Specifications
Model Number :
30W Drone signal jammer module
Place of Origin :
China
MOQ :
1
Price :
$140 - 400
Payment Terms :
L/C,D/A,D/P,T/T,Western Union,MoneyGram
Supply Ability :
5000 per month
Delivery Time :
30
Frequency Range :
420-5850 MHz (Customized Frequency)
Operating Voltage :
28 V (28-32V)
Maximum Power Output :
45±0.5 / 44±0.5 dBm (30W@≤2.1A)
Gain :
40±1 dB (peak-to-peak value)
In-band fluctuation :
≤2 dB (peak-to-peak value)
Spurious Emission (Operating In-band) :
≤-15 dBm/1MHz (Center Frequency add CW Signal to Maximum Power Output Test)
Spurious Emission (Operating Out-of-band, 9KHz~1GHz) :
No noise wave above normal base (dBm)
Output VSWR (No power up) :
≤1.30 (No power up: Standard Grid Output -10dBm)
Power Supply Requirement :
≥3A@+28Vdc (Continuous Wave Output 30W/25W)
RF Output Connector :
SMA (SMA External Screw Base)
Description
1. Product Introduction

The 30W Drone Signal Jammer Module is designed for effective management of unauthorized drone intrusions. It disrupts communication links between drones and their controllers, satellites, or other transmission sources by emitting targeted interference signals, ensuring security in protected areas.

Key Advantages:

  • High Power Output: Features a 30W power output for extended and reliable interference coverage.
  • Wide Bandwidth Coverage: Supports multiple frequency bands (420MHz–5850MHz), compatible with diverse drone communication protocols.
  • Flexible Scheme Options: Offers LoRa LDMOS, LDMOS, GaN, and LoRa GaN solutions to meet varying performance, integration, and application needs.
  • Compact Form Factor: Available in compact dimensions (e.g., 100mm×34mm×15mm, 128mm×35mm×19mm) for easy integration into security systems.

Applicable Scenarios: Airport no-fly zones, government premises, military installations, large-scale event venues (concerts, exhibitions), correctional facilities, and other high-security areas.

2. Specifications
Power Bandwidth Scheme Size Size (Built-in Circulator)
30W 720–820MHz LoRa LDMOS 100mm×34mm×15mm 128mm×35mm×19mm
30W 720–820MHz LDMOS 100mm×34mm×15mm 128mm×35mm×19mm
30W 720–820MHz GaN
30W 720–820MHz LoRa LDMOS 100mm×34mm×15mm 128mm×35mm×19mm
30W 720–820MHz LDMOS 100mm×34mm×15mm 128mm×35mm×19mm
30W 850–950MHz LoRa LDMOS 100mm×34mm×15mm 128mm×35mm×19mm
30W 850–950MHz LDMOS 100mm×34mm×15mm 128mm×35mm×19mm
30W 850–950MHz GaN
30W 850–950MHz LoRa LDMOS 100mm×34mm×15mm 128mm×35mm×19mm
30W 850–950MHz LDMOS 100mm×34mm×15mm 128mm×35mm×19mm
30W 970–1100MHz LoRa LDMOS 100mm×34mm×15mm 128mm×35mm×19mm
30W 970–1100MHz LDMOS 100mm×34mm×15mm 128mm×35mm×19mm
30W 970–1100MHz GaN
30W 970–1100MHz LoRa LDMOS 100mm×34mm×15mm 128mm×35mm×19mm
30W 970–1100MHz LDMOS 100mm×34mm×15mm 128mm×35mm×19mm
30W 1170–1280MHz LoRa LDMOS 100mm×34mm×15mm 128mm×35mm×19mm
30W 1170–1280MHz LDMOS 100mm×34mm×15mm 128mm×35mm×19mm
30W 1170–1280MHz GaN
30W 1170–1280MHz LoRa LDMOS 100mm×34mm×15mm 128mm×35mm×19mm
30W 1170–1280MHz LDMOS 100mm×34mm×15mm 128mm×35mm×19mm
30W 1550–1650MHz LoRa LDMOS 100mm×34mm×15mm 128mm×35mm×19mm
30W 1550–1650MHz LDMOS 100mm×34mm×15mm 128mm×35mm×19mm
30W 1550–1650MHz GaN
30W 1550–1650MHz LoRa LDMOS 100mm×34mm×15mm 128mm×35mm×19mm
30W 1550–1650MHz LDMOS 100mm×34mm×15mm 128mm×35mm×19mm
30W 2300–2500MHz LoRa LDMOS 100mm×34mm×15mm 128mm×35mm×19mm
30W 2300–2500MHz LDMOS 100mm×34mm×15mm 128mm×35mm×19mm
30W 2300–2500MHz GaN
30W 2300–2500MHz LoRa LDMOS 100mm×34mm×15mm 128mm×35mm×19mm
30W 2300–2500MHz LDMOS 100mm×34mm×15mm 128mm×35mm×19mm
30W 5150–5350MHz LDMOS 128mm×35mm×19mm
30W 5150–5350MHz GaN 128mm×35mm×19mm
30W 5150–5350MHz LoRa GaN 128mm×35mm×19mm
30W 5400–5700MHz LDMOS 128mm×35mm×19mm
30W 5400–5700MHz GaN 128mm×35mm×19mm
30W 5400–5700MHz LoRa GaN 128mm×35mm×19mm
30W 5725–5850MHz LDMOS 128mm×35mm×19mm
30W 5725–5850MHz GaN 128mm×35mm×19mm
30W 5725–5850MHz LoRa GaN 128mm×35mm×19mm
3. Technical Parameters
Test Item Parameters Unit Remark
Frequency Range 420–5850 MHz Customized Frequency Available
Operating Voltage 28 (28–32V compatible) V Wide Voltage Adaptation
Maximum Power Output 45±0.5 / 54±0.5 dBm 30W@≤2.1A
Gain 40±1 dB peak-to-peak value
In-band Fluctuation ≤2 dB peak-to-peak value
Spurious Emission (Operating In-band) ≤-15dBm/1MHz dBm Center Frequency + CW Signal to Maximum Power Output Test
Spurious Emission (Operating Out-of-band, 9KHz–1GHz) No noise wave above normal base dBm
Spurious Emission (Operating Out-of-band, 1G–12.75GHz) No noise wave above normal base dBm
Output VSWR (No Power Up) ≤1.30 No power up: Standard Grid Output -10dBm
Output VSWR (Power Up) ≤1.30 Power up: Dual Directional Coupler Test
High-low Temperature Test (Operating Ambient Temperature) -10~+55 °C Cold Start Compatible
High-low Temperature Test (Gain Stability) ±1.5dB @ -40°C~+55°C dB
High-low Temperature Test (Power Stability) ±1dB @ -40°C~+55°C dB
Power Supply Requirement ≥3A@+28Vdc Continuous Wave Output (30W/25W)
Power Supply Port Power Cable: Red positive/Black negative Red positive, Black negative polarity
RF Output Connector SMA SMA External Screw Base
4. Frequently Asked Questions (FAQ)
Q1: Which drone communication protocols is this module compatible with?

