Integrated Multi-RF Architecture Benefits
One enclosure can combine positioning with cellular, Wi-Fi, and Bluetooth links.
COMBO GNSS ANTENNAS
Integrated GNSS + Communication Antenna Solutions for Connected UAVs and Intelligent Platforms.
HelioNavi GNSS Combo Antennas integrate high-performance GNSS reception with 4G/5G, WiFi, and Bluetooth communication antennas into a single compact RF architecture.
Designed for UAVs, robotics, autonomous platforms, and smart industrial systems, these antennas significantly reduce system complexity while ensuring stable positioning and reliable multi-link communication in RF-congested environments.
KEY FEATURES
Combining advanced multi-RF architectures, isolation networks, and optimized filtering, HelioNavi Combo series delivers stable GNSS positioning and reliable cellular, Wi-Fi, and Bluetooth communication in RF-congested platforms.
Reduced System Complexity
Shared mechanical packaging reduces cabling, mounting work, and platform layout risk.
High Out-of-Band Isolation
RF architecture and filtering protect GNSS reception near active communication radios.
Optimized SWaP Design
Integrated antenna packaging helps balance size, weight, and performance constraints.
Stable GNSS Performance in RF-Constrained Environments
Isolation and filtering help preserve positioning performance near active communication radios.
Combo GNSS Antenna models
Combo GNSS Antenna · GNSS+Wi-Fi/BT
HN-CMBH100E Embeded GNSS
Combo GNSS antenna configuration integrating positioning and communication links.
Combo GNSS Antenna · GNSS+BT/Wi-Fi
HN-CMBH100 External GNSS
Single-enclosure antenna architecture for GNSS, cellular, Wi-Fi, and Bluetooth integration.
No matching configuration. Clear filters or request an engineering recommendation.
TYPICAL APPLICATIONS
Connected UAVs
Delivery Robots
Autonomous Platforms
Industrial IoT Systems
Request Combo Antenna Recommendation
Share your UAV or robotic platform requirements with our engineering team. We will recommend the most suitable Combo GNSS antenna configuration based on your performance, size and integration constraints.