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Joined 2 years ago
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Cake day: July 1st, 2023

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  • It’s probably not a good idea to believe that. Even if they do fight for you behind closed doors, which I doubt, they will still have to bow to large governments for the sake of their shareholders. That’s the world we live in right now.

    I’m on Graphene on a Pixel 8 right now, but I really don’t trust the overall direction that Google is pulling AOSP, nor the closed security chip in Pixel phones. I’m trying to decide if I want to stick with AOSP with a non-Pixel device, or give some form of non-Android Linux phone a shot. The Jolla C2 is looking intriguing, but getting one in the US isn’t the easiest thing. I’ve also considered a Shiftphone 8.1 and Fairphone 6, but I’d want to run Calyx, and the future is murky. The Shiftphone is also tricky to get in the US, as is Volla which comes with an AOSP OS without Google services.




  • Yeah, I think that’s my backup plan is to get some powered speakers and Pi’s to run Snapcast. But it adds a lot of complexity, and more power requirements at the speaker. On the other hand, it’s more hackable than a speaker running a specific piece of software directly, without any real alternatives like I would get with a Pi. Thanks!


  • Oh no, I know. I’m just limited to wireless right now because I’m renting an old house with massive amounts of insulation. So I had tried to get the Sonos speakers working with a combined sink wirelessly, but it just wasn’t able to keep up, leading to intermittent interruptions to the stream. I’m going to play with that wired in a test environment at some point, but I think I’d prefer something like Snapcast over Airplay.

    But once I buy a house in the coming months, I’ll do some low voltage runs to support the audio network, among other things. I figure I’ll probably have a dedicated POE switch so I don’t have to worry too much about QoS, probably Mikrotik if Ubiquiti doesn’t release some new EdgeSwitch gear.

    I’m just not sure if the software is there yet, with Pipewire AES67 support. It was “new” in v1, with I think some PTP patching in the first point release. So I’m trying to see if anyone has cut their teeth on this yet, since it’s going to be pretty costly to get gear. I imagine I can just create a combined sink, but I’m not sure if PTPv2 is just automagic within the RTP configuration of Pipewire.

    And potentially needing a second server for MPD/Pipewire is something I’m keeping in the back of my head. I’m hoping to run it in a container on the NAS server, probably running Debian (or maybe something more cutting edge if I’m reliant on new Pipewire releases). But RTP and PTP might need something a bit more dedicated to the task. It’s not like I’m doing broadcast or some other form of professional audio here, so I’m optimistic that a container will be fine. Just a single 16/44 FLAC decode to combined AES67 sink. And since containers use a shared kernel, I wouldn’t need to worry about the clock scheduling issues some hypervisors had with Asterisk and Free Switch in my previous life working on VOIP networks. But I’m also not planning on a ton of cores, 4-8 only in a low voltage CPU, sooooo… I dunno.


  • Well, right now I don’t really have a setup. I bought the Sonos speakers when I was experimenting with the Apple ecosystem a few years ago, but now that I’m fully back on Graphene/Linux they haven’t been worth the trouble. I don’t have an audio server yet, I’m just storing on my laptop and playing locally to headphones/XLR Genelecs using Quod Libet.

    What I’ll end up with is probably a home built NAS running stuff like MPD and Home Assistant in containers. I’ll have either a VLAN or dedicated switch for audio.

    The Genelecs I’m looking at for AES67 stuffs are the Smart IP Installation series like this 4410a. I’m pretty sure these are full audio-over-IP using AES67/Dante, and not using IP only for control. Unless Genelec documentation on these sucks. If they were to require XLR, I’d choose a different speaker that does not, or run structural audio cables to a multi-zone receiver.