EFIX FA100

EFIX FA100

EFIX FA100 – Precision GNSS Antenna for High-Accuracy Surveying

The EFIX FA100 is a high-performance GNSS antenna engineered to deliver unmatched precision and reliability for geospatial professionals. Designed for full compatibility with all major satellite constellations, this antenna is the ideal choice for surveyors, mappers, and engineers who demand consistent millimeter-level accuracy even in challenging environments.

Whether you’re operating in dense urban areas or remote terrains, the FA100 ensures robust signal reception and dependable positioning. Thanks to its advanced tracking capabilities and exceptional phase center stability, every survey task becomes faster, more accurate, and more efficient.

Full GNSS Constellation Support

The EFIX FA100 supports complete GNSS compatibility, including:

• GPS

• GLONASS

• Galileo

• BeiDou (BDS)

• NavIC/IRNSS

• SBAS

• QZSS

• L-Band (PPP services)

With multi-frequency tracking across all constellations, the antenna delivers superior accuracy and faster signal acquisition, especially in high-multipath or obstructed areas.

High-Performance GNSS Tracking

To ensure maximum reliability, the FA100 features:

• High-gain Low Noise Amplifier (LNA) for enhanced signal strength

• Wide bandwidth to capture multiple satellite frequencies

• Superior multipath rejection for accuracy near reflective surfaces

• Low elevation tracking to maintain signals at horizon-level angles

This makes it well-suited for critical infrastructure surveys, agriculture, marine applications, and more.

Exceptional Phase Center Stability

The antenna’s mechanical design ensures:

• Millimeter-level repeatability of phase center

• Minimal offset errors, regardless of orientation

• Consistent measurements over long baselines

This helps maintain high accuracy over time, reducing correction needs and improving efficiency during GNSS surveying operations.

Built for Demanding Field Use

In addition to performance, the FA100 boasts:

• Rugged housing for field durability

• Stable mounting for base stations or rover setups

• Compact, portable design for quick deployment