Hollyland HL-ATN05 Lollipop Antenna

Enhance Wireless Transmission with the Hollyland Lollipop Antenna
The Hollyland HL-ATN05 Lollipop Antenna is a high-performance upgrade designed to optimize signal strength and reliability for Mars 300, 300 PRO, 400, 400S, and 400S PRO wireless transmission systems. With a circular polarization pattern and high-gain capabilities, these antennas ensure clear, uninterrupted video transmission in demanding environments.

Circular Polarization for Stable Signal Flow
Unlike traditional antennas, the HL-ATN05 utilizes a circular polarization pattern, which enhances signal stability in multi-path environments. This design minimizes interference and reduces signal dropouts, making it ideal for professional video production, live streaming, and broadcast applications.

Extended Frequency Range for Reliable Performance
Operating within the 5000 to 5900 MHz range, these antennas provide robust connectivity across a wide spectrum. Whether you're in a congested RF environment or require extended reach, the HL-ATN05 ensures a consistent, interference-free signal for seamless video transmission.

High-Gain Antennas for Stronger Connectivity
With a 2.5 dBi gain, these antennas significantly enhance wireless signal strength. This added gain ensures better coverage and improved reception, allowing video transmission over greater distances without compromising quality.

Durable and Compact Design for Professional Use
Designed for long-term reliability, the HL-ATN05 features a rugged yet lightweight build. The compact lollipop-style design not only improves aesthetics but also offers easy installation and positioning, making it a convenient accessory for on-the-go productions.

Optimized for Hollyland Mars Wireless Systems
Engineered specifically for compatibility with Hollyland Mars 300, 300 PRO, 400, 400S, and 400S PRO, these antennas provide a plug-and-play solution to enhance your existing wireless setup. Whether used for film, television, or live events, they ensure top-tier performance with minimal setup time.