TRENDnet TEG-102S 2-Port Gigabit Ethernet Splitter for Network Devices

TRENDnet TEG-102S

2-Port Gigabit Ethernet Splitter for Network Devices

The TRENDnet TEG-102S is a compact and versatile 2-Port Gigabit Ethernet Splitter designed to extend your network connectivity. This device allows you to use a single Ethernet cable to connect two separate network devices at a distance. It is an ideal solution for situations where running a second cable is not feasible, such as in an old building or a complex wiring environment. The splitter is perfect for connecting two computers, a computer and a printer, or any two network devices over a single cable, up to the maximum standard Ethernet distance.

As a genuine TRENDnet product, this splitter ensures guaranteed compatibility and optimal performance. It is a passive device, which means it requires no external power source, making installation simple and hassle-free.

Features :

This splitter is engineered for simplicity and efficiency. It works by using the four available twisted pairs within a standard Cat5e or Cat6 Ethernet cable. One pair is used for each of the two connections at the far end, and they are then recombined at the other end with a second splitter. This allows for two separate 10/100 Mbps connections over a single cable. The metal housing of the TEG-102S provides durability and helps protect against electromagnetic interference. The device's plug-and-play design means no software or configuration is needed for it to function.

Advanced Options :

It's important to note that while this device is designed for Gigabit Ethernet, it will split the connection into two 10/100 Mbps channels, as the Gigabit Ethernet standard requires all four pairs for a single connection. The TRENDnet TEG-102S is an excellent tool for specific networking scenarios, providing a cost-effective solution for expanding a wired network where cabling is a constraint. It is a reliable and straightforward device that simplifies network expansion without a significant investment in new cabling.