Was there any information, what is used inside? DSP or embedded computer, Linux or Windows? If they say that this internal DA/AD interfacing costs so much CPU time that they can’t afford a digital audio interface too, I assume, there might be a CPU working inside, rather than dedicated or even de-centralised DSPs. At least there seems to be a performance bottle-neck. AFAIK Roland uses spedific DSP processors to do the ACB calculations.
I am a little surprised about Waldorf to be proud of a very short latency - and I believe that Rolf is saying the truth - and missing out to have a digital audio interface at the same time. This is like having a modern synthesizer and just telling everybody … no, there will be no midi
Maybe I don’t get it, but wasn’t the problem with long latencies that we have too much time gap between a DAW controlling the instrument and the instrument returning audio via a digital interface? If that’s the case, it seems to me that this low latency does not have a practical advantage between DAW and instrument. So why is it that this low latency is so great?
Would be interesting to know, what is under the hood. If everything is processed by a single CPU, I could understand a shortage of CPU time. Maybe Waldorf transfered their codebase, which originally has been coded for Mac/PC to an embedded system? But this is all speculation, we just don’t know
I hope that Waldorf considers at least to offer some kind of extension board to get a digital interface as option. Others like Modal Electronics (Modal 008 etc.) do it.
At the end of the day we will judge the sound and usability of this new synthesizer. Those synthesis and the wealth of modulation capability provided as stand-alone instrument is absolutely interesting.