A: The module supports mainstream drone communication frequency bands (e.g., 400MHz, 800MHz, 2.4GHz, 5.8GHz). LoRa-specific schemes (LoRa LDMOS, LoRa GaN) offer enhanced interference for drones using LoRa communication. Custom frequency options are also available to match specific drone systems.

Q2: How to select between LoRa LDMOS, LDMOS, GaN, and LoRa GaN schemes?

A: - LoRa LDMOS / LoRa GaN: Optimized for jamming drones with LoRa-based communication (targeted interference).

  • LDMOS: Delivers stable performance at a balanced cost (ideal for general drone jamming).
  • GaN: Offers high efficiency and power density (suited for compact, high-efficiency applications).
    Choose based on the target drone’s communication type, project budget, and performance needs.
Q3: Does the module support customization?

A: Yes. Frequency customization is available (see “Customized Frequency” in “Frequency Range” remark). For bulk orders, customization of voltage (beyond 28–32V), form factor, or connectors can also be discussed.

Q4: Can the module operate in harsh outdoor temperatures?

A: Yes. The operating temperature range is -10°C to +55°C, and it undergoes rigorous high-low temperature testing (gain fluctuation ≤±1.5dB, power fluctuation ≤±1dB), ensuring reliability in most outdoor environments.

Q5: How to wire and power the module?

A: The module requires ≥3A@+28Vdc for power. The power cable uses “Red positive, Black negative” polarity. RF signals output via an SMA external screw base. Ensure correct power polarity and RF connector compatibility during installation.

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Signal Jammer 420-5850MHz 30W GaN LDMOS Lora Module Signal Blocker Anti Drone Jammer RF Power Amplifier Module

Ask Latest Price
Model Number :
30W Drone signal jammer module
Place of Origin :
China
MOQ :
1
Price :
$140 - 400
Payment Terms :
L/C,D/A,D/P,T/T,Western Union,MoneyGram
Supply Ability :
5000 per month
Contact Supplier
Signal Jammer 420-5850MHz 30W GaN LDMOS Lora Module Signal Blocker Anti Drone Jammer RF Power Amplifier Module
Signal Jammer 420-5850MHz 30W GaN LDMOS Lora Module Signal Blocker Anti Drone Jammer RF Power Amplifier Module
Signal Jammer 420-5850MHz 30W GaN LDMOS Lora Module Signal Blocker Anti Drone Jammer RF Power Amplifier Module
Signal Jammer 420-5850MHz 30W GaN LDMOS Lora Module Signal Blocker Anti Drone Jammer RF Power Amplifier Module
Signal Jammer 420-5850MHz 30W GaN LDMOS Lora Module Signal Blocker Anti Drone Jammer RF Power Amplifier Module
Signal Jammer 420-5850MHz 30W GaN LDMOS Lora Module Signal Blocker Anti Drone Jammer RF Power Amplifier Module
Signal Jammer 420-5850MHz 30W GaN LDMOS Lora Module Signal Blocker Anti Drone Jammer RF Power Amplifier Module
Signal Jammer 420-5850MHz 30W GaN LDMOS Lora Module Signal Blocker Anti Drone Jammer RF Power Amplifier Module
Signal Jammer 420-5850MHz 30W GaN LDMOS Lora Module Signal Blocker Anti Drone Jammer RF Power Amplifier Module
Signal Jammer 420-5850MHz 30W GaN LDMOS Lora Module Signal Blocker Anti Drone Jammer RF Power Amplifier Module
Signal Jammer 420-5850MHz 30W GaN LDMOS Lora Module Signal Blocker Anti Drone Jammer RF Power Amplifier Module
Signal Jammer 420-5850MHz 30W GaN LDMOS Lora Module Signal Blocker Anti Drone Jammer RF Power Amplifier Module
Signal Jammer 420-5850MHz 30W GaN LDMOS Lora Module Signal Blocker Anti Drone Jammer RF Power Amplifier Module
Signal Jammer 420-5850MHz 30W GaN LDMOS Lora Module Signal Blocker Anti Drone Jammer RF Power Amplifier Module

AegisCloud (Shenzhen) Technology Innovation Co., Ltd.

Verified Supplier
1 Years
shenzhen
Business Type :
Manufacturer
Total Annual :
5000000-10000000
Employee Number :
100~200
Certification Level :
Verified Supplier
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