RYMSA supplies a sophisticated high-power combining system to EMITEL.

EMITEL, a member of the Telekomunikacja Polska group, the main terrestrial broadcast operator in Poland, with nationwide coverage, has entrusted RYMSA with the supply of a sophisticated system to combine high-power analog and digital channels.

This equipment is supplied with a 19-port switching system that will allow the customer to set up all the configurations it has requested.

The contracted equipment is an example of the type of technical solutions that RYMSA creates as custom designs aimed at satisfying each customer's specific needs.

This project is already being extended with other equipment items having similar characteristics that will be included in Poland's digital television network.

RYMSA was awarded the supply contract for three VHF and UHF radiating systems by América Televisión.

These systems will serve to extend the national coverage offered by this major Peruvian television channel in the cities of Cuzco, Ica and Chosica.

These new systems have helped RYMSA to consolidate its position in the Andean country, where the Spanish firm furnishes radiating systems and combiners to the main radio and television operators.

We are grateful to all the staff of América Televisión for their trust in RYMSA. 

RYMSA successfully culminates the supply and start-up of new antenna equipment and multiplexing devices for VTV in Ho Chi Minh City.

Vietnam Television, a public radio and television broadcaster in the southeast Asian country and the main terrestrial operator, has placed its trust in RYMSA for the supply of a sophisticated UHF radiating system with omnidirectional coverage and 50 kW of power admission, to be installed in one of the city’s most emblematic high rise buildings.

With the purpose of giving coverage to the more than eight million inhabitants of Ho Chi Minh City, the innovative solution applied again positions RYMSA as a leading company in its industry, since it is based on the installation of the system in two opposite vertices of the building, using the most modern computer tools.

The project also includes the supply of a 3x10-kW program combiner. The system is expected to undergo expansion very shortly.

The radiating system is prepared to broadcast future digital signals.

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