SPINNER completes DAS Portfolio with In-Building Antennas

SPINNER expands the portfolio of passive DAS (Distributed Antenna System) components with indoor antennas and thus offers a coordinated complete solution for in-building networks from a single source.

The high-quality, innovative SPINNER radio frequency products and solutions provide the best electrical and technical performance to improve network coverage in shopping malls, exhibition and convention centers, hotels, hospitals, universities and schools, office buildings, airports, underground car parks, train and subway stations or other indoor spaces. SPINNER enables cost-effective, future proof broadband configurations and supply with all well-known wireless mobile communication standards (GSM, UMTS, AWS / PCS, LTE, 5G).

Complete solution for in-building networks from a single source

All SPINNER indoor antennas have 4.3-10 connectors and provide very good electrical characteristics over their specified frequency ranges. Depending on the chosen antenna type they are starting from 380 MHz (Tetra) reaching up to 6000 MHz (Wi-Fi) frequencies. There are a variety of radome and pattern styles, including 1-Port SISO (Single Input Single Output) or 2-Port MIMO (Multiple Input Multiple Output) Omni respectively Panel/Directional antennas for ceiling or wall mounting available. The design of the indoor antennas - especially the extremely flat chip antennas - is made to keep the visual impact of installation to a minimum.

Overview of In-Building-Antennas

SPINNER RF components meet highest standards

SPINNER is an internationally approved vendor for network operators and supplies the whole range of all passive RF components required for all common communication networks worldwide.

SPINNER applies extremely high standards with regard to quality, engineering, materials and manufacturing e.g. DIN EN ISO 9001 - Quality Management, DIN EN ISO 14001 - Environmental Management and ISO 50001:2011 - Energy Management. This enables us to offer AMS components with the best possible performance while ensuring optimized installation and failure-free operation, even under the harshest environmental conditions.