Do you know how many service antennas could be connected for each output power repeater?

The number of service antennas you can connect to a repeater  doesn't directly depend on the output power of the repeater itself.

Here's why:

Power is for range: The output power of a repeater determines the range it can cover. Higher power allows signals to reach further.

Antennas have gain: Service antennas also have a gain rating, which affects how well they transmit and receive signals.

System limitations: The real limit on how many antennas you can connect is often the repeater system's capacity to handle multiple connections simultaneously. This can depend on factors like the type of repeater and its internal design.

So, while a high-powered repeater might seem like it could handle more antennas, the bottleneck might be in the system's ability to manage multiple connections, not the raw power output.

Theoretically, in an open space without obstacles such as walls, the coverage area of an indoor service ceiling antenna is about 300 square meters. Since obstacles will hinder the propagation of signals, we must consider this factor during the installation process. . From repeaters with output power from 10dBm to 43dBm, we can generally choose a suitable repeater based on the following installation suggestions. Of course, proper engineering installation has an important impact on the effect of the repeater installation.

Here are some things to consider for your specific setup:

Repeater system specifications: Consult your repeater's manual or manufacturer for information on its maximum antenna connections.

Cable quality and loss: The quality and length of cables connecting the repeater to the antennas can introduce signal loss. This needs to be factored in for effective operation.

Frequency coordination: If you're using multiple antennas, you'll need to ensure they operate on different frequencies to avoid interference.

For a more definitive answer, it's best to consult a qualified technician(Amplitec) or refer to the specific repeater system you're using.