GT96180-1856T3-APOE

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Power over Ethernet (PoE) technology is an emerging technology that has been gaining more popularity in recent years as a solution for energy efficiency and low cost in-building networks. The GT96180-1856T3-APOE is a specific device that harnesses this technology to make Ethernet devices work more efficiently and reliably while being cost effective. This article will cover the application field of the device, as well as the working principle of PoE.

What is Power over Ethernet (PoE)?

Power over Ethernet (PoE) is a technology that supplies power to Ethernet enabled devices, such as IP phones, VoIP phones, outdoor cameras, wireless access points, and more, by utilizing the existing network cabling system. PoE technology brings both data and power through existing Ethernet cables by injecting a low voltage of power into the data lines. Since PoE systems draw power from the same cable that carries the data, it eliminates the need for an extra power cable or additional wall outlets or power sources. This in turn makes installation straightforward and much faster as well as cost efficient.

What is the Application Field of GT96180-1856T3-APOE?

The GT96180-1856T3-APOE is a PoE switch specifically designed for deployments that require more power. It provides 32 gigabit ports and 4 10G SFP+ uplink ports. This device supports maximum Watt per port up to 30 Watts, which can effectively power a variety of PoE enabled devices such as IP surveillance cameras, VoIP phones, wireless access points, and more. This makes the device suitable for applications such as access control, enterprise network, bank, hotel, hospital and train station monitoring.

How Does PoE Work?

PoE technology works by utilizing the standard twisted-pair cables to transfer both data and power. By using two wiring pairs, one pair is used to transmit data and the other is used to transfer power. At each end of the wire, there is both a power source and a power injector, which provides power and data to the device. The power injector and power source are connected together through an Ethernet switch (such as the GT96180-1856T3-APOE).

In order for the power injector to work, it must be connected to a power source such as an Ethernet switch, a power injector, or a power over Ethernet (PoE) midspan. The midspan is used to inject power into existing network lines, allowing power to be sent to non-PoE capable devices. This makes the installation of PoE very easy and cost-effective.

The power injector works by converting the AC voltage that is supplied by the power source into a DC voltage that is suitable for the device. It then sends the power down the Ethernet cable to the device, where it is converted back to the device’s required voltage. This allows for the power to be sent to the device, without the need for any extra cables.

Conclusion

The GT96180-1856T3-APOE is an efficient and cost-effective device for deploying PoE systems. It provides a maximum watt per port of up to 30 watts, and is suitable for applications such as access control, enterprise networks, banking, hotels, hospitals and train station monitoring. Additionally, by using existing network cabling, PoE technology helps eliminate costly extra wiring. This article has provided an overview of the application field of the GT96180-1856T3-APOE, as well as the working principle of PoE.

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