Due to the limited space of buildings’ ceilings and the challenges of the coexistence of 2G/3G/4G/5G systems from several operators, to solve the pain points of site selection and difficulty in coordination with property companies and engineering constructions, PROSE (previously known as Rosenberger) launched this new share station camouflage enclosure solution which integrates the sites’ environment and product features to help the operators to optimize, upgrade or expand their site. Considering that the built-in active antenna (AAU) needs to dissipate heat, a neat and uniform hollow strip shape is used in the product’s design, which can not only dissipate heat but also reduce wind resistance, which effectively improves the engineering safety and reliability of the products.

Features

The 4G+5G / 5G+5G antenna share station camouflage enclosures have strong concealment & good environmental harmony, while being easily used and maintained.

Housing has little effect on the signal attenuation. (For example, dense urban base station sites with these enclosures, the attenuation coefficient increases no more than 1dB; rural mobile base station sites with these enclosures, the attenuation coefficient increases no more than 1dB; the overall attenuation coefficient when the antenna changes down tilt angle or antenna direction angle is not more than 1dB).

The enclosure adopts unsaturated polyester resin and alkali-free glass fiber & uses a surface paint or spray paint processing. It is lightweight with high strength, heat resistance, corrosion resistance, cracking resistance, anti-UV & waterproof performance. The relative dielectric constant is small and has good wave penetration performance.

Their more commonly used specifications are: 800 x 800 x 5000mm specifications (specifications and colors can be customized as required).

The camouflage enclosure is used for the installation of 2/3/4G+5G antenna or 5G+5G antenna and uses skeleton structures instead of the traditional pole-holding installation method to accommodate the adjustments of elevation and azimuth angle by technological innovation, which is convenient for operators to adjust the antenna signal coverage according to different scenes.