The ZCG Scalar Z5800-12 is a high gain omnidirectional 5.8 GHz collinear antenna engineered for WiFi, WLAN, and wireless data communication systems operating across the 5.15-5.85 GHz frequency range. It is ideally suited to fixed wireless networks, WISP deployments, telemetry systems, and industrial wireless infrastructure requiring reliable, wide-area coverage.
Delivering 12 dBi gain, the Z5800-12 provides extended coverage and improved signal performance compared to standard omnidirectional antennas, making it ideal for base station and access point applications where consistent connectivity is critical.
Read More
The ZCG Scalar Z5800-12 is a high gain omnidirectional 5.8 GHz collinear antenna engineered for WiFi, WLAN, and wireless data communication systems operating across the 5.15-5.85 GHz frequency range. It is ideally suited to fixed wireless networks, WISP deployments, telemetry systems, and industrial wireless infrastructure requiring reliable, wide-area coverage.
Delivering 12 dBi gain, the Z5800-12 provides extended coverage and improved signal performance compared to standard omnidirectional antennas, making it ideal for base station and access point applications where consistent connectivity is critical.
The antenna features a durable, high-quality construction designed for long-term outdoor deployment, supporting up to 100 W power handling. Its omnidirectional radiation pattern ensures uniform signal distribution, enabling reliable communication across 360° coverage areas.
Supplied with an integrated mounting plate and fixings, the Z5800-12 allows for straightforward installation on 30-50 mm diameter poles, ensuring quick deployment in field environments. The N-type female connector provides secure and professional RF integration with a wide range of wireless equipment.
Compact at 560 mm, the Z5800-12 5.8 GHz collinear antenna offers a high-performance, robust, and cost-effective solution for organisations requiring dependable 5.8 GHz WiFi and wireless data coverage in demanding operational environments.
Show Less
