GPS Anti-Jamming Antenna – Secure Your GPS Signals

RNTrust - GPS Anti-Jamming Antenna

GPS signals are crucial for various industries, but they can be disrupted by jamming. This is particularly problematic in critical sectors like defense and transportation. GPS Anti-Jamming Antennas have been designed to ensure reliable and secure GPS signal reception, even in harsh environments.

WHAT IS GPS ANTI-JAMMING ANTENNA?

GPS Anti-Jamming protects GPS receivers from interference and intentional jamming. By the time the GPS signal reaches the Earth's surface is weak and is susceptible to being overcome by higher power Radio Frequency (RF) energy. Even a small jammer of about 10 Watts power can disrupt an unprotected C/A Code receiver for about 30 kilometers (line of sight). GPS Anti-Jamming uses power minimization to reduce the effect of interference and jamming so that the GPS receiver can continue to operate correctly.

This product is a precision high-gain, anti-jam GNSS antenna providing multi-GNSS coverage. It modifies the radiation pattern such that it is "deaf" to signals arriving from 10 degrees below and 15 degrees above the horizon. Since jamming signals typically originate at low elevations this strategy mitigates signals below 15 degrees. The antenna also has a strong pre-filter to mitigate inter-modulated signal interference from LTE and other cellular bands.

RNTrust - Anti-Jamming Signal

BENEFITS OF GPS ANTI-JAMMING ANTENNAS

Operates under ground-based jamming

Enhanced signal reception and accuracy in harsh environments

Improved reliability and availability of GPS signals

Increased protection against jamming and interference

Compliance with industry standards and regulations

Reduced risk of GPS signal loss or interference-related incidents

Choose Our GPS Anti-Jamming Antennas

Talk to our NTP Experts to ensure the highest standards of accuracy and protection for your critical operations.

RNTrust - Antenna Efficiency Measurement

Case Study

Financial Institution

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Power Utility

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Telecommunication

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