This 1500-2500MHz GaN anti-drone amplifier module is designed for drone jamming and countermeasure applications using gallium nitride (GaN) technology with high power, high efficiency, and wide frequency band coverage.
Module Purpose & Target Users
This 1500–2500 MHz 100W GaN RF amplifier module is developed as a core high-power stage for professional anti drone systems and anti uav system platforms, intended for integrators, security solution providers, and RF equipment developers. It is designed not as a standalone consumer device, but as a building block for system-level use, such as integration into anti drone jammer systems, combined with antennas, signal sources and detection hardware. Users typically include system integrators working on drone defense, FPV/UAV countermeasure solutions, perimeter security system vendors, and RF test labs that require a powerful, stable RF output module for building drone detection system or drone detection radar system infrastructures.
Technical Characteristics & Core Specifications
Based on GaN (Gallium Nitride) technology, this module delivers continuous output power of 100W across a wide frequency band of 1500–2500 MHz. According to publicly available specs, operating voltage is around 32 V, required power supply current ≥ 8 A, module dimensions approximately 177 × 90.3 × 24.5 mm, and weight about 900 g. The amplifier offers high efficiency (≥35%), peak gain up to ~42 dB, good gain flatness, and stable operation within a working temperature range of –10 ℃ to +55 ℃. This makes it suitable for demanding RF conditions, ensuring consistent signal boost without significant distortion or thermal degradation — a critical advantage when the module is embedded in anti drone technology stacks that demand reliable performance under continuous or repeated use.
Value for Industry Use & Integration Scenarios
In the context of building sophisticated anti drone systems, RF power amplifiers like this are pivotal in determining the system’s effective signal reach, jamming strength, and reliability. This 100W amplifier enables system developers to implement robust jamming or signal enhancement capabilities in fixed installations, vehicle-mounted rigs, or portable counter-UAV units. Its wideband 1500–2500 MHz coverage allows compatibility with many common UAV/FPV control and data link frequencies, reducing the need for multiple narrowband amplifiers — this simplifies system design, lowers cost, and improves maintainability in both drone detection system and anti drone jammer system architectures. As such, it provides strong engineering value for integrators building mid- to high-power UAV countermeasure solutions.
Product Advantages
Efficient GaN Design with Thermal and Power Stability
Using GaN semiconductor technology, this module achieves significantly higher power density and efficiency compared to conventional silicon-based amplifiers—key for anti drone jammer or anti uav system deployments. The module provides continuous 100W output while maintaining stable operation, thanks to efficient heat dissipation and thermal design. This ensures long-term reliability even in extended jamming or RF transmission sessions, reducing risk of thermal shutdown or performance drift. For system integrators and defense electronics manufacturers, this reliability translates into reduced maintenance, fewer replacements, and predictable system behavior in real-world anti drone technology deployments.
Wideband Coverage Reducing System Complexity
With frequency coverage from 1500 to 2500 MHz in a single module, system architects no longer need multiple narrowband amplifiers for different UAV control or FPV frequencies. This broad compatibility significantly simplifies the RF subsystem of anti drone systems, reducing number of components, simplifying frequency switching logic, and minimizing antenna/relay complexity. For integrators building combined drone detection system + jamming solutions, this consolidation improves system compactness, reduces wiring and power-supply complexity, and accelerates deployment timelines for new installations.
Modular Format Supporting Flexible Integration and Customization
The module’s physical form factor (approx. 177 × 90.3 × 24.5 mm, ~900 g) and standard electrical requirements (32 V, ≥8 A) make it compatible with a wide variety of system enclosures — from vehicle-mounted racks to fixed-station cabinets or portable jammer backpacks. The module can be paired with external antennas, controllers, noise sources or DDS/VCO sources as needed, offering maximum flexibility for developers. This modularity supports phased upgrades of existing anti drone systems, enabling expansion or replacement of amplifier stages without redesigning entire system. It also facilitates customization (e.g., different connectors, enclosures) for bespoke anti drone weapons-adjacent RF solutions under regulated deployments.
