EXPO Ferroviaria is the only B2B trade fair in Italy exclusively dedicated to the railway industry.
This prestigious event brings together key industry players and offers an unparalleled opportunity for companies and clients to network and exchange insights on market trends. EXPO Ferroviaria will take place from September 28 to 30, 2021, in Milan, and we warmly invite you to visit our partner JAMPEL and us at booth H50.
We will be showcasing our broad range of planar multiband antennas designed for public transportation applications. Highlights include our latest 5G outdoor railway antennas featuring 4x4 MIMO technology, as well as the enhanced indoor railway antennas with 6x6 MIMO Wi-Fi capability.
ANTONICS is a leading developer and manufacturer of planar antenna system technology.
At our Berlin facility, we develop and manufacture BUS and TRAIN ANTENNAS for professional radio communication applications using the most advanced technologies. For public transport use cases, we offer BUS and TRAIN ANTENNAS in a wide variety of configurations.
As with previous trade show appearances, ANTONICS will again be presenting its highly innovative multiband bus and train antennas from the renowned OmPlecs-TOP 200 AMR series.
ANTONICS’ ultra-low-profile antennas (with installation heights of only 40mm or 60mm) enable the simultaneous use of various communication systems — including 70 cm band / trunked radio / TETRA, GSM-R, GSM 1800, UMTS, LTE, 2x2 LTE MIMO, 4x4 LTE MIMO, 5G MIMO, WLAN 2.4, WLAN 5.8, and GPS/GLONASS — all via a single antenna.
Thanks to the selective coupling of each frequency range through high-quality connectors from the N and TNC series, there is no need for costly splitters as required by conventional broadband antennas.
The ANTONICS principle significantly improves the efficiency of each individual frequency band compared to standard multiband broadband designs (which typically have only one connector).
ANTONICS offers full technological support to its customers in practical, real-world project scenarios and is capable of developing solutions for complex challenges. These range from compliance with required vehicle clearance profiles to advanced RF simulations of antenna radiation patterns on the vehicle roof, including surrounding vehicle structures.