Looking for an antenna that can handle positioning, data, and mobile communication all in one? Keesun's GPS/4GLTE/5G Combination Antennas are built to meet the demands of today’s connected environments. Whether you're managing fleets, deploying IoT systems, or powering smart city infrastructure, our multi-band antennas offer stable, precise performance—anywhere your network needs to go.
For optimal positioning performance, it's essential that the antenna supports multiple satellite systems. Keesun's antennas are designed to receive signals not only from China's Beidou system but also from GPS, GLONASS, and Galileo. This multi-system compatibility ensures greater accuracy, reliability, and satellite availability under diverse conditions.
Each application may demand different frequency bands depending on its operational environment. Beidou (BDS) satellites transmit over various bands including B1, B2, and B3, and the signal efficiency can vary by location. Choosing an antenna tuned to the right frequency is critical for maintaining high performance.
Gain level is a key factor in determining signal quality. While high-gain antennas support long-distance and high-precision use cases, they can be more vulnerable to interference in areas with dense signal traffic. Keesun offers a range of gain options to match your specific deployment needs.
To maintain signal clarity, avoid installing the antenna near high-power electrical devices or electromagnetic sources, such as motors and transmitters. Electromagnetic noise can severely affect positioning performance by introducing signal degradation.
Always install the antenna vertically and with an unobstructed view of the sky. Proper positioning is essential for consistent satellite signal acquisition, while misalignment can lead to intermittent or weak reception.
Choose Keesun’s GPS/4GLTE/5G Combination Antennas for seamless integration, dependable signal reception, and long-term performance across navigation and communication systems. Contact us for customization options tailored to your application.