i'm still using the old, public available sources to complile the Lindenberg Research modules for arm 32bit and 64bit cpus (https://github.com/hexdump0815/vcvrack-dockerbuild-v1) and doe to the limited cpu ressources on such systems i often use sample rates of 32khz or 22.05khz and noticed that the LAIKA filter locks up when the frequency knob is moved completely to the right (sebastien-bouffier/Bidoo#142 for a more detailed explaination) - my hack for this following the solutions done by bidoo and the fundamental vcf is to limit the cutoff frequency via https://github.com/hexdump0815/vcvrack-dockerbuild-v1/blob/master/LRTRack.patch#L26-L37 ... maybe this is interesting for you in case you still use the same code and keeping in mind that v2 will offer lower sample rates by default: https://community.vcvrack.com/t/rack-development-blog/5864/54
best wishes - hexdump
i'm still using the old, public available sources to complile the Lindenberg Research modules for arm 32bit and 64bit cpus (https://github.com/hexdump0815/vcvrack-dockerbuild-v1) and doe to the limited cpu ressources on such systems i often use sample rates of 32khz or 22.05khz and noticed that the LAIKA filter locks up when the frequency knob is moved completely to the right (sebastien-bouffier/Bidoo#142 for a more detailed explaination) - my hack for this following the solutions done by bidoo and the fundamental vcf is to limit the cutoff frequency via https://github.com/hexdump0815/vcvrack-dockerbuild-v1/blob/master/LRTRack.patch#L26-L37 ... maybe this is interesting for you in case you still use the same code and keeping in mind that v2 will offer lower sample rates by default: https://community.vcvrack.com/t/rack-development-blog/5864/54
best wishes - hexdump