They will almost certainly use the asio driverI still don't understand why DAWs like Cubase can do that though
I couldn't find the info which DSP system to select in VituixCAD for using it with CamillaDSP, but it should be "Generic", right?
https://kimmosaunisto.net/Software/VituixCAD/VituixCAD_help_20.html#Options_Frequency_responses
https://kimmosaunisto.net/Software/VituixCAD/VituixCAD_help_20.html#Options_Frequency_responses
Generic:
Adjustable sample rate with list box.
BW of Peak/notch filter is between dBgain/2.
Frequency parameter of Shelving LP/HP filter is dBgain/2.
Bessel LP/HP is phase-normalized. phase@fc=pi/4*order, -3dB point depends on order.
Hi maybe I can help you with attaching my post on audiosciencereview. I managed to display alle the separate channels of my device as one multichannel interface.Thanks @phofman !
I'm planning to use my ultralite's loopback, so software loopback won't be a problem.
I found that it actually works if I type in the channel name that the audio interface provides like S/PDIF OUT 1-2(Ultralite-mk5). That's a good start.
However, this method only allows me to utilize two of the stereo input/output channels, for example Line Out 1-2,Line Out 3-4, Line Out 5-6, etc. And it doesn't appear to allow me to input multiple playback devices.
What I was hoping for was to recognize the entire device at once and use all 16 inputs and 18 outputs at once, and apparently the tutorials using the Raspberry Pi do this in the form of hw:Ultralitemk5. Your link also shows 2 channel application.. so I'm stuck again 😢
Its requiring a specific setup in Windows.
https://audiosciencereview.com/forum/index.php?threads/camilladsp-and-rme-interfaces.35838/
Gr Marcel
I have a parametric filter running Camilla in Moode. My DAC won't accept higher than 96kHz so I want to add a resampler so that everything comes out at 48kHz. I looked but can't find this. Can someone help me with this? Here is my existing filter:
Attachments
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My poor phrasing. That was where I was looking but I couldn't work out the proper settings. But they will still show in the yml file?Resampling is defined under the Device tab i.e. its not a "filter"...
On top of Device page there is a pulldown menu - here you set what you want Out. The under the Resampling section below, you defined the properties of the Resampling. Read about them at the Manual pages:
https://github.com/HEnquist/camilladsp?tab=readme-ov-file#resampling
//
https://github.com/HEnquist/camilladsp?tab=readme-ov-file#resampling
//
HiFiBerry DAC8X on Raspberry Pi 5 with CamillaDSP and touchscreen.
I put this together as an experiment to show that a full DSP could be homebuilt with a Raspberry Pi mounted to a touchscreen for control.
This shows the DAC8X mounted on the RPi5. The screen is an Elecrow 7" (I need to invert the RPi so the cables come out the top. I will hunt down some right angled 3.5mm plugs). Screen works like a phone screen, pinch out to zoom expand, pinch in to shrink, drag with finger etc.
Screen pinched out to show volume control slider.
The zoom controls make the slider easy to control. Selection of other configs is also easy after selecting the Files tab and zoom.
These pics are the Pipeline, pipeline collapsed and the pinched out.
For setup I used a Logitech K400r keyboard, and bookmarked the web addresses I use frequently in the browser. I have not bothered with a "virtual" keyboard yet.
This demo was using Squeezelite as a streamer. A USB audio interface such as a Motu M4 could be added to provide analog input.
The Pi is running Raspberry Pi OS Lite 64bit and the Chromium browser, so with a couple of bookmarks I can run the Squeezebox server or check the state of my Solar PV system.
The K-Horn speakers are very sensitive (110db/W for mid & hi) but I could not hear any hiss even with the volume right up and my ear in the mid horn mouth, the DAC8X does not add any noise. The first pic shows the amps, an N-Core from Audiophonics for bass and a pair of SMSL SP200 THX headphone amps for the mid and hi.
https://www.elecrow.com/rc070p-7-in...-ips-display-with-built-in-speaker-stand.html
I put this together as an experiment to show that a full DSP could be homebuilt with a Raspberry Pi mounted to a touchscreen for control.
This shows the DAC8X mounted on the RPi5. The screen is an Elecrow 7" (I need to invert the RPi so the cables come out the top. I will hunt down some right angled 3.5mm plugs). Screen works like a phone screen, pinch out to zoom expand, pinch in to shrink, drag with finger etc.
Screen pinched out to show volume control slider.
The zoom controls make the slider easy to control. Selection of other configs is also easy after selecting the Files tab and zoom.
These pics are the Pipeline, pipeline collapsed and the pinched out.
For setup I used a Logitech K400r keyboard, and bookmarked the web addresses I use frequently in the browser. I have not bothered with a "virtual" keyboard yet.
This demo was using Squeezelite as a streamer. A USB audio interface such as a Motu M4 could be added to provide analog input.
The Pi is running Raspberry Pi OS Lite 64bit and the Chromium browser, so with a couple of bookmarks I can run the Squeezebox server or check the state of my Solar PV system.
The K-Horn speakers are very sensitive (110db/W for mid & hi) but I could not hear any hiss even with the volume right up and my ear in the mid horn mouth, the DAC8X does not add any noise. The first pic shows the amps, an N-Core from Audiophonics for bass and a pair of SMSL SP200 THX headphone amps for the mid and hi.
https://www.elecrow.com/rc070p-7-in...-ips-display-with-built-in-speaker-stand.html
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Great result and really nice to see the outputs on screen etc.
This is wetting my appetite for something like this.
I'm standing on the precipice of doing something to combine Hifi 4/5 way and another up to 3/4/5 way for HT.
Or if my 8 output DSP dies...
I noted that HT is not there or at least lots of SW and HW work - at present that would put me off.
This is wetting my appetite for something like this.
I'm standing on the precipice of doing something to combine Hifi 4/5 way and another up to 3/4/5 way for HT.
Or if my 8 output DSP dies...
I noted that HT is not there or at least lots of SW and HW work - at present that would put me off.
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