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The TX-8AT-FULL-KGR-34V 8-Element GPS GLONASS Anti-Jamming Antenna represents a highly advanced, miniaturized multi-system all-in-one solution engineered specifically for the rigorous satellite navigation demands of industrial users, particularly unmanned aerial vehicles (UAVs). In complex operational environments, maintaining a stable and accurate navigation signal is critical. This device addresses that need by combining reliable anti-jamming technology with an incredibly compact form factor. By focusing on an "All-in-one" architecture, it eliminates the need for bulky external processing units, offering a streamlined approach to securing critical positioning data against intentional and unintentional signal disruptions.
At the core of this device is its robust support for both GPS and GLONASS multi-system signals. Relying on a single satellite constellation can expose industrial platforms to unnecessary risks; therefore, dual-system reception significantly enhances overall navigation reliability and positioning accuracy. Furthermore, the antenna features a powerful simultaneous anti-suppression jamming capability designed to protect these multiple systems concurrently. It boasts a maximum anti-jamming capacity capable of neutralizing up to 7 distinct interference sources at the same time. This ensures that even in environments saturated with complex electronic noise or targeted suppression attempts, the navigation receiver maintains a continuous, uncorrupted signal lock, allowing industrial platforms to execute their missions safely and effectively.
Traditional anti-jamming setups often require a separate antenna array, standalone anti-jamming processing modules, and an external satellite navigation receiver. This fragmented approach not only increases the total payload but also introduces multiple points of potential hardware failure and complex cabling requirements. This product revolutionizes this by internally integrating the antenna array, the sophisticated anti-jamming processing components, and the satellite navigation receiver directly into a single, cohesive unit. This highly integrated design drastically simplifies the installation process for system integrators and procurement teams. By reducing the number of required components, it inherently lowers the overall cost of ownership, minimizes maintenance complexities, and accelerates the deployment timeline for critical industrial projects.
For industrial users, particularly in the UAV sector, managing payload capacity is a constant challenge. Every additional gram or cubic centimeter can impact flight time, operational range, and overall efficiency. This anti-jamming antenna is meticulously developed to deliver maximum protective performance while boasting the distinct advantages of miniaturization and a lightweight design. It provides industrial-grade signal security without imposing the heavy size and weight penalties typically associated with multi-element anti-jamming systems. The low-cost, high-performance nature of this all-in-one device makes it an ideal choice for procurement professionals seeking to enhance the navigational resilience of their fleets while strictly adhering to budget and payload constraints.
The foundation of reliable autonomous navigation lies in consistent signal reception. Powered by an advanced 8-element array anti-jamming technology, this GNSS antenna module delivers exceptional interference suppression capabilities designed for the most demanding RF environments. The module achieves a remarkable interference suppression ratio (ISR) of ≥110dBc against a single jammer, ≥100dB against three simultaneous jammers, and ≥90dB when facing up to seven concurrent interference sources. For procurement engineers and system integrators, these metrics translate directly into operational security. Whether deployed in RF-congested industrial zones, urban canyons with high multipath effects, or field environments subject to complex signal disruptions, the system ensures stable, unbroken navigation data. This strong resilience significantly lowers the risk of signal loss, preventing costly operational downtime or equipment misdirection during critical missions.
Traditional anti-jamming solutions often rely on bulky, split-type architectures that consume valuable payload capacity. In contrast, this integrated miniaturized anti-jamming GNSS module achieves an optimal balance of high-end performance, compact size, and reduced weight. Measuring just 150mm x 150mm x 22.5mm and weighing ≤720g, it is specifically engineered for weight-sensitive and space-constrained applications. For developers of small unmanned aerial vehicles (UAVs) and compact mobile robots, every gram saved translates to extended battery life and increased payload capacity for other essential sensors. Furthermore, the all-in-one integrated housing minimizes external cabling, reducing potential points of mechanical failure and simplifying the overall installation process.
Supporting major global navigation satellite systems, including GPS and GLONASS, this 8-element antenna delivers comprehensive global coverage and redundant positioning capabilities. This multi-constellation approach ensures reliable operation across diverse geographic regions, allowing equipment manufacturers to deploy a single hardware configuration globally. Beyond technical performance, the module offers significant commercial value. Its highly integrated design eliminates the necessity for separate processors and external receivers. By consolidating these components, project managers can effectively reduce integration complexity, lower the total bill of materials (BOM), and streamline supply chain management. This makes the antenna a highly cost-effective choice for high-volume industrial deployments requiring dependable precision.
