How Does a PoE iniettore Work?
When Ethernet switches or other devices have no PoE function but need to support PDs (Powered Devices) like PoE IP cameras, PoE wireless access points (WAP), PoE lighting, etc.,
a PoE iniettore can help transfer both power and data to these PDs up to 100m.
Usually, a PoE iniettore converts the alternating current into the direct current so it can be the power supplier for low voltage PoE devices.
PoE Ethernet iniettore benefits are presented as follows:
Ease of installation: simply connect the PoE to the PoE endpoint and to an Ethernet switch to provide data and power.
Flexible to network expansion: PoE iniettores add PoE capability to non-PoE Ethernet switches, which extends the network connection distance and provides combined power and data over Ethernet cable to end devices for a better connection.
Minimal investment budget: Utilizing the existing Ethernet equipment and cabling infrastructure, the relevant costs will be minimized in a PoE iniettore solution.
When you are ready to purchase, make sure you have thought about the following three things:
The number of PDs: If there is only one PD, a PoE iniettore with a single port will do. However, if there are several PDs, make sure you have a sufficient number of ports.
PoE port power supply: The PoE iniettore's PoE standard must conform with the PD. There are three primary PoE standards—802.3af (PoE) supplies power to up to 15.4 watts (W); 802.3at (PoE+) supplies power to up to 30 W; 802.3bt (PoE++) supplies power to up to 100-watt.
Power supply voltage: Just as with the PoE power supply, the PoE iniettore's voltage must be compliant with the PDs. This compliance will prevent overloads or operating issues.