Networking

Ethernet backhaul

Ethernet backhaul carries traffic between wireless nodes over network cable. Phones can still use Wi-Fi; the cable replaces the nodes' wireless upstream path.

Mesh nodes use Ethernet uplinks while nearby phones retain Wi-Fi connections.

What it means

A compatible mesh or access-point system can use existing cabling to reduce dependence on walls and shared radio airtime. Correct topology matters: router mode, access-point mode and switch features can change which ports belong together. A link light alone does not prove adequate speed or correct network placement.

How this affects everyday use

Damaged cable, an old low-speed port, unsuitable switch behaviour or a loop can prevent the expected wired path from working.

A practical example

An upstairs node broadcasts strong Wi-Fi while its cable runs to the main network downstairs.

What to check

  • Check the app or controller reports a wired uplink.
  • Confirm negotiated link speed and test the cable.
  • Compare the wiring with the exact model's supported topology.

Practical next steps

  • Connect nodes through a supported arrangement.
  • Replace or repair verified cable and port faults.
  • Retest local transfers and an everyday call after the change.

Keeping it reliable

Label cables and preserve a diagram. Do not join spare ports randomly: loops can disrupt the entire network. A wired backhaul does not increase the internet contract or remove every client-radio limitation.

Technical sources

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