The 2.4m XY Antenna represents a cutting-edge solution in over-the-top (OTT) target tracking for Low Earth Orbit (LEO) satellite communications. Designed with precision engineering and innovative technology, this antenna optimizes signal acquisition and tracking accuracy, essential for maintaining reliable links with fast-moving LEO satellites.
Key Features:
Compact 2.4m Aperture: Balances performance and portability, making it ideal for mobile ground stations and remote deployments.
XY Dual-Axis Tracking: Enables seamless two-dimensional tracking in azimuth and elevation, ensuring continuous line-of-sight with satellites in dynamic orbital paths.
Over-the-Top (OTT) Capability: Supports direct data delivery and streaming services from LEO constellations without intermediary networks, reducing latency and enhancing throughput.
High Precision Target Tracking: Integrated with advanced sensors and control algorithms to adapt to rapid satellite velocity and orbital changes, maintaining stable and accurate beam alignment.
LEO Satellite Compatibility: Engineered to handle the unique challenges of LEO satellite communication, including Doppler shifts, fast handoffs, and multipath environments.
Robust Signal Integrity: Employs adaptive modulation and beamforming techniques to optimize signal-to-noise ratio and maximize link reliability in diverse atmospheric conditions.
Applications include broadband internet delivery, earth observation data relay, and next-generation IoT networks relying on LEO satellites. The 2.4m XY Antenna is an essential enabler for the expanding ecosystem of satellite-based OTT services, pushing the boundaries of connectivity with unmatched tracking agility and signal fidelity.
The 2.4m XY Antenna represents a cutting-edge solution in over-the-top (OTT) target tracking for Low Earth Orbit (LEO) satellite communications. Designed with precision engineering and innovative technology, this antenna optimizes signal acquisition and tracking accuracy, essential for maintaining reliable links with fast-moving LEO satellites.
Key Features:
Compact 2.4m Aperture: Balances performance and portability, making it ideal for mobile ground stations and remote deployments.
XY Dual-Axis Tracking: Enables seamless two-dimensional tracking in azimuth and elevation, ensuring continuous line-of-sight with satellites in dynamic orbital paths.
Over-the-Top (OTT) Capability: Supports direct data delivery and streaming services from LEO constellations without intermediary networks, reducing latency and enhancing throughput.
High Precision Target Tracking: Integrated with advanced sensors and control algorithms to adapt to rapid satellite velocity and orbital changes, maintaining stable and accurate beam alignment.
LEO Satellite Compatibility: Engineered to handle the unique challenges of LEO satellite communication, including Doppler shifts, fast handoffs, and multipath environments.
Robust Signal Integrity: Employs adaptive modulation and beamforming techniques to optimize signal-to-noise ratio and maximize link reliability in diverse atmospheric conditions.
Applications include broadband internet delivery, earth observation data relay, and next-generation IoT networks relying on LEO satellites. The 2.4m XY Antenna is an essential enabler for the expanding ecosystem of satellite-based OTT services, pushing the boundaries of connectivity with unmatched tracking agility and signal fidelity.
| Feature | Specification |
|---|---|
| Main Reflector Diameter | 2.4m |
| Main-surface Accuracy | RMS≤0.35mm |
| King Post Type | X-Y |
| Range of Motion | X/Y axis: 0°～180°; |
| The Angular Velocity | X/Y axis: X/Y axis: 0～5°/s |
| The Angular Acceleration | X/Y axis: X/Y axis: 0～5°/s2 |
| Mechanical Precision | ≤0.02° |
| Installation Platform | ground station |
| Operating Frequency | C-band, Ku-band, ka-band, S-band, L-band frequency as option |
| Application Areas | Low Earth Orbit Satellites |
