High gain broadband 4G LTE & 4G Yagi antenna, 15 element, round boom aluminium, 698-890 MHz, 100W, N-type female, 13 dBd – 1.55m

Product Code: Y715-RW

$326.99

7 in stock

The Y715-RW is our 15-element high-gain broadband 4G LTE Yagi antenna, engineered for directional performance across the 698-890 MHz cellular band. Delivering 13 dBd gain in a 1.55 m round boom aluminium design, this antenna is optimised for long-range signal acquisition, improved link stability, and high-efficiency data transfer in challenging RF environments. Covering both lower 4G LTE bands (698-800 MHz) and extended 4G cellular spectrum (820-890 MHz), the Y715-RW provides flexible broadband performance for mobile communications, fixed wireless access, telemetry systems, and remote connectivity applications where directional signal control is required. Its high element count and precision round boom construction deliver a narrow beamwidth, enabling accurate targeting of distant base stations or network sources. This makes it particularly effective in terrain-challenged environments such as valleys, mining operations, rural installations, and infrastructure corridors where signal directionality is critical for performance. The antenna supports flexible polarisation adjustment and is designed for use with an A48-R right-angle mounting clamp, allowing alignment on angled or tilted structures while maintaining optimal signal orientation. This ensures maximum system performance regardless of installation geometry. Supplied with an N-type female connector, the Y715-RW integrates seamlessly into LTE modem systems, RF links, and fixed wireless infrastructure. Its robust aluminium construction ensures long-term durability in outdoor installations subject to wind, weather, and environmental stress. Combining high-gain broadband LTE performance, long-range directional capability, and rugged round boom construction, the Y715-RW, manufactured in Australia by ZCG Scalar is a high-performance solution for demanding 4G connectivity applications where signal reach and reliability are critical.