Using Roon, I had to make some comprises. The DAC is plugged into a NAD M12 preamplifier using RCA cables. The Zenith music server is plugged into a Mytek DAC using a USB cable. The sonicTransporter and Zenith are plugged into the switch. My Roon setup is Ethernet from a wall jack to a 5-port switch. Hence I purchased a sonicTransporter with DSP (with no storage) just to run Roon Core. #Qnap asset upnp fullRoon has a much better interface and much better SQ however, to take full advantage of Roon's DSP capabilities, you need a fairly powerful device to run Roon Core. If you have a little "techie" in you, LMS is a good option and it has a proven track record of flexibility and reliability. LMS is free, still well supported, and using plugins supports a wide range of clients (e.g., Squeezebox/Squeezelight, DNLA, AirPlay, Chromecast). I used this setup to synchronize music to wired and wireless speakers, both active and passive, all over my 3-story house. Using LMS and Raspberry PIs, AirPlay speakers, and Squeezebox Duets, I created a whole house stereo system that worked very well for years. #Qnap asset upnp softwareMusic Control Software examples: Roon, iPeng, JRiver, LMS, DS Audio.Endpoint examples: Raspberry PI, Squeezebox Duet or Touch, Chromecast Audio devices/Chromecast speakers, AirPlay speakers, DNLA speakers.Software Server examples: Roon Core, Logitech Media Server (LMS), Synology Audio Station, JRiver Media Center.Hardware Storage Device examples: NAS, computer hard/solid state drive (HHD/SSD), thumb drive, USB.To make this work, you'll need a hardware device to hold your music files some type of software to "serve" or stream your music files endpoints to receive the streamed music music control software running on a hardware device to play music and a wired or wireless network to tie everything together. I need to look up audioengr’s roll-you-r-own components to see what its about. I was also shocked when i first heard that in a very good system. SONOS, by the way, sounds awful in the context of true high-end. AS long as i can make that electrically and mechanically quiet i do plan to have that as part of my main system and drive my DAC via USB directly (well, galvanically isolated, but that’s about the noise bit).Ĭommercial streamers like SONOS and Bluesound simply combine some of these functions in the head-end and others int he remotes. This will be ROON on a dedicated server (NUC/ROCK/custom linear supply). I want a single server with a great interface for all my music, radio, streaming subscriptions etc. I was shocked.Ĭonsider both what you need to get ot to play today, but also what you want for the future. Note that the digital signal DOES impact sound a lot, for good reasons, mostly 1) jitter and 2) noise, which causes 1) (jitter). There are bunches of these, one by ALLO based on Raspberry Pi is excellent for the money. Next you need to terminate the ethernet, convert it to either USB or SPDIF and provide that to your DAC which may be in a receiver or may be stand-alone. This is any old ethernet network - not Wifi preferably (although it may work). Next, you need to get it to the room your stereo(s) is (are) in. Someone mentioned ROON, and i think that happens to be the pick of the streamer litter. I’ll just add a few comments.įirst, think about the tasks - you need something to catalog and let you browse and select a file to play. Note: It can take some time for VLC to discover and list all the folders and sub-folders from your UPnP and DLNA servers.You have the basics above.
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