SENCITY® Rail
In-carriage antennas
Nowadays, when passengers expect a stable internet connection even when travelling at high speed, indoor rail antennas play a key role. These technologically advanced components ensure reliable distribution of the mobile signal inside the train sets.
The origin of HUBER and SUHNER dates back to 1864; the merger in 1968 created a company with a long tradition of innovation, maintaining its leadership in metallic, radio frequency, and optical connectivity for demanding applications.
areas of use
SENCITY® BRIDGE
Directional inter-vehicle antennas for high-performance inter-car data transmission that require no configuration during operation.
properties
- transmission rate more than 400 Mbit/s
- specially designed radiation pattern providing a robust and secure connection
- no physical configuration or maintenance is required after installation
- complies with rail industry standards EN 50155, EN 45545-2, and NFPA-130
SENCITY® OMNI-SR
Omnidirectional indoor rail antennas.
properties
- up to 4x4 MIMO configuration
- Wi-Fi bands 2.4 and 5 GHz, 6E
- easy one-hole mounting
- certified to rail industry standards EN 50155, EN 45545-2, and NFPA-130
SENCITY® OMNI-SR SLIM
MIMO omnidirectional railway antenna suitable for all types of trains. Designed to meet the special requirements of the rail market, including environmental and fire certifications.
properties
- high-gain omnidirectional antenna
- 3x3 and 6x6 MIMO configurations
- covers services for the 2.4, 5, and 6 GHz Wi-Fi bands
- supports new Wi-Fi 6E frequency bands
- recessed wall/ceiling mounting, compact design
- complies with rail industry standards EN 50155, EN 45545-2, and NFPA-130
SENCITY® SPOT-SR
Compact series of directional railway antennas.
properties
- directional high-gain antennas
- covers services for the 2.4 and 5 GHz Wi-Fi bands
- various mounting brackets are available
- certified to rail industry standards EN 50155, EN 45545-2, and NFPA-130
documents for download |
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| Railway in-carriage antennas catalogue.pdf | |
Ing. Jiří Lošťák
