Concerning the number of filter Har-Bal has, the Samplitude's FFT filter has more frequency bands (max 32 000 frequency bands, the number of frequency bands can be choosen)
Concerning high samplerates, if the final media is SACD/DSD or DVD Audio, a high samplerate can be recommended
Cheers,
goula
192Khz Support?
Supporting higher resolution filters isn't difficult though there is little point in supporting more resolution than is reqired, or for that matter, less resolution than is required. Adding filter resolutions that scale with sampling rate isn't a big challenge but it needs to be done carefully so as to not introduce compatibility bugs or other file related problems (ie. this sort of a change has implications on analysis files and filter files that need to be carefully thought through). That is why it hasn't been addressed yet.goula wrote:Concerning the number of filter Har-Bal has, the Samplitude's FFT filter has more frequency bands (max 32 000 frequency bands, the number of frequency bands can be choosen)
Concerning high samplerates, if the final media is SACD/DSD or DVD Audio, a high samplerate can be recommended
Cheers,
goula
The real issue with EQ filters is not the resolution which should always be dicated by the sampling rate, but how easily you can design a filter with an appropriate frequency response for the task. Samplitude has a higher resolution but can you design a filter that matches the requirements as well as you can with HarBal?
Don't takes this as a crticism. I agree with your suggestion entirely but just wanted to point out where I think the key emphasis should be placed and why HarBal is different. I'll be working toward having a solution for you in the future.
Thanks,
Paavo.