16 Port PoE Switch

What Is PoE Switch? Where Can You Use It?

Selecting the Right PoE Switch and how to use PoE Switches– A Brief Overview

Maximize Your Network Efficiency with PoE Switches: A Deep Dive into Applications and Benefits

Empowering Your Network with EtherWAN Industrial Ethernet and PoE Switches

        

How much power does a 16 port PoE switch use?

The power consumption of a 16-port PoE switch is influenced by several factors, including the model, power budget, and PoE standard. The EX78900X Series PoE switch is a top-performing option with a maximum power consumption of 90W and a maximum non-PoE consumption of 20W. It supports IEEE 802.3af (type 1) devices with up to 15.4W of power output, IEEE 802.3at/bt (type 2/3) devices with up to 30W or 60W of power output, depending on the port voltage (46-57VDC or 52-57VDC). For IEEE 802.3bt (type 4) devices, it can provide up to 90W of power output with a voltage of 54-57VDC. Experience the power and efficiency of the EX78900X Series PoE switch for all your networking needs. Input

46-57VDC Redundant (Terminal block)**

46-57VDC for IEEE 802.3af type 1, ≤15.4W PD devices. **
52-57VDC for IEEE 802.3at/bt type 2/3, 30W, 60W PD devices.
54-57VDC for IEEE 802.3bt, type 4, 90W PD devices

Power Consumption

20W Max (without PoE)

PoE Power Output

Ports 1-12: Up to 90W/port;
Power Budget: 360W         

How does a 24-port switch differ from a 48-port switch?

The primary distinction between a 24-port and 48-port switch is the number of Ethernet ports they offer. A 24-port switch has 24 ports, whereas a 48-port switch provides twice as many with 48 ports. It's important to consider your networking requirements, number of devices, and power resources when deciding between the two, as a 48-port switch typically consumes more power due to the additional hardware for the extra ports.