Compact 5-in-1 Antenna Solution for Multi-Network Connectivity in any Setting
This low-profile antenna integrates five high-performance elements into a single, rugged housing—supporting 2×2 MIMO for both cellular and Wi-Fi, alongside an active GPS/GLONASS module. With wideband frequency support from 617 to 7200 MHz and an IP69K-rated design, it is engineered for demanding environments such as transport, marine, smart utilities, and industrial IoT deployments.
Key Features
- 5-in-1 multifunction antenna for cellular, Wi-Fi, and GNSS: Combines 2×2 MIMO for LTE/5G, 2×2 MIMO for dual-band Wi-Fi, and one active GPS/GLONASS element—reducing the need for multiple external antennas.
- Covers 617 to 7200 MHz for full technology compatibility: Supports all contemporary cellular bands including 4G and 5G NR, along with dual-band Wi-Fi, making it ideal for diverse regional and global deployments.
- Advanced omnidirectional MIMO performance: Offers stable and balanced signal reception through its MIMO configuration, improving data throughput and connection reliability in high-traffic or mobile environments.
- IP69K-rated for outdoor durability: Built to withstand water, dust, and high-pressure conditions, the housing is vandal-resistant and fully protected against harsh weather and challenging environmental conditions.
- Flexible mounting options for seamless integration: Supports spigot, magnetic, adhesive, wall, and pole mounts to simplify installation across vehicles, buildings, cabinets, and smart infrastructure systems.
- Active GPS/GLONASS system with strong signal acquisition: Integrated GNSS functionality provides accurate positioning with high gain and post-filtered signal processing for interference reduction.
- Certified to international standards: Fully compliant with CE, RoHS, and ISO 9001:2015 standards, offering assurance of quality, safety, and environmental responsibility across global markets.
Streamline your connectivity with a robust, all-in-one antenna engineered for performance, resilience, and adaptability across smart, mobile, and industrial environments.
