CA930S2++++

The CompleTech CA930S2++++ is a directional stacked yagi array engineered for superior performance within the 880-960 MHz frequency range. This antenna is designed to provide a substantial 14 dBi gain, crucial for establishing robust and reliable wireless communication links. Its versatility is further enhanced by its ability to support both vertical and horizontal polarization, offering significant flexibility in deployment scenarios across various demanding sectors, including industrial operations, telecommunications infrastructure, and critical security applications. The construction of the CA930S2++++ prioritizes durability and longevity. It features a radome constructed from a combination of ABS and FG PU foam, materials chosen for their exceptional resistance to environmental factors and harsh weather conditions. The core radiating elements are made from high-quality copper, ensuring efficient signal transmission and reception. This combination of materials guarantees excellent weather resistance and contributes to the antenna's long-term reliability, even when deployed in challenging outdoor environments. Connectivity is facilitated by a standard N-female connector, a widely adopted interface known for its secure mating capabilities. This connector is paired with a low VSWR (Voltage Standing Wave Ratio) of less than 1.5, a critical specification that minimizes signal reflection and loss, thereby maximizing the efficiency of the wireless link. For ease of installation, the CA930S2++++ is designed for mounting on poles with diameters ranging from 35 mm to 60 mm. This mounting system is engineered to withstand significant environmental stress, with a rated wind load capacity of 146 N. This ensures the antenna remains stable and operational even under considerable wind pressure, a vital consideration for outdoor installations. The robust build and precise technical specifications of the CA930S2++++ make it a dependable and high-performing solution for enhancing wireless infrastructure in demanding and critical applications.