COMPANY NEWS
Nov 19, 2025
In an era where precision positioning is driving innovation across industries, GNSS antennas have become indispensable components for achieving centimeter-level accuracy in everything from autonomous vehicles to precision agriculture. As we enter 2025, the GNSS antenna landscape is evolving rapidly, with demands for higher reliability, better signal integrity, and seamless integration into compact devices. At Jumpstar GNSS, a leading high-tech manufacturer with over 15 years of expertise and more than 200 patents, we are at the forefront of these advancements, delivering robust, high-precision GNSS antenna solutions tailored for modern applications.
A GNSS (Global Navigation Satellite System) antenna is a specialized device designed to receive signals from multiple satellite constellations, including GPS, GLONASS, Galileo, BeiDou, and QZSS. Unlike standard GPS antennas, modern GNSS antennas support multi-frequency bands (such as L1, L2, L5, and beyond) to enable real-time kinematic (RTK) positioning, delivering accuracy down to centimeters.
These antennas convert electromagnetic waves from satellites into electrical signals for processing by GNSS receivers. Key performance factors include gain, phase center stability, axial ratio for circular polarization, and resistance to multipath effects. High-precision GNSS antennas, like those in Jumpstar's portfolio, are engineered for challenging environments, ensuring reliable performance in urban canyons, dense foliage, or high-interference zones.
The GNSS antenna industry is experiencing explosive growth, fueled by the rise of autonomous systems, IoT integration, and 5G-enabled applications. Here are the dominant trends shaping 2025:
1、Multi-Band and Multi-Constellation Support Supporting signals from all major constellations and multiple frequencies is now standard. This improves satellite visibility, reduces time-to-first-fix, and enhances accuracy in obstructed environments. Jumpstar's high-precision GNSS antennas fully support GPS, BeiDou, Galileo, GLONASS, and QZSS across L1/L2/L5/L6 bands, making them ideal for RTK surveying and autonomous navigation.
2、Advanced Anti-Jamming and Anti-Spoofing Capabilities With increasing threats from electromagnetic interference and spoofing, antennas now incorporate beamforming, null-steering, and advanced filtering. Jumpstar integrates robust anti-jamming technology into its survey-grade and UAV antennas, ensuring signal integrity for critical operations like power line inspection and defense applications.
3、Miniaturization and Rugged, Lightweight Designs Demand for compact antennas is surging in drones, wearables, and vehicle-integrated systems. Helix and patch antennas from Jumpstar offer low-profile, lightweight options without compromising gain or phase stability, perfect for UAV mapping and precision agriculture.
4、Smart and Integrated Antenna Solutions Future-ready "smart" antennas combine GNSS with IMU sensors, 4G/5G modules, and onboard processing. Jumpstar's timing antennas and multi-system modules exemplify this, providing seamless integration for autonomous farming machinery and IoT location platforms.
5、Enhanced Multipath Mitigation and High-Gain Performance Innovations in choke ring and 3D choke designs minimize reflections, boosting accuracy in reflective environments. This is crucial for applications like marine navigation and construction surveying.
Selecting the optimal GNSS antenna depends on your application:
● Surveying and Mapping: Opt for high-precision, multi-frequency models with stable phase centers (e.g., Jumpstar's survey antennas for RTK).
● UAV and Drones: Prioritize lightweight helix or spiral antennas with strong anti-vibration properties.
● Autonomous Vehicles and Precision Agriculture : Choose rugged, multi-band antennas with excellent anti-interference for real-time operations.
● Timing and Infrastructure: Select high-stability timing antennas for synchronization in telecom or power grids.
Consider factors like frequency support, gain (typically 30-50 dB), environmental rating (IP67+), and compatibility with receivers.
As a national high-tech enterprise based in Shenzhen, Jumpstar GNSS offers a comprehensive lineup of GNSS antennas trusted in over 100 countries.Our product categories include:
● High-Precision Survey Antennas: Choke ring and geodetic designs for centimeter-level RTK accuracy.
● UAV/Helix Antennas: Compact, lightweight for drone mapping and aerial surveying.
● Timing Antennas: Ultra-stable for base stations and critical infrastructure.
● Vehicle and Marine Antennas: Rugged, multi-constellation for autonomous driving and navigation.
● Custom IoT Modules: Integrated antennas for smart agriculture and asset tracking.
Backed by ISO9001 certification and a 5000+ m² production facility, Jumpstar delivers reliable, innovative solutions that power industries like precision farming, power line inspection, and unmanned systems.
By 2025 and beyond, expect deeper integration with AI-driven receivers, support for emerging L-band services, and even greater miniaturization. The market is projected to grow significantly, driven by autonomous technologies and global connectivity needs. Jumpstar GNSS is committed to pioneering these advancements, ensuring our antennas meet the demands of tomorrow's smart industries.
In summary, investing in advanced GNSS antenna technology today positions you for the precision-driven future. Explore Jumpstar's full range of high-precision GNSS antennas and discover how we can elevate your positioning performance.
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