The 2.4GHz/2.5GHz 50W GaN Drone Signal Blocker Jammer is a cutting-edge solution designed to effectively disrupt drone communications in the 2.4GHz and 2.5GHz frequency bands. Utilizing advanced Gallium Nitride (GaN) technology, this jammer offers superior performance compared to traditional LDMOS-based devices. GaN’s high work efficiency ensures minimal power loss, delivering enhanced signal blocking capabilities and more reliable operation over extended periods.

The device features a ceramic tube shell, which significantly improves heat dissipation, ensuring that the jammer maintains optimal performance even in demanding environments. This thermal efficiency contributes to the jammer’s overall stability, allowing it to perform consistently without overheating or failure.

Additionally, the GaN chip is designed with a unique open-circuit protection feature, which prevents damage to the chip in case of operational anomalies. This makes the jammer highly durable and reliable for long-term use.

Equipped with a high-performance circulator, the jammer efficiently channels signal interference, ensuring that drone signals are effectively blocked without impacting surrounding communications. Ideal for security applications, it provides a robust defense against unauthorized drone activities in sensitive areas, such as military zones, airports, and private properties.

RFOUT POWER:

10W GAN; 20W GAN; 30W GAN; 40W GAN; 50W GAN; 60W GAN

Number	Items	Specifications
1	Frequency Range	2400-2500MHz
2	Operating Voltage	28V
3	Flatness	±0.5dB
4	Output Power	47dBm
5	Current	4.30A @28V, 47dBm
6	Efficiency	45%@47dBm
7	LED State	Red
8	Operating Temperature	-30℃～85℃
9	Storage Temperature	-40℃～150℃
10	Operating Humidity	＜95%RH
11	RF PORT	Output: SMA-F
12	Power Socket	15cm red/black wire
13	Shell Material	Aluminum
14	Shell Size	1315317mm
15	Net Weight	0.25Kg

1. 28V /5A power supply.

2. Heat dissipation is recommended, such as adding heat sink or radiator fan.

3. Antenna should be screwed first, then plug the power adapter.

Sweep Signal Source*1