High performance high gain GNSS antenna

　　High Performance High Gain GNSS Antenna – Amplify Signals, Expand Precision

　　In the most challenging positioning environments—from deep valleys and dense forests to urban skyscrapers and remote industrial sites—signal strength is the foundation of reliable GNSS performance. Our High Performance High Gain GNSS Antenna is engineered to turn weak signals into robust, actionable data, combining exceptional gain with multi-constellation support to deliver uncompromising accuracy where standard antennas fail. Whether you’re mapping remote terrain, monitoring critical infrastructure, or guiding autonomous vehicles, this antenna ensures your positioning system operates at peak efficiency, even in the harshest conditions.

　　Why High Gain Transforms GNSS Performance

　　1. 10dBi High Gain: Capture Signals Others Miss

　　With a powerful 10dBi gain—more than double the strength of standard GNSS antennas (typically 3–5dBi)—this antenna delivers:

　　Extended Signal Reach: Captures satellite signals from up to 30% farther than low-gain alternatives, making it ideal for remote areas with limited satellite visibility (e.g., mountainous regions, offshore platforms, or dense jungles).

　　Enhanced Weak Signal Handling: Amplifies faint signals (-165 dBm or lower) that would otherwise be lost, ensuring continuous positioning in urban canyons, under tree canopies, or near large structures.

　　Superior Link Budget: Strengthens the signal path between satellite and receiver, reducing dropout risks in dynamic environments like fast-moving vehicles or low-altitude drones.

　　2. Multi-Band & Multi-Constellation Mastery

　　High gain is only effective if paired with broad signal compatibility. This antenna leverages global satellite networks to maximize coverage:

　　Dual-Frequency Support: Optimized for GPS L1/L5, GLONASS G1/G2, Galileo E1/E5, and BeiDou B1/B2, minimizing ionospheric errors and ensuring sub-meter accuracy when paired with RTK/PPP corrections.

　　Maximized Satellite Lock: Tracks up to 40+ satellites simultaneously across constellations, reducing dependency on individual satellites and enhancing positioning stability in signal-challenged areas.

　　Adaptive Beamforming: Focuses gain on active satellites while suppressing interference, a critical advantage in RF-crowded environments like airports, industrial zones, or smart cities.

　　3. Rugged Engineering for Unforgiving Environments

　　High performance in tough conditions is non-negotiable—this antenna is built to endure:

　　IP68 Waterproof & Dustproof: Withstands submersion in 2m of water for 30 minutes and resists dust ingress, making it suitable for marine surveys, flood monitoring, or desert operations.

　　Extreme Temperature Resistance: Operates flawlessly from -40°C to +85°C (-40°F to 185°F), enduring arctic cold, desert heat, and industrial facility temperatures.

　　Vibration & Shock Proof: Certified to withstand 20G impacts and continuous vibrations, ideal for off-road vehicles, heavy machinery, and UAVs in rough terrain.

　　4. Seamless Integration with GNSS Ecosystems

　　Designed to work with your existing hardware and software:

　　Universal Compatibility: Connects to leading GNSS receivers (Trimble, NovAtel, u-blox) and RTK base stations via SMA/N-type connectors, supporting NMEA 0183, RTCM3, and proprietary protocols.

　　Flexible Mounting Options: Pole, roof, or drone mounts (with 5/8” thread and lightweight design for UAVs) ensure optimal positioning to maximize signal capture.

　　Low Noise Amplification (LNA): Integrates a 30dB LNA with <1.2dB noise figure, preserving signal integrity while amplifying weak inputs—critical for maintaining accuracy in remote areas.