My 3 Ruckus AP also worked with just inline power to the port, but the AP complained via logs and through the newest unleashed App, afte the latest firmware update this week, that they were not getting their full allocation of power. Looking at the ICX power stats before the change it seems while the APs were correctly listed as 802.3at devices by the ICX they were each being allocated a MAX 15.4 W power. After enabling LLDP on each of the APs ports the ICX now reports that each AP has now negotiated a Max draw of around 26.5 W, if memory serves.
Not sure if that will affect the AP's performance or not, but I have seen reports of only 2-3 out 4 antennas working when they are under-powered.
Copied from wikipedia but 802.3at Type 2 "PoE+" has Four power class levels (1-4) negotiated by signature (I think this is the best you can get with just inline power) or 0.1 W steps negotiated by LLDP.
I am unsure if the Unifi AP's support LLDP or not as the Ruckus AP's do, but unless hear or read otherwise enabling LLDP on a port does not seem to have any negative impact if you plug a POE device in that doesn't support it.
Not sure if that will affect the AP's performance or not, but I have seen reports of only 2-3 out 4 antennas working when they are under-powered.
Copied from wikipedia but 802.3at Type 2 "PoE+" has Four power class levels (1-4) negotiated by signature (I think this is the best you can get with just inline power) or 0.1 W steps negotiated by LLDP.
I am unsure if the Unifi AP's support LLDP or not as the Ruckus AP's do, but unless hear or read otherwise enabling LLDP on a port does not seem to have any negative impact if you plug a POE device in that doesn't support it.
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