested in this is because recording with multiple microphones (one on guitar, one on the vocal), has it's own set of problems with phase relationship and bleed between the microphones, which causes issues when mixing.
Being able to capture a singing guitarist with a single microphone placed in just the right spot, but still being able to process the tracks individually (with EQ, compression, reverb, etc), could be really helpful.
- This feature is awesome for sample-based music
- Sample music is not what it was due to difficulties related to legal rights
- This model was probably created by not giving a damn about said rights
A few prompts failed almost entirely though, "train noises", "background noise" and "clatter"... so definitely sensitive to either prompting or the kind of noise being extracted.
"Please don't post shallow dismissals, especially of other people's work. A good critical comment teaches us something."
This one rankles me because of a) the benefits piracy has (third world consumers can now discover you, for starters) and b) the absolute bad faith way in which the industry acts, screwing over artists, unethically going after Pirate Bay by making it into a trade war with Sweden (I think)
It's not clear from the blog post, the git page, and most other places if this will run on, even in big-O:
* CPU
* 16GB GPU
* 240GB server (of the type most business can afford)
* Meta/Google/Open AI/Anthropic-style data center
It's seems you need lot's of ram and vram. Reading the issues on github[1], it does not seem many others have had success in using this effectively:
- someone with a 96 Gb VRAM RTX 6000 Pro had cuda oom issues
- someone somehow made it work on a RTX 4090 somehow, but RTF processing time was 12...
- someone with a RTX 5090 managed to use it, but with clips no longer than 20s
It seems utility of the model for hobbyist with consumer grade cards will be low.
[1]: https://github.com/facebookresearch/sam-audio/issues/24