Comment by otabdeveloper4
6 hours ago
I wonder what specifically allowed this. Is it some new LLM innovation that can do reverse engineering now?
M-Vave didn't release any source code.
6 hours ago
I wonder what specifically allowed this. Is it some new LLM innovation that can do reverse engineering now?
M-Vave didn't release any source code.
There is a publicly available Devkit[1] for the processor used by M-VAVE in all of their products:
https://doc.zh-jieli.com/AC79/zh-cn/release_v1.0.3/board_des...
.. and .. as all of their products are extremely good value for money .. I dare say some budding hacker saw an opportunity and went with it:
https://github.com/aroum/fm1-custom-fw
This has opened the flood gates for great new stuff to be written for it, and oh what a ride it has been these past few weeks! Simply the hottest toy in music-tech, bar none!
There's a devkit for all of Korg's stuff too.
There sure is, and folks are doing some crazy things with it ..
For example: the Bent[1] and Turbo[2] synths from Sinevibes[3] are incredible.
A perfect example of how the platform was embraced by user-developers and pushed into extremely creative and inspiring territory .. surely other manufacturers will start to take note, and maybe someone, some day, will start shipping their instruments with compilers-onboard, to .. you know .. make it easier for kids to keep the bending going on ..
[1] - https://www.sinevibes.com/korgbent/
[2] - https://www.sinevibes.com/korgturbo/
[3] - https://www.sinevibes.com/korg/
I did some bits with gen-1 logue-sdk, the NTS-1 could have been a platform like the OP but the processor is severely underpowered for the price in today's standard and discontinued shortly after.
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