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VLAN Reference

The production network is segmented into discipline-specific VLANs managed through UniFi. Keeping traffic isolated by function protects time-sensitive protocols (Dante, MA-Net) from being impacted by general network load and simplifies troubleshooting.

VLAN Table

VLAN ID Name Purpose
1 BFC Access Points Management network for UniFi APs and switches. Subnet: 192.168.0.0/16
20 Guests Isolated guest Wi-Fi. No access to production VLANs.
47 SecurityCameras Security camera traffic, isolated from production systems.
50 Audio General audio devices — consoles, amps, stage boxes, personal monitors, REAPER, SMAART.
51 Dante — Sanctuary Dante AoIP network for the Sanctuary. Latency-sensitive; keep this VLAN clean and isolated.
52 Sanctuary IEM In-ear monitor traffic for the Sanctuary.
53 WR IEMs Wireless in-ear monitor traffic.
54 Dante — Worship Room Dante AoIP network for the Worship Room. Separate from Sanctuary Dante to keep the two rooms' devices isolated.
55 Soundgrid Waves Soundgrid server and plugin processing traffic.
60 Video Video devices — ATEM switchers, NDI sources, PTZ cameras, CG machines, ProPresenter.
61 Displays Display outputs and signage endpoints.
62 GreenGo GreenGo digital intercom traffic.
70 Lighting Lighting control — MA3 consoles, L-Nodes, grandMA network (MA-Net).

Notes

Dante (VLANs 51, 54) requires special handling:

  • Dante uses multicast UDP. Multicast must be enabled on any switch carrying Dante traffic.
  • Do not mix Dante with general audio or video traffic on the same unmanaged network.
  • Each Dante subnet (51, 52, 53, 54) is kept separate because Dante devices auto-discover all devices on the subnet — mixing unrelated systems creates noise and potential routing conflicts.
  • VLAN 51 is the Sanctuary Dante network; VLAN 54 is the Worship Room Dante network. Do not put Sanctuary Dante devices on VLAN 54 or vice versa.

Why the Sanctuary and Worship Room are on separate Dante VLANs:

The campus originally ran a single Dante network with the DiGiCo SD12 set as the clock master. This created two problems:

  1. Clock master conflicts — When the SD12 was powered off, all other Dante-enabled consoles on the network would compete to become the new clock master, causing disruption across every venue simultaneously.
  2. Latency — Consoles physically far from the SD12 were routing Dante traffic through 5–6 switches to reach the clock master, resulting in higher-than-expected latency.

Splitting into per-venue Dante VLANs means each room's Dante network is self-contained with its own clock master. Powering down one room's console has no effect on other venues, and latency is determined by the hops within that room's network rather than the distance to a shared master on the other side of campus.

Lighting (VLAN 70) carries MA-Net, the grandMA3 network protocol. MA3 consoles, NPUs, and L-Nodes must all be on this VLAN to communicate.

Trunk ports carry multiple VLANs. Any port tagged as a trunk in UniFi allows all assigned VLANs to pass through — typically used for uplinks between switches and for multi-function endpoints.

Access Points

Wi-Fi SSIDs are bound to specific VLANs. If a wireless device needs to be on a production VLAN, it must connect to the correct SSID — not the guest network.