There is a whole thread dedicated to the Reserve. It was the flavor of the month a few months back

Insanity

Same. I felt the it wasn’t doing the Caldera justice and they are certainly less power hungry than a Sus I don’t think it will drive the Tungsten or Sash Tre either. Bigger Ben would be suitable for all three.

Beautiful set. Can confirm the Walnut AC is “snappier” & “airier” as I own a Marblecake Walnut AC. This set is going to make someone very happy GLWS!!!

It’s a bug, it will be fixed in a future update. This is the workaround until then

Change DSP pipelines to 8

Plenty of DACs only support 44.1 kHz (it’s cheaper to manufacture that way as you have to have a separate pathway for 48 kHz so it cuts down on components etc)

If your DAC supports it check adaptive output rate and 48 kHz so you stay within the rate family which will be less resource intensive

Thank you Justin, this is very helpful. One question for you, what would you consider optimal input voltage on an amp that has the step up transformer like the Agartha?

Sam Beam and Fiona Apple are perfection

Give Sinc-MGa if you haven’t already (Gauss version of Sinc-M)

Could have been the IPv6 if you made that change as well. I just tested setting the input/output field to both NAA at the same time and @bogi is correct, this shouldn't cause an issue.

You're welcome, good news is it's working now, and plenty of knowledgeable people here to help you troubleshoot if something breaks. Now you can tweak it as much or little as you like. Have fun trying the different filters and modulators / dithers. You asked earlier about filter recommendations...

I had a feeling that might be the culprit. Basically there was a conflict in the settings since you had NAA set as both input and output device initially. IIRC I made the same mistake when I initially set up my NAA

NAA should be hardwired, I was never able to get it an NAA to work reliably over WiFi even at lower rates. Someone smarter than me can chime in here but I believe it has something to do with latency.