BRT is able to plan the radio link transmission network for the interconnection of entire network clusters, starting from the definition of the nominal layouts, up to the production of the link budget, as well as the supervision network.

BRT is able to plan optic fiber interconnections, starting from the definition of road layouts up to the sizing of shafts, muffles and optical termination frames.

BRT is able to plan entire network clusters for the radio coverage of geographical areas, starting from the definition of the nominal plan of the broadcasting points up to the production of system radio cards with the sizing of the radio electrical parameters of each single point.

BRT is able to carry out interferential measurements in the microwave range aimed at searching for a free channel for transmission use. BRT is also able to carry out the same measures aimed at investigating any interfering sources, characterizing their spatial and temporal origin.

BRT is able to carry out optical visibility analyzes to determine new directions to be implemented in radio link even for distances greater than 20 km. For longer distances, BRT is able to carry out the same analyzes instrumentally by simulating, in fact, a temporary radio link and verifying its feasibility in the field.

BRT has specialized technicians to carry out all routine activities on radiant systems: orientation of diffusive panels, mechanical tilt, parabolic antenna pointing.

BRT through analysis of network statistics is able to optimize existing networks in order to reach the KPIs defined as targets

Over the years BRT has collaborated with the main national operators in the management, testing, production and data loading of central equipment. Furthermore, we have engineers in our team who collaborate with the main national operators in the production and loading of data for the integration / upgrade of the SRBs