Terminal Velocity
Well-Known Member
For DAW I have concluded in Ardour, I can do some basic stuff in it but I'm not proficient in it by any means. What equipment I need to buy to do this job in Linux? I use Debian 11
I don't have much experience with ardour, i just use audacity with debian 12. The operating system matters a lot: Ubuntu Studio boasts low-latency but uses KDE Plasma which has lots of bugs. Also, for whatever reason, the audacity that comes installed is a very old version, and trying to update it didn't work so well for me. Also, Ubuntu and Windows 11 both have a sound driver bug where it records this awful static noise at times, and no it wasn't a hardware problem because switching to debian fixed this completely for me.For DAW I have concluded in Ardour, I can do some basic stuff in it but I'm not proficient in it by any means. What equipment I need to buy to do this job in Linux? I use Debian 11
I have a Focusrite Scarlett 2i2 (2 XLR inputs, 2-channel output thorugh USB) that I bought about 5 years ago, and works well for my podcasts and streams --although I don't do much with the two inputs at the same time. Not sure if newer generations will work this well.For DAW I have concluded in Ardour, I can do some basic stuff in it but I'm not proficient in it by any means. What equipment I need to buy to do this job in Linux? I use Debian 11
Hi @JasKinasis,All you need is a USB audio interface, a DAW and some microphones. Or a USB mixer, a DAW and some mics.
Interface-wise, I’m currently using a Behringer UMC1820, which has 8 line-in/XLR mic inputs plus 2 additional line ins. Which I use for recording my entire drum kit.
I’ve also got a Behringer ADA8200 which I can plug into the UMC1820’s ADAT ports, to provide me with an additional 8 XLR mic inputs. Enabling me to record drums and the rest of my band. Guitars, bass and vocals, plus some room mics.
Prior to that, I was just using a Digidesign MBox2 interface which only has 2 inputs.
Compatibility-wise The UMC1820 and the MBox2 just work out of the box in Linux. Literally plug and play. Plug it in and within a few seconds it gets recognised as an audio device.
The ADA8200 kind-of works out of the box. But initially, it only gave me access to input channels 7 and 8. Channels 1 to 6 on the ADA8200 just didn’t work at all.
All of the channels on the ADA8200 appeared in the DAW, but if I plugged a mic into any of the first 6 channels on the ADA8200, no signal was getting to the DAW. I could see there was a signal going through the ADA8200 on those channels because the indicators were flashing. The signal just wasn’t getting to the DAW.
After a bit of DuckDuckGo-fu I discovered I wasn’t the first person to see this problem.
And wasn’t surprised to see that others had already found a way to fix the issue. It turned out to be an ALSA configuration problem. By default, ALSA only mapped the last two channels as audio inputs. I managed to find out what config changes needed to be made in order to make all of the channels available. Once I had it working, I created a script, in case I needed to set it up on another Linux system.
So between those two Behringer audio interfaces, I have 10 to 18 simultaneous mic/line input channels available and something like 28 outs (for monitoring/passthrough).
So if I want to record drums, I’ll break out my UMC1820. If I want to record the whole band, I’ll plug the ADA8200 into the UMC1820 to get the extra inputs I need.
But if I just want to record some guitar-riffs, or some bass ideas, I use my trusty old MBox2.
DAW-wise, I’m using Ardour on my Debian laptop. I’ve used Pro-tools, logic and cubase on windows in the distant past, so Ardour hasn’t been too tricky to work out / understand. Reaper is another good DAW I’ve been using. Some of my band-mates use Reaper. So using Reaper makes it easier to send entire sessions back and forth to each other.