Next-Gen GPS/GLONASS PCB Active Patch Antenna for Enhanced L1+L2 Band Performance

The GPS/GLONASS PCB Active Patch Antenna L1+L2 Band with a 1.13mm cable (10cm length) and UFL connector (15x15x4mm) is a high-performance antenna designed to support both GPS and GLONASS satellite systems on the L1 and L2 frequency bands. This dual-band antenna provides enhanced positioning accuracy by supporting signals from both GPS and GLONASS satellites, making it ideal for applications that require robust and reliable navigation. With its integrated active amplifier, it ensures improved signal reception in challenging environments, making it perfect for advanced navigation systems.

Key Features:

✅   Dual-band L1+L2 support for GPS and GLONASS systems, ensuring more accurate positioning.

✅   Active antenna design with integrated amplifier for enhanced signal strength.

✅   1.13mm cable (10cm) with UFL connector, providing flexible installation options.

✅   Compact size (15x15x4mm), suitable for space-constrained applications.

✅   Wideband performance that supports both GPS and GLONASS for higher reliability and accuracy.

Applications:

🔹    Dual-system navigation for vehicles, UAVs, and drones.

🔹    Precision GPS/GLONASS tracking systems for logistics and fleet management.

🔹    Embedded systems requiring robust and accurate satellite navigation.

🔹    Portable GPS devices for outdoor and industrial applications.

🔹    IoT devices needing precise location tracking with dual-band support.

Why Choose Eteily?

Eteily is a trusted provider of high-performance GPS antennas, offering advanced L1+L2 band GPS antennas for precise GPS tracking. As a leading GLONASS antenna manufacturer, we specialize in providing reliable and durable solutions for all your GPS needs.
With a strong presence in Singapore, Luxembourg, Austria, Belgium, and the Netherlands, Eteily ensures high-quality antennas for superior GPS tracking performance across the globe.

Contact us today 📞 and enhance your GPS solutions with our cutting-edge technology! 🌍