TX-S65-4CH-SNB Drone Component 4-Element CRPA

Core Advantages and Differentiators

Compact Size for Space-Constrained Platforms

With dimensions of 65 mm × 65 mm × 21 mm and a weight of no more than 130 g, the module is designed for platforms with limited installation space and payload capacity. Its compact format allows UAV developers to add satellite navigation anti-jamming capability without using a large, separately assembled system.

Low Power Demand for Battery-Powered Equipment

Power consumption is limited to 6 W or less at room temperature, making the module suitable for battery-powered UAVs and portable positioning equipment. This defined power requirement helps system engineers assess compatibility with the platform’s onboard power supply during the design stage.

Multi-Direction Interference Suppression

The module provides an ISR of at least 95 dBc against one interference source, 85 dBc against two sources, and 80 dBc against three sources. Its anti-interference coverage extends across 0°–360° azimuth and -90°–90° pitch, supporting mobile platforms whose orientation can change during operation.

Integrated System Architecture

The TX-S65-4CH-SNB combines a 4-element antenna array, anti-jamming components, and a satellite navigation receiver in one unit. This integrated structure reduces the number of separate components that must be selected, installed, and connected, helping OEMs simplify system layout and integration planning.

Industrial Applications

The combination of compact dimensions, low weight, controlled power consumption, and BDS/GPS anti-interference capability makes the module relevant to several mobile positioning applications:

• Small and medium industrial UAVs used for aerial mapping and inspection

• Portable positioning terminals used for field surveys

• Small unmanned surface vessels used for inland waterway monitoring

• Low-altitude security drones used for infrastructure patrol

• Compact mobile positioning systems used in emergency response operations

Before selection, you should confirm the available installation space, payload allowance, power supply, required satellite navigation signals, and expected interference conditions of the target platform.

Get an Integration Solution for Your Project

Need to integrate the TX-S65-4CH-SNB into a specific UAV or positioning platform? Share your flight controller, interface requirements, installation constraints, and application needs with us. Our team can assess available interface configurations, firmware optimization, minor form-factor adjustments, and application-specific performance tuning. Contact us to request technical documentation, integration guidance, or information about sample availability.

FAQ

Q: Which satellite navigation signals does the module support?

A: It supports BDS and GPS L1 signals, providing satellite navigation input for small and medium UAVs and other supported mobile positioning platforms.

Q: Is it compatible with UAV flight controllers?

A: The module is designed for most industrial and commercial UAV flight controllers. Confirm the controller interface and RF requirements with our team before integration.

Q: What is the module’s maximum power consumption?

The maximum power consumption is ≤6W at room temperature, making it ideal for battery-powered UAVs and portable devices.

Q: How much installation space does the module require?

A: The module measures 65 mm × 65 mm × 21 mm and weighs no more than 130 g, supporting integration into space- and weight-constrained platforms.

Q: How many interference sources can it suppress?

A: Its specified interference suppression ratios cover one, two, and three interference sources, with corresponding ISR values of at least 95, 85, and 80 dBc.

Q: What customization and integration support is available?

A: Available support includes interface configuration, flight-controller firmware optimization, minor form-factor adjustments, performance tuning, technical documentation, integration guides, and engineering assistance.