Utilise as much space as possible and still get great connectivity on a double decker train with the SENCITY® Rail MIMO Low Profile antenna, an omni-directional rooftop MIMO antenna that is just 40 mm in height. It covers services for 5G and Wi-Fi 6E bands and includes multiband GNSS options. Find out more.
Omni-directional railway roof-top antenna family for all types of trains. Designed to meet the special requirements of railway applications including high current and high voltage protection.
Omni-directional MIMO broadband railway rooftop antennas for all types of trains. Designed to meet the special requirements of railway applications including high current and high voltage protection.
Omni-directional broadband MIMO and SISO rooftop antennas for all types of trains. Ultra low profile design with a maximum height of only 40mm. Designed to meet the special requirements of railway applications including high current and high voltage protection.
Omni-directional broadband 4x4 MIMO rooftop antennas are designed for wireless applications to meet special requirements of railway applications including high current and high voltage protection.
Directional railway rooftop antenna family for all types of trains. Designed to meet the special requirements of railway applications including high current and high voltage protection.
Directional railway inter-carriage antennas for high-throughput data transmission between train carriages which require no manual configuration during train operation.
Omni-directional MIMO railway in-carriage antenna family for all types of trains. Designed to meet the special requirements of railway applications including environmental and fire certifications.
Omni-directional SISO railway in-carriage and trackside antenna family for all types of trains. Designed to meet the special requirements of railway applications including environmental and fire certifications.
Omni-directional MIMO railway in-carriage antenna family are suitable for all types of trains. Designed to meet the special requirements of railway applications including environmental and fire certifications.
Directional high gain WLAN / WiFi antenna for railway trackside and tunnel applications.
Compact directional railway in-carriage antenna family for all types of trains. Designed to meet the special requirements of railway applications including environmental and fire certifications.
HUBER+SUHNER is offering a wide range of unobstrusive and easy to install wideband antennas for distributed antenna systems.
Broadband omni-directional antenna with small form factor for indoor DAS.
SENCITY® Occhio MIMO DAS (Distributed Antenna System) or small cell antenna, offers the operator 5G coverage, a simple, time-saving installation process and an attractive industry preferred design with a small form factor. Thanks to its multiband capability between 1.7-6 GHz and 2x2/4x4 MIMO configurations it supports todays and future wireless applications.
Ultra-broadband antenna with low profile for indoor DAS.
Small form factor indoor DAS antenna for private and public security and LTE networks.
MiMo and SiSo antenna with attractive design and five different mounting options for indoor DAS.
SENCITY® Urban 100 outdoor MIMO round shaped antenna covers both the 4G and 5G high frequency ranges and is as compact as possible for installation in different types of street furniture such as bus shelters, poles or walls, depending on the location. Available into different models with omni directional and directional features.
SENCITY® Urban 200 outdoor MIMO rectangular shaped antenna covers both the 4G and 5G high frequency ranges and is as compact as possible for installation in different types of street furniture such as bus shelters, poles or walls, depending on the location. Available into different models in 70° and 110° horizontal half power beamwidth.
Small, directional medium gain WLAN / WiFi / ISM / DECT / cellular band antenna. Variants available optimised for harsh industrial, railway or indoor environment.
Small, directional medium gain WLAN/ WiFi / DECT / cellular band antenna.
Directional high gain WLAN / WiFi / ISM band antenna for indoor and outdoor applications.
Vandalism-proof omni-directional antenna for outdoor and indoor applications. The product can be configured to specific needs.
Omni-directional WiFi/multiband stick antenna for harsh industrial environment or DAS applications.
Omni-directional stick antenna for harsh industrial environment or DAS applications.
Omni-directional stick antenna for DECT applications.
Omni-directional dual-band WLAN / WiFi / cellular / LTE antenna for wireless device integration.
The SENCITY® Road rooftop antennas are developed for buses, trucks and heavy duty vehicles. The portfolio of antennas offers bespoke solutions with different combinations of radiating elements efficiently designed to fit into a single compact housing.
SENCITY® Road MIMO antennas offer support for MIMO systems either by use of several radiating elements within one common housing or by installing several antennas spaced from each other for an optimised performance.
This SENCITY® Road antenna is in a PUCK form factor and designed for connection in SISO applications in 400 MHz bands / TETRA.
This product category includes panel antennas for outdoor special communication applications that offer various sector characteristics, down-tilt options and meet medium to high gain requirements.
Omni-directional antennas for outdoor special communication applications. Designed to meet medium to high gain requirements with broad band designs available as well.
The product category includes omni-directional and directional antennas for indoor applications in the area of special communications.
This portfolio includes ruggedised and multi-purpose antennas for special communications.
The GPS L1 / L2 antennas are ideally suited for exterior installations on roofs. These HUBER+SUHNER antennas contain large selective patch antennas and an RF band pass filter that attenuates cellular and radar frequency ranges in order to minimise interferences and blocking effects.
Smallest form factor mm-wave antenna minimising the visual impact of point-to-point radios.