Name: 4600-4800mhz 50W PA GaN Anti Drone Module Counter Fpv Anti Fpv Anti Drone DJI Mavic Counter Fpv
Brand: Tatusky--Anti Drone Solution
Availability: InStock
Rating: 5 (1 reviews)

SPECIFICATION

System-Level RF Integration Positioning
This 4400–4600MHz GaN RF module is positioned as a standardized RF execution and signal interface component within a compliant anti drone system architecture. It is designed for OEM manufacturers, platform developers, and system integrators who construct layered solutions that separate sensing, data processing, authorization logic, and RF execution into independent tiers. Within a complete anti uav system, the module operates strictly as a governed RF interface under centralized external control. It does not contain autonomous sensing, identification, or decision logic, ensuring that all drone detector data processing, correlation, and authorization workflows remain at the platform level. This separation supports regulatory evaluation, software-defined control strategies, and long-term maintenance planning across evolving drone detection system infrastructures.

Electrical Platform Characteristics and Structural Boundaries
The module is built on a GaN power-stage architecture optimized for electrical consistency within its designated high-frequency segment. Design priorities include thermal margin management, impedance tolerance, and predictable electrical behavior under continuous operating conditions. When deployed as part of an anti drone jammer system, all RF-related behavior remains governed externally by the platform’s control logic. From a compliance standpoint, this structural boundary ensures that anti drone technology governance is defined at the system level rather than embedded within the RF hardware. As a result, the module functions as a passive RF execution element within a broader regulated architecture.

Application Value in Regulated Security System Architectures
For organizations developing compliant anti drone systems, this RF module enables scalable platform construction by decoupling detection, command logic, and RF execution into discrete and independently certifiable subsystems. It supports structured integration with upstream drone detection radar system, spectrum analysis platforms, and centralized control software without embedding application logic into the RF hardware itself. This layered architecture improves upgrade flexibility, simplifies component replacement cycles, and supports the long-term evolution of anti uav system deployments across changing regulatory, geographic, and operational environments.

Product Advantages

GaN-Based Electrical Stability for Continuous System Operation
The GaN power topology delivers controlled electrical behavior with stable thermal characteristics, supporting long-duration operation within regulated anti drone system platforms. Compared with conventional RF amplification structures, GaN-based designs offer improved power density combined with predictable thermal response, reducing long-term electrical drift. This level of stability is essential for platform-level calibration planning in anti uav system deployments where repeatability, traceability, and electrical consistency are critical review and audit parameters rather than field performance claims.

Modular RF Subsystem for Platform Compatibility
This module is engineered strictly as a modular RF execution block that integrates into higher-level drone detection system and command platforms without embedding detection or control logic. This separation allows integrators to upgrade drone detection radar system elements, sensing algorithms, or drone detector app monitoring interfaces independently from the RF hardware layer. Such modularity aligns with modern anti drone technology development models, where sensing and data processing layers evolve more rapidly than RF infrastructure.

System-Level Governance and Compliance-Oriented Control
Within a complete anti drone jammer system, RF output authority is governed entirely by centralized authorization logic. The module incorporates hardware-level safety constraints for electrical boundaries, thermal thresholds, and power management to ensure that all RF behavior remains within predefined compliance envelopes. This governance model aligns with how anti drone weapons classifications are evaluated at full-platform scope rather than at individual RF component scope, supporting structured regulatory review, long-term accountability, and multi-site deployment governance.

Use Scenarios

System Integrators Building Layered Counter-UAS Platforms
System integrators developing layered anti drone systems use this module as a standardized RF execution element within architectures combining drone detection system, data fusion, and centralized command control. Integration occurs at the platform architecture level rather than at the device level, allowing drone detector data streams, spectrum analysis tools, and control software to govern RF behavior under defined compliance rules. This abstraction supports consistent multi-site deployment and simplifies certification workflows.

Engineering Teams Conducting Platform-Level Validation
Engineering teams validating large-scale anti drone technology platforms require RF modules with predictable electrical behavior for laboratory verification and structured field evaluation. This module enables repeatable testing of authorization logic, thermal envelopes, and platform-level power control without embedding detection or response logic into the RF hardware. When paired with simulated drone detection radar system inputs and software-defined control layers, it supports closed-loop system validation in regulated development environments.

