Hi,
Thank you for the detailed report and for providing your logs — they gave us a clear picture of what’s been happening. We found several distinct issues across June 6, and I want to walk you through each one.
1. Qobuz tracks failing to load (around 10:00–11:24 AM PT on June 6)
We can see in the logs that Roon was successfully starting to download the next track from Qobuz’s streaming servers (Akamai CDN), but partway through the pre-buffer the server returned an error code indicating the file was no longer accessible. Roon retried with a fresh streaming link and got the same error again. This caused tracks to be skipped or fail to start.
This type of error originates on Qobuz/Akamai’s side — your network was delivering responses correctly. It points to a transient issue with Qobuz’s CDN that morning rather than anything in your setup.
2. Playback stopping around 12:25 PM PT on June 6 (matches your timestamp)
At almost exactly the moment you reported, we see your Marantz CINEMA 40 lose its network connection — and simultaneously, several other devices on your network also dropped off (WiiM Pro Plus, two Sony BRAVIA TVs, and others). Because all of these happened at the exact same second, this points to a brief upstream network interruption — most likely a momentary blip from your Eero mesh, router, or ISP — rather than a Roon issue. Roon dissolved the grouped zone because the CINEMA 40 dropped out, which stopped all playback.
3. Repeated track skipping from ~2:45–2:50 PM PT on June 6 (matches your follow-up)
This is the most technically interesting one. At 2:45 PM, a new track (“You’re the One” by Dwight Yoakam, in 24-bit/192kHz FLAC from Qobuz) started playing. Within 3 seconds it stopped with an error, then the next track did the same, and the next — each one skipping after just a few seconds, repeating about every 24 seconds for several minutes.
What we found: the Roon server was trying to send audio data to your Bedroom Bluesound NODE 2i, but the NODE’s internal buffer overflowed and couldn’t keep up. This happened because a brief network disruption (your MacBook Air remote disconnected at that exact moment) caused the streaming connection to drop and immediately reconnect, flooding the NODE with a burst of buffered audio data faster than it could absorb it. This is most severe with very high-bitrate content like 24/192 FLAC — lower resolutions (24/96 and below) have more timing headroom and are more resilient to this.
We also noticed something worth flagging: your Bedroom Bluesound NODE 2i has a significantly high clock drift (about −46 parts per million, or roughly −167 milliseconds per hour). A healthy device should be under 5 ppm. This level of drift makes the NODE less stable in grouped playback and more prone to the kind of buffer overflow described above. We’d recommend:
- Checking for a firmware update on that NODE
- If the issue persists, performing a factory reset on the Bedroom NODE 2i
Summary and next steps
| Time (PT, June 6) |
What happened |
Likely cause |
| 10:00–11:24 AM |
Tracks failing to open, IoFailure |
Qobuz/Akamai CDN returning errors server-side |
| 12:24–12:25 PM |
All playback stopped |
Brief network interruption — multiple devices dropped simultaneously |
| 2:45–2:50 PM |
Repeated track skipping every ~24 sec |
RAAT buffer overrun on Bedroom NODE 2i after network disruption; worsened by high clock drift on that device |
A couple of things that may help going forward:
- Bedroom Bluesound NODE 2i: Please check for firmware updates in the Bluesound app and consider a factory reset if the skipping continues. The clock drift on this device is abnormally high and contributes to instability.
- Eero mesh: The simultaneous multi-device drop at 12:25 PM suggests brief upstream network interruptions. You may want to check your Eero logs or contact Eero/Xfinity support to see if there were any events around that time. IGMP snooping settings on Eero can also sometimes affect multicast-based device discovery.
Please let us know how things go after checking the NODE 2i firmware, and don’t hesitate to reach out if the skipping continues.