In complex electromagnetic environments, the navigation and communication security of unmanned aerial vehicles (UAVs) face unprecedented challenges. Jamming and spoofing signals not only disrupt mission execution but also pose severe risks such as device loss of control and data leakage. The TX2512 16-Array UAV Dual-Resistant Antenna Terminal from infoX is a robust solution engineered to address these critical pain points.

Core Advantages: Dual Protection Against Jamming & Spoofing

Built on a 16-array antenna design, the TX2512 establishes a comprehensive "dual-resistant" defense system, providing all-around electromagnetic security for UAV operations.

Superior Anti-Jamming Performance

The TX2512 delivers exceptional suppression capabilities against suppressive jamming from multiple directions:

Unidirectional jamming: ≥ 110dB suppression

Seven-directional jamming: ≥ 95dB suppression

Fifteen-directional jamming: ≥ 80dB suppression

Its anti-jamming coverage spans 0~360° azimuth and -90~90° pitch, ensuring full-airspace protection and maintaining stable navigation and communication links even in intense electromagnetic countermeasure environments.

Precision Anti-Spoofing Capability

To counter the growing threat of satellite signal spoofing attacks, the TX2512 effectively filters malicious spoofing signals, limiting the output residual spoofing signal Carrier-to-Noise Ratio (CNO) to ≤ 20dB. This eliminates the risk of false navigation data misleading UAVs and guarantees the authenticity and reliability of mission-critical information.

Key Specifications

Model: TX2512

Product Type: 16-Array UAV Dual-Resistant Antenna Terminal

Jamming Type: Suppressive jamming

Dimensions: Φ370mm × 33mm

Power Consumption: ≤ 30W (at ambient temperature)

Weight: ≤ 3000g

Its compact form factor and lightweight design enable seamless integration with various medium-to-large UAV platforms, adding powerful security features without significantly increasing payload burdens.

Target Applications

The TX2512 is specifically designed for scenarios demanding the highest levels of electromagnetic security, including:

• Critical industry applications such as power line inspection and emergency rescue
• Scientific research and data collection in complex electromagnetic environments
• Professional UAV operations requiring strict navigation accuracy and link stability

Conclusion

As UAV technology advances rapidly, electromagnetic security has become a core determinant of mission success. With its industry-leading anti-jamming and anti-spoofing performance, plus a lightweight and easy-to-integrate design, the infoX TX2512 provides UAV operators with a reliable safety solution.

Whether countering routine electromagnetic interference or malicious attacks in extreme conditions, the TX2512 acts as a robust "electromagnetic shield," ensuring every flight is safer and more controllable.