Use Scenarios
Vehicle-Mounted Counter-UAV Deployment by Security Contractors
Security contractors deploying mobile counter-UAV platforms — for example on patrol vehicles or convoys — can integrate this 1500–2500 MHz 100W amplifier with an RF signal source, antennas, and detection sensors to create a mobile anti drone system. When encountering rogue UAVs or unauthorized drones, the system can deliver potent, wideband RF output to interfere with control or telemetry links. The module’s reliability under continuous load ensures mission-ready performance even in prolonged operations, making it valuable for contractors providing security to sensitive convoys, events, or critical infrastructure sites.
RF Laboratory Testing and Drone Detector Development
RF laboratories or research teams working on drone detection radar system development, interference mitigation, or signal behavior analysis can use this amplifier as a controlled, high-power RF source. It enables testing of how different drone control/data frequencies respond to jamming or shielding efforts, and helps tune detection and countermeasure algorithms. In combination with a drone detector app or monitoring software, developers can conduct repeatable experiments and validate performance of anti-UAV systems under controlled conditions before field deployment.
Fixed-Site Perimeter Defense for Critical Infrastructure Operators
Operators of critical infrastructure — such as power plants, logistics hubs, or high-security facilities — can embed this amplifier into a stationary anti drone jammer system module alongside detection sensors and directional antennas to form a fixed perimeter defense solution. The wideband 1500–2500 MHz coverage ensures compatibility with a variety of UAV control protocols. With its robust design and continuous output capability, the system can maintain readiness 24/7, offering stable signal suppression for drone threats without frequent maintenance — fulfilling long-term security needs for static, high-value sites.
1500-2500MHz 100W GaN Anti-Drone Module
✅ Ultra Wide Frequency Coverage: supports 1500MHz-2500MHz frequency band, can interfere with multiple drone communication protocols.
✅ High power output: Maximum output power is 100W, effectively improving the jamming range and effect.
✅ High-efficiency GaN technology: Higher efficiency, lower power consumption and better heat dissipation performance than traditional LDMOS solutions.
✅ Low VSW protection: with antenna port protection (optional circulator or electronic bridge) to prevent damage to the amplifier.
✅ Flexible Integration: Compact size, can be quickly integrated into all kinds of UAV anti systems (portable, vehicle-mounted, fixed, etc.).
✅ Weather Resistant: It can work stably in -40℃ to +65℃ environment and adapt to various harsh conditions.
🚔 Law enforcement agencies: police, border security, prison management, preventing illegal intrusion of drones.
🔰 Military defense: battlefield drone suppression, tactical shielding interference.
🏭 Critical infrastructure protection: airports, power stations, government agencies, etc. against drone threats.
If you need detailed specifications or customized solutions, please contact us!
About Us
We are a specialized RF module manufacturer with deep expertise in designing GaN-based high-power amplifiers and wideband RF components tailored for UAV countermeasure, signal transmission, and RF defense systems. Our engineering team focuses on ensuring thermal stability, frequency consistency, and physical robustness to meet requirements from system integrators, defense electronics contractors, and RF infrastructure developers worldwide. Our customer base includes security solution providers, perimeter defense companies, RF labs, and industrial integrators seeking modular, scalable building blocks rather than consumer-level devices. We position ourselves as a reliable partner supplying high-quality, integrator-ready RF components for anti drone systems and anti uav system platforms.
Submit your system specifications and project requirements to request a customized quotation and integration guidance today!
FAQ
What kind of systems can this amplifier be integrated into?
It can be integrated into full anti drone jammer system platforms, vehicle-mounted or fixed-site anti drone systems, or custom RF systems combining detection and response.
What is the typical delivery time after placing an order?
For small orders (<100 pcs), lead time is typically 3 days; for larger orders, delivery is usually within 5–12 days depending on quantity.
What are the power supply and operating environment requirements?
The module requires ≈ 32 V DC supply at ≥ 8 A. It operates reliably in ambient temperatures between –10 ℃ and +55 ℃.
Is frequency customization possible beyond 1500–2500 MHz?
Yes — according to the manufacturer’s specs, frequency and power customization is supported across ranges (e.g., 300 MHz to 6 GHz) depending on order agreement.
Does this module store data or require special software for operation?
No — the module is purely an RF power amplifier, it does not store data. All signal control and data handling are managed by the host system controller or external RF source.
