High-precision Vehicle Antenna

Introduction
Key Features
Parameters
Applications
Resources
Related Products
Inquiry
Blogs

Introduction

Harxon HX-CVX608A (L1+L5) is a high-precision dual-band GNSS vehicle antenna designed for reliable positioning in high-dynamic vehicle applications. Supporting multi-constellation GNSS signals including GPS, BDS, Galileo and GLONASS, it delivers stable satellite tracking and accurate positioning in challenging environments. Excellent multipath rejection and a pre-filtered LNA help maintain reliable GNSS performance in the presence of unwanted interference. With its low-profile, lightweight and IP67 ruggedized design, HX-CVX608A (L1+L5) is ideal for autonomous vehicles, mobile mapping, mobile laser scanning and other high-precision vehicle positioning applications.

Stable High-Precision Positioning for Vehicle Applications
Dual-Band Multi-Constellation GNSS Support
Ruggedized Design with IP67 Protection
Flexible Screw & Adhesive Mounting Options

Key Features

Compact Form Factor and Lightweight

With a compact 81 × 81 × 25 mm profile and a weight of only 160 g, the antenna helps reduce wind resistance and exposure to overhead obstacles while enabling flexible integration into autonomous vehicles and other space-constrained vehicle-mounted platforms.
Reliable and Ruggedized Structure

The IP67-rated ruggedized housing withstands vibration, harsh weather and high-speed travel for reliable outdoor operation, while screw and adhesive mounting options provide flexible and secure installation across autonomous vehicles, mobile mapping systems and other vehicle-mounted platforms.
Strong Anti-interference Performance

A robust pre-filtered LNA provides excellent out-of-band interference rejection, helping suppress unwanted electromagnetic interference and reduce the impact of high-level signals while maintaining stable L1+L5 GNSS reception across different elevation angles in challenging RF environments.
Tracking in Challenging Environments

Excellent multipath rejection, low axial ratio, linear phase response and tight phase center variation help maintain stable L1+L5 GNSS tracking and reliable high-precision positioning across challenging environments and demanding high-dynamic vehicle applications.

Parameters

Performance
LNA
Mechaical
Environmental
Drawing

Signal Received	GPS L1/L5 GLONASS L1/L3 GALILEO E1/E5a/E5b BDS B1I/B1c/B2a
Nominal Impedance	50Ω
Polarization	RHCP
Azimuth Coverage	360°
Axial Ratio	≤3dB
Typical Gain	1164-1215MHz 4dBi (@Zenith) 1559-1610MHz 4dBi (@Zenith)