Network Operators Managing Distributed Security Infrastructure
Operators responsible for distributed anti uav system infrastructures require RF execution nodes that integrate seamlessly with centralized monitoring and control frameworks. When coordinated with networked drone detection system platforms and drone detector app monitoring interfaces, this module supports unified operational visibility across distributed sites while preserving strict separation between user interfaces and RF execution layers for governance, logging, and accountability.

4600-4800mhz 50W PA GaN Anti Drone Module Counter Fpv Anti Fpv Anti Drone DJI Mavic Counter Fpv

Product Introduction
The power amplifier uses domestic core key components and can operate normally at temperatures of -10～+55°C.

This document stipulates the radio frequency and monitoring technical indicators of the 4600-4800MHz 50W power amplifier module, the definition of each port of the module, the appearance and structure of the module, etc.

This document applies to all aspects of product design, verification, production and quality inspection of the 4600-4800MHz 50W power amplifier module.

Product Parameter

Test Item		Indicator	Unit	Remark
Frequency Range		4600-4800	MHz	Built-in interference source
Working Voltage		30	V	24-30V
Max Output Power		47±0.5	dBm	400-470MHz 50W@≤3.4A
Working Efficiency		≥60	%
Gain		47±1	dB	peak-to-peak value
Passband Riplpe		≤2	dB	peak-to-peak value
High-Low Temperature Test	Working Temperature（℃）	-10～+55	℃	It can start at low temperatures
	Gain Stability	±1.5 @-40℃～+55℃	dB
	Power Stability	±1.5 @-40℃～+55℃	dB
Power supply requirements		≥3.7A@+30Vdc；		Continuous wave output 50W
Power supply interface				Red + and Black -
Enable				White line high level on, low level off
RF Connector		SMA		SMA external screw base
Size		37.311219.5mm	mm	Excluding SMA
Weight		160	g

Connection Instruction

Company Introduction
Shenzhen tatusky technology Co,.LTD, specializing in the field of advanced technology. Our company is located in the vibrant city ofShenzhen, known as a hub of innovation and technology in China.

Our main products include RF module and ant FPv, which are designed with cuting-edge technology and strict quality control to meetthe diverse needs of our customers. The RF module offers high-performance and stable signal transmission, enabling seamlesscommunication in various applications. The anti FPV solution provides effectiveprotection aqamnst unauthonzed nterference anoensures the security and privacy of video transmission.

We provide ourselves on our strong R&D team, composed of experts and engineers with rich experience and professional knowledgein the field. They are constantly exploring and innovating to bring forth new and improved products that stay ahead of the markettrends.

Our manufacturing faclities are equipped with state-of-the-art machinery and adhere to interational qualty standards. This ensuresthat every product leaving our factory is of the highest quality and reliability.

About Us

TATUSKY TECHNOLOGY CO., LIMITED is dedicated to providing cutting-edge solutions for drone threat mitigation. Our Wearable 1-Band Handheld Drone Jammer is a testament to our commitment to innovation and security. Designed for single-operator use, this portable device offers a powerful defense against drone threats, ensuring effective disruption of signals within critical frequency ranges. Ideal for security personnel in field operations, it combines mobility and reliability for personal defense against unmanned aerial vehicles (UAVs). With a frequency range of 700-1000MHz, waterproof IP68 rating, and lightweight aluminum construction, our jammer is built to withstand challenging environments. TATUSKY TECHNOLOGY CO., LIMITED's focus on efficiency and transformation empowers industries to safeguard their operations with ease and confidence. Join us in our mission to deliver unparalleled anti-drone solutions that meet the demands of modern security challenges.

Contact TATUSKY TECHNOLOGY CO., LIMITED today to upgrade your security operations with the Wearable 1-Band Handheld Drone Jammer – Portable, Single-Operator Anti-Drone Solution. Let’s enhance your defense against UAV threats!

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