...
The example above shows us, that the KNOT sees two Bluetooth tags within its operating range with MAC addresses "DC:2C:6E:0F:C0:3D" and "2C:C8:1B:4B:BB:0A", their respective payloads ("DATA" field) and the signal strength ("RSSI" field). When testing locally to see how many payloads can the KNOT handle, we've achieved the following results → with 300 tags (in factory settings), scattered around the KNOT and using a Bluetooth filter "keep-newest" (which overwrites previously received payloads for each unique MAC address with the newest one, so that the Bluetooth list would display 1 payload per 1 unique tag's MAC address at all times), all 300 MAC addresses appeared in the KNOT's range after 30-40 seconds. This is where you need to keep in mind that all 300 tags broadcasting over the same channels at the same time will cause interference (delay in the reception). When we "cleared" the Bluetooth payload list, each second the list got 20 new entries and after about ~15 seconds, the list had 250-290 payloads. Then after ~15 seconds more, the list displayed all 300 unique tag payloads. The ctual actual number of tag's tags your KNOT is able to handle is heavily dependant dependent on the environment, so it is better to test it on sight.
...