PoE-Output :
The Mikrotik RB260GSP as 4 Interface with PoE-Out (Ether2, Ether3, Ether4 and Ether5)
Every single of these Ethernet-Interface is able to deliver up to 1A
So for Exemple :
12V x 1A = up to 12 Watts per Port
24V x 1A = up to 24 Watts per Port
30V x 1A = up to 30 Watts per Port
-----------------------------------------------------------------------------------
Important Notice 1:
If you have more then two PoE-Interfaces active,
you will need to make sure, that you don't exceed 2A.
The 2A referrers to the combined PoE-Outputs (Ether2 thru Ether5)
Important Notice 2:
You can Power the Mikrotik RB260GSP via PoE and/or DC-Jack.
It make no difference for the Switch or the PoE-Outputs.
A. Just make sure the Voltage is the right one for all your devices.
B. Make sure your Power-Supply as enough amps (A) for everything.
For Exemple :
If you use a 24V / 2.5A Power-Supply
You will be able to power everything.
Thank you for your reply ConnyMercier.
You can Power the Mikrotik RB260GSP via PoE and/or DC-Jack.
This comment above is the one I want to elaborate on.
So if I use a PoE injector with a power supply 24V / 2.5A to PoE-In interface, should that PoE-In interface deliver 2A in total for the other four Ethernet ports?
With power supplied from jack, I agree with all that you have mentioned. But I was wondering if the 1A limitation is also applied to PoE-In with that resulting in less Watt in total for my PDs.