A dead zone on an Orbi 960 network is a place the satellites do not cover, and the cure is placement, not settings. The 960's 6 GHz band has a short range, so a room that was fine on 5 GHz may be weak if the device prefers 6 GHz, and walls, floors, mirrors and metal absorb it.
The checks in more detail
Put the satellite where it still receives a strong signal from the router, about halfway to the dead area, rather than in the dead area itself; a satellite in a dead zone has a weak backhaul and cannot help. The Orbi app shows the satellite's signal to the router with a colored indicator, and the aim is a good or excellent link. Wired backhaul over Ethernet removes the issue of backhaul strength. Raise the satellite off the floor and away from metal and appliances.
If a satellite is at its limit, adding another in the middle of the gap helps. Devices that hold on to a distant unit can be nudged by turning Wi-Fi off and on. Check that the satellites run the same firmware as the router. An Orbi satellite's LED also shows the link: a white or blue light means a good link and amber or magenta means a weak or missing one, so you can place a satellite with the LED as a quick guide before you open the app.
Move it a meter or two and wait a minute to see the LED change. Check whether the dead zone is on another floor: signals pass poorly through floors, so a satellite directly above or below the router may be weaker than one on the same level farther away. Place the satellite on the same level as the dead zone with a clear path to the router.
Differential
Likely causes of “NETGEAR Orbi 960 Series mesh has weak signal or dead zones”, and how to tell them apart
- 1
A satellite placed in the dead zone
What separates it Its backhaul is weak
How to confirm Move it to the halfway point
- 2
6 GHz range
What separates it Devices in far rooms are slow on 6 GHz
How to confirm Let them use 5 GHz or add a satellite
- 3
Walls, floors and metal
What separates it Signal fades in certain rooms
How to confirm Raise the satellite and clear obstacles
- 4
A weak satellite link
What separates it The app shows a poor link
How to confirm Wire the satellite or move it closer
- 5
A device clinging to a distant unit
What separates it A device is slow near another satellite
How to confirm Toggle its Wi-Fi to reconnect
Before you touch a setting
Record this first — changing settings destroys the evidence
- The link color for each satellite in the app
- Where the dead zone is
- The satellite's position and obstacles
- Whether satellites are wired
Try in this order
0 of 8 completedCheck the satellite link in the app
ReversibleLook for a good or excellent link.
Move the satellite to the halfway point
ReversibleNot into the dead zone.
Raise it and clear obstacles
ReversibleAway from metal.
Wire the satellite
ReversibleIf you can run Ethernet.
Add a satellite in the gap
ReversibleIf one is not enough.
Reconnect the device
ReversibleToggle its Wi-Fi.
Use the satellite LED as a guide
ReversibleWhite or blue is good; amber or magenta is weak.
Wait a minute after each move
ReversibleThe link needs time to settle.
Model-specific
What is true of this model and not of its siblings
- 6 GHz
- Fast but short range.
- Halfway rule
- A satellite needs a strong link to the router.
- LED guide
- The color shows link quality.
- Settling time
- Wait after moving.
Stop boundary
When this stops being a self-service repair
- !If a close satellite has a poor link, contact NETGEAR support
- !If the house is large, add another satellite
- !Check the firmware
Evidence ledger
Sources behind this answer
Exact questions
Common questions
Why do I have a dead zone with an Orbi 960?+
The satellite is too far or 6 GHz is short range.
Where should the satellite go?+
Halfway to the dead area.
Does wiring help?+
Yes.
How do I check the link?+
In the Orbi app.
What does an amber LED mean?+
A weak link.
How long should I wait?+
About a minute.