16 December 2025
HUBER+SUHNER’s recently launched SENCITY Urban 300 brings a new addition to the company’s range of indoor and outdoor directional antennas designed to enhance 5G network performance. This compact antenna is tailored for wireless operators and installers seeking high data throughput in a small footprint within the 5G frequency spectrum.
As the proliferation of smart mobile devices continues to challenge network capacity, small cell solutions and Distributed Antenna Systems (DAS) are becoming essential for increasing network density. These technologies enable wireless systems to support more users with faster speeds, especially in urban environments where coverage is difficult to achieve with traditional macro cells. The SENCITY Urban 300 aims to address these challenges by providing a high-capacity solution suitable for city streets, airports, train stations, shopping malls, and sports stadiums.
“Future mobile networks will deliver much more. As networks evolve and upgrade, we are committed to providing infrastructure that supports the growth and adoption of 5G. The SENCITY Urban 300 strengthens this effort by enhancing capacity in central locations,” said Cristina Olimpieri, Product Manager at HUBER+SUHNER.
This dual-polarised antenna combines an aesthetic design with excellent electrical performance. It features a PIM-optimised design that minimises network interference, helping operators maximise system performance. Equipped with MIMO 2x2 technology, it enhances wireless capacity and quality without requiring additional bandwidth or higher transmission power. The antenna offers a gain of 5-7 dBi and good port isolation within the 5G frequency range.
Installation flexibility is another key feature; the compact size allows for discreet mounting on walls or poles, making it suitable for street furniture and in-building applications. The SENCITY Urban 300 is the third antenna in HUBER+SUHNER’s series, following the successful Urban 100 and 200 models, further expanding options for 5G network deployment.
