Installing Multiple Starlinks

To set up a multi-antenna connection with Starlink, please follow the instructions in this section.

Considerations for installing Multiple Starlinks in close proximity

Before installing multiple Starlink antennas at a location, please review the following considerations:

Minimize Obstructions: Each Starlink should have a clear view of the sky 20° elevation above the horizon, 360° around the azimuth. You may need to raise the antennas on a pole/pedestal to get a clear view of the sky & good service. If you have obstructions > 20° elevation in any direction, the performance will be negatively affected. An obstructed terminal can be worse for performance than no terminal.
Minimum separation distance: the minimum separation distance from the mount center to mount center should be 0.9 meters.
Orientation of the mounts: The mounts are tilted 8° to facilitate water runoff. Ideally, the antennas should be tilted in the direction with the fewest obstructions. If multiple antennas are installed in close proximity, they should tilt away from each other. If they tilt toward each other, it can cause unnecessary interference.
Orientation of the Dish & Power Supply Unit: Dish & PSU should be set up so that connectors are facing down or to the side. This is to avoid rainwater sitting around the seal.
Sealant: Only non-setting sealant, like dielectric grease, should be used inside or around the seal. No RTV should be placed on the seal, nor on the surface that interfaces with the seal, nor on the metal part of the connector. Once the cable has been fully inserted, then Dow 737 RTV can be used on the very outside of the socket/plug interface to provide additional waterproofing.
Ethernet Cables: There should be no kinks in ethernet cables. This can lower your speed.

Then continue with the section on "Networking Multiple Antennas" to learn how to integrate more than one Starlink into your network.

Networking Multiple Antennas

Using the included Wifi

The included Wifi Router can be set up separately with each individual dish using the the same network name (SSID) and password. They will work as separate, independent systems.

The Starlink Mesh feature will not be available. This means that each router/antenna pair will be isolated, and data will not be shared among routers on the internal network. If one antenna loses connection to the network, then the associated Wifi will no longer provide internet.

Your phone or other device will connect to the nearest Wifi Router. This shouldn't cause problems in general, though you may notice that your device sticks to whichever it is connected to even if you move closer to the other router.

Using a third-party router

You can use a third-party router appliance to perform advanced networking to interconnect multiple Starlink antennas at a single site. This type of equipment can provide features such as load balancing, failover, link aggregation, IPSEC tunneling, etc. Manufacturers include Peplink, Cisco, Fortigate, Versa, Silverpeak, Aruba, etc.

Network Setup: If you are using SDWAN, please consider the following to optimize performance.

Load Balancing: Set as even a load balance as possible across all terminals. This should be on a throughput basis (not sessions, or some other metric).
Health Checks: Configure heath checks (i.e. pings, etc.) to deal with occasional short-duration outages from Starlink. For example, checking every 10 seconds & getting 5 fails in a row would be a good threshold for flagging the connection as "down".
Throughput: If there are any obstructions blocking the antenna's view of the sky, then you can expect intermittent interruptions in connectivity. This can result in overall lower throughput for that antenna. Please take this into account when traffic shaping.

Starlink status

The status of each Starlink antenna can be checked via the App or through your Starlink Dashboard