Cross Polarized MiMo
Railway Antennas

ANTONICS is one of the leading developer and producer of high sophisticated 5G Cross Polarized MiMo Railway Antennas with 6×6 MIMO technology antenna systems for public transport and industrial markets. Based on latest technologies Antonics designs and manufactures antenna solutions for use in public transport applications.

Products of ANTONICS are known in the market under OmPLECS for antennas and OmCabPro for coaxial cables as leading innovative supplier to the railway and public transport market.

For more infos to OmCabPro cables, please follow this link: OmCabPro EN 45545-2 and ECE R118 Low Loss Flexible Coaxial Cables

Antenna with DC Blocker

Major Benefits using Antonics Antennas:

  • High Capacity Antennas
  • Extreme Miniaturazation
  • Multi-Functionality
  • Modular Antenna Design
  • Highest RF Port Isolation
  • Low Noise Amplifier & Filter

The antennas are developed based on most modern solutions, tools and methods applying planar waveguide and circuit technologies, so as associated manufacturing technologies for antenna technology and related adaptive receiver production.

Extremely low profile antenna height 40mm / 60mm with the highest technological demands on the antenna performance, certified according to EN50155 allow multi-band use of different communication systems such as 2m-Band, 70cm-Band/trunked radio/TETRA/UIC, GSM-R, GSM 1800, UMTS, LTE, 2×2 LTE MIMO, 4×4 LTE MIMO, 4×4 5G MIMO, Wi-Fi 2.4, Wi-Fi 5.8 and GPS / GLONASS covering a selective frequency range from 146 MHz up to 6 GHz in single radome.


Due to the selective coupling of the respective frequency range with the high quality connectors of the series N and TNC, there is no costly splitter needed, like by already known other broadband antennas. Via the selective coupling, the efficiency of the individual bands is significantly improved compared with conventional multiband broadband concepts which sometimes come with only one RF port.

The high port isolation between MiMo ports provides high performant use of multiport MiMo technologies.

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