SISO 1-port V-Pol Bi-Dir in-building antenna 698-4000 MHz 6 dBi 4.3-10 female

SPINNER in-building antennas offer very good electrical properties

The two main requirements for in-building antennas are: as inconspicuous as possible for maximum mobile network coverage in e.g. shopping centers, hospitals, trade fairs, airports, hotels, schools and universities, office buildings, underground car parks and other interiors. All SPINNER in-building antennas have 4.3-10 connectors and offer very good electrical properties over their respective specified frequency ranges starting from 380 MHz (Tetra) to 6000 MHz (WLAN).

Balanced, cost-effective and future-proof antenna portfolio

The SISO 1-port V-Pol bi-directional in-building antenna 698-4000 MHz 6 dBi 4.3-10 female (IM -150 dBc) integrates perfectly into the existing DAS (Distributed Antenna System) portfolio, considering broadband technologies and cost-effectiveness. With technically diverse omni- and panel designs, which are suitable for either ceiling or wall mounting, SPINNER offers its customers a balanced, cost-effective and future-proof antenna portfolio.

Excellent mobile communication quality

The space-saving and flat Radom design of this 1-port (Single-In Single-Out) bi-directional antenna meets one of the two essential requirements, namely, to keep the visual impact as low as possible, very well. The vertical-polarized dipole technology used provides a good price-performance ratio while maintaining good directional characteristics of the antenna radiation diagrams. This ensures excellent mobile communication quality in the frequency range from 698 to 4000 MHz in distributed antenna systems (DAS) indoors. The simple and fast wall or mast mounting of the SISO 1-port V-Pol bi-directional in-building antenna 698-4000 MHz 6 dBi 4.3-10 female is done with the included mounting kit (2 mast brackets, 3 screws and 3 plugs). The use of the IM-stable 4.3-10 connector system ensures the best possible passive intermodulation (PIM) of the product and thus also for the entire in-building distribution system.