![]() In this example, I have used “NX4 Qobuz.” You will probably want to set the maximum sample rate for your Qobuz streaming to better than the default 44.1 kHz – Qobuz can stream up to 192 kHz, depending on the service tier to which you have subscribed. On the Media Renderers page, you should see the renderers you have on your network down the left side:Ĭlick on one to select it and turn on the option “Create an OpenHome renderer.” In the “Room” field, type in a different name. When installation completes, a browser should start up with the address I recommend turning off all Internet access options, as explained in the earlier article. You can also install it on an SBC as I have done for my droidisk. You can choose either the single-user install or install as a service. ![]() To install on a Windows computer, follow the instructions here. Once you have a renderer or two, you will need to get BubbleUPnPServer running on your network. It’s exciting times in the land of networked audio streaming! As do combined digital streamer and speaker crossover units such as the DEQX HDP-5. High end audio streamers – such as those from Lumin and Linn, who provide two of my preferred controller apps for free – fit into this architecture too. ![]() For example, the folks at Volumio have released their own streamer called the Primo, and young company Orchard Audio have announced the forthcoming PecanPi.ĭon’t get stuck thinking this is only about cheap single board computers, though. There are more expensive turnkey SBC-based streamers (although still cheap by high end audio standards) with analog outputs that are engineered for high quality audio output. Two renderers sitting on top of my RME ADI-2 Pro This is fairly straightforward to do with almost any Linux SBC, and I’ve provided instructions in Appendix B. The Pi is running the ready-to-go distribution Volumio, while the NanoPi Neo2 has the player software installed from scratch. At the top left is a NanoPi Neo2, while on the right is a Raspberry Pi with an Allo DigiOne digital output HAT. This photo shows a couple of the renderers I’m using right at the moment. You can also switch between controllers while music is playing. The diagram lists controller apps that I have found to work well.įigure 1. With this architecture, you don’t need to leave a controller turned on once you have started music playback. That’s the purpose of the control point or controller i.e. You also need a way to browse music on Qobuz, to select a renderer to play music to, and to control playback. You can have as many renderers as you like on your network. While previously I have used a Raspberry Pi running Volumio as an example, there are lots of things that can be used, including other Linux SBCs and off-the-shelf devices such as those on this list. In UPnP parlance, these “things” are called renderers. As long as a device supports UPnP/DLNA, it will work in this architecture. By “thing” I am of course evoking the Internet of Things (ioT). This software is what enables us to stream Qobuz to lots of audio players, streamers, devices, or “things”. You can install it on a Mac or Windows computer, or on its own SBC (single board computer). In the center is a key piece of software called BubbleUPnPServer.
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