[TROS 17-32 K] Fiber Optic Multiswitch

TROS 17/32 FIBER OPTIC MULTISWITCH

With the development of fiber optic technologies in satellite antenna systems, it is possible to monitor all satellites by carrying satellite signals to the interiors of apartments and field distribution panels in blocks or large complex structures with fiber optic cables and only by running coaxial cables to TV sockets in order to minimize the copper cable requirements.

1- TROS 17/32 has 16 IF+RF (4 SAT+RF) coaxial inputs and 32 subscriber outputs are designed as fiber optic. An industrial structure is created by carrying multiswitches with coaxial subscriber outputs and their subscriber outputs via fiber optic.

2- Voltage, polarity control, 22 Khz etc. signals coming from the digital receiver on the subscriber reach the center as fiber light and each output works as 1 subscriber.

3- The device also has a 17 x – 1 db Tap-off output for connecting additional TROS 17/32 FIBER OPTIC MULTISWITCH devices. In this way, 7 device-hopping connections are made.

4- Usage areas are in large complexes, long distances, facilities with 2, 3 or 4 TV sockets at each point, for example, holiday villages, factories, public buildings, Villa projects, high towers, etc.

5- In this way, 4 satellite + RF signals are carried to subscribers directly via fiber cable, without the need to use high-cost fiber converters and multiswitches for points with a small number of TV sockets, and all signals are transported to long distances with low loss.

6- Additional QAM or ANALOG HEAD-END RF signals to be installed at the center are also carried through the system, and if there are 5-6-7-8 or more sockets at the distribution points, the scenario is to monitor satellite signals from 2,3 or 4 TV-Sat sockets. Systems can be designed to monitor head-end signals from other sockets.

7- By keeping the use of coaxial cables to a minimum in projects, losses that may occur due to deformation of the copper cable in the system over time are prevented.