FI-S2S-T

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FI-S2S-T or field-installed single-ended to single-ended twisted pair is a technology utilizing unshielded twisted pair (UTP) cabling, such as Category 6A or 7 cables, to make up a link between two active endpoints.

FI-S2S-T serves many applications, including in industrial, data center, local area network (LAN), and data communications applications. The technology is cost effective, has simple installation, and provides high transmission performance.

The physical principle of FI-S2S-T is based on a variation of the Category 6A cabling. Each of the four twisted pairs of the cable have a conductor with one side being used to transmit and the other side used to receive. This mechanism creates a point-to-point connection with the receiving cable also connected to the transmitting cable, while the transmitting cable remains unconnected to the ground.

FI-S2S-T operates like the traditional twisted pair topology with the same performance benefits of regular twisted pair. The major difference between FI-S2S-T and traditional twisted pair is the use of isolating magnets to separate the transmitting and receiving cables. This design allows for no cross-talk and noise interference, leading to greater signal stability and reliability.

The use of isolating magnets also reduces the overall amount of cabling needed for an installation. Since the transmitting and receiving cables are physically separated, only one cable is needed to connect two locations together. This reduces both the installation and maintenance costs significantly.

In terms of performance, FI-S2S-T exhibits excellent signal stability, low loss, and low return loss. With the combination of low crosstalk and low noise, FI-S2S-T also provides an improved signal to noise ratio, which improves the overall transmission performance.

FI-S2S-T therefore provides an excellent solution for point-to-point connections in industrial, data center, LAN, and data communications applications. It is cost effective, easy to install, and delivers reliable and consistent transmission performance.

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