This robotics high-precision GNSS antenna is meticulously optimized for a wide spectrum of compact industrial and unmanned system scenarios. By ensuring continuous positioning in challenging environments, it directly enhances the operational capability of various autonomous platforms:
Unmanned Aerial Vehicles (UAVs): Ideal for civilian and commercial drones utilized in aerial surveying, agricultural mapping, and infrastructure inspection. The lightweight design preserves flight time while the anti-jamming capabilities protect against signal disruption near power lines or communication towers.
Autonomous Mobile Robots (AMRs) & Automated Guided Vehicles (AGVs): Essential for industrial automation and warehouse logistics. The module ensures continuous navigation as vehicles transition between indoor facilities and outdoor storage yards, maintaining precise positioning despite local RF noise from heavy machinery.
Ground Robotics & Precision Agriculture: Suitable for outdoor security patrol robots and automated agricultural equipment. The dependable signal retention allows for the high accuracy needed for precise crop spraying or perimeter monitoring in complex terrains.
Smart City Operations: Provides reliable spatial data and timing synchronization for urban infrastructure inspection devices, ensuring consistent performance even in dense urban environments where satellite visibility is frequently compromised.
Recognizing that standard configurations may not fit every specialized project, we actively partner with industrial equipment manufacturers, robotics developers, and drone system integrators to provide tailored navigation solutions. Our comprehensive customization services are designed to align exactly with your specific application requirements and accelerate your time-to-market.
Our engineering team offers mechanical size and mounting optimization to easily fit the antenna into unique compact drone and robot chassis designs. We also provide custom communication protocols and RF interface configurations to ensure compatibility with existing hardware ecosystems. For specialized operational environments, we offer firmware tuning to optimize signal acquisition and tracking algorithms. Additionally, for battery-powered systems, our engineers can assist with low-power mode optimization to maximize operational endurance. From initial prototyping to final deployment, we provide full end-to-end integration support, ensuring the anti-jamming module communicates efficiently with your proprietary flight controllers or robot motion control systems.
The following table provides the precise hardware and RF technical specifications for the TX-8AT-FULL-KGR-34V 8-Element GPS GLONASS Anti-Jamming Antenna to support your system integration and procurement evaluation.
Anti-Interference Capability (ISR): | Single ≥ 110dBc |
Three ≥ 100dB | |
Seven ≥ 90dB | |
Anti-Interference Airspace / Orientation: | 0° ~ 360°, Pitch: -90° ~ 90° |
Volume (Dimensions): | 150mm x 150mm x 22.5mm |
Weight: | ≤ 720g |
Recommended Input Voltage: | 12V (can take up to 33V) |
Power Consumption: | ≤ 19W (room temperature) |
RF Output Specifications: | |
Output Signal Frequency: | 1575.42MHz (L1) / 1602MHz (G1) |
In-Band Power of Output Signal: | -70 ~ -60dBm |
Output Impedance: | 50 ohms |
The TX2504 module is fully compatible with all major global navigation satellite constellations, including BDS, GPS, GLONASS, and Galileo. This multi-constellation support ensures comprehensive global coverage, reliable signal acquisition, and redundant positioning capabilities for critical missions in complex environments.
The module supports a wide input voltage range up to 33V, with a recommended optimal input of 12V. This broad compatibility makes it highly adaptable for seamless integration into various power architectures, including most commercial drone, UAV, and autonomous robotics battery systems.
At room temperature, the TX2504 module maintains a maximum power consumption of ≤25W. This energy-efficient profile is specifically optimized to support long-duration operations and extend mission times for battery-powered unmanned systems without compromising its robust anti-jamming performance.
For advanced robotics, UAVs, and industrial automation projects requiring compact, high-performance anti-jamming navigation, our engineering team is ready to deliver tailored solutions. We understand that every application has unique integration challenges and operational demands. Whether your project requires custom engineering support, volume pricing for mass manufacturing, or prototype samples for rigorous field testing, we are here to assist. Contact our professional technical sales team today to discuss your specific requirements and secure a customized anti-jamming solution designed for your operational success.