Hollyland HL-ATN10 Capsule Antenna

Upgrade Your Wireless Transmission with the Hollyland Mars M1 Capsule Antenna
The Hollyland HL-ATN10 Mars M1 Capsule Antenna is a high-performance accessory designed to enhance the signal quality and reliability of your Mars M1 and Mars M1 Enhanced systems. With its optimized design and strong frequency range, this antenna ensures seamless communication, making it ideal for professional video transmission setups.

Reliable Signal Performance for Uninterrupted Communication
Designed for use in challenging RF environments, the Mars M1 Capsule Antenna operates within a 5GHz to 6GHz frequency range, delivering stable and interference-free signals. Whether you're working in a crowded wireless spectrum or covering long-distance transmissions, this antenna provides the reliability needed for smooth operations.

Compact and Lightweight for Maximum Portability
Weighing only 5.2g (0.2oz) and measuring just 20.5x17.9mm (0.8"x0.7"), the Mars M1 Capsule Antenna is built for portability without compromising on performance. Its compact size ensures easy storage and transport while maintaining durability for rigorous production environments.

Enhanced Signal-to-Noise Ratio for Clearer Transmission
With a signal-to-noise ratio of 3dBi, this antenna effectively reduces unwanted interference, ensuring crisp and clear signal transmission. Whether you're filming live events, conducting on-location shoots, or working in studio environments, the Mars M1 Capsule Antenna enhances your wireless communication experience.

Seamless Compatibility with Mars M1 and Mars M1 Enhanced
This antenna is specifically engineered for use with the Mars M1 and Mars M1 Enhanced, ensuring optimal performance with these wireless transmission systems. It integrates seamlessly, making installation quick and effortless while providing a stable and consistent connection.

Durable Build for Professional Applications
Constructed with high-quality materials, the Mars M1 Capsule Antenna is designed to withstand professional use in demanding conditions. Its robust design ensures long-term reliability, making it a trusted choice for filmmakers, broadcasters, and content creators who require dependable signal transmission.