High gain 4G cellular Yagi antenna, 6-15 element, split-boom, aluminium, 825-890 MHz, 50W, N-type female, 200mm cable, 9-14dBd – 0.9 to 1.775m

Product Code: Y815A-R-SB

$394.99

The Y815A-R-SB is a ZCG Scalar high-gain modular 4G cellular Yagi antenna engineered for directional performance across the 825-890 MHz LTE band. Featuring a split-boom aluminium construction, this antenna provides configurable gain options of 9 dBd or 14 dBd depending on assembly, making it a flexible solution for fixed wireless, telemetry, and mobile data applications requiring adaptable performance. Designed for operational efficiency and logistics advantages, the split-boom architecture allows the antenna to be transported in a shorter packed form, significantly reducing freight costs, storage requirements, and handling complexity compared to traditional full-length 15-element Yagi antennas. This makes it particularly advantageous for remote deployments, distributed installations, and large-scale rollout projects where transport efficiency is critical. When assembled in its 9 dBd configuration, the Y815A-R-SB provides a broader beamwidth suitable for general coverage and moderate-range signal improvement. When fully assembled to the 14 dBd configuration, the antenna delivers high-directional gain with a narrow beamwidth, ideal for long-distance point-to-point links and fringe signal capture applications. The antenna is supplied with a 200 mm cable tail and N-type female connector for straightforward integration into LTE modem and RF systems. Its aluminium construction ensures durability in outdoor environments while maintaining lightweight handling for field installation. ZCG Scalar recommends installation using appropriate directional mounting hardware depending on configuration and site requirements to ensure optimal alignment and performance stability. Combining high gain capability, modular deployment flexibility, and reduced freight footprint, the Y815A-R-SB from ZCG Scalar is a versatile and cost-efficient solution for advanced 4G LTE directional communication systems.