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Product Details:
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| Type: | FPV Extender | Chipset: | Self Designed PCBA |
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| Supplier Type: | Wholesale And Engineering | Frequency Bands: | 5.8GHz |
| Application: | Home; Hospital | Frequency Range: | 5.8GHz |
| Voltage: | 10W 20W 25W | Receiving Gain: | 16dB±1 |
| Transmission Gain: | 18dB±1 | Max Output Power(P1dB): | 40dBm(10W) |
| Input Trigger Power: | Min:3dBm Max:20dBm | EVM: | 3%@33dBm 802.11g 54Mbps OFDM 64QAM BW 20MHz |
| Charging Port: | 22V | Current Supply: | 2A |
| TX/RX Switch Time Delay: | <1 Us | LED Indicator: | Transmitter: Red; Receiver: Green |
| Port: | Shenzhen/Shanghai | ||
| Highlight: | Aluminum Shell 5.8 Ghz Booster,Aluminum Shell Drone Signal Amplifier,Drone Signal Amplifier 22V |
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Product overview
1.Descriptions
Soar Higher Techniques For 5.8GHz Drone Signal Strength
In order to enable your 5.8GHz drone to achieve higher flight and stronger signal, it is essential to adopt effective signal enhancement technology. By optimizing the signal quality, you can enjoy stable connection and clear image transmission in various environments.
| No. | Items | 5.8G |
| 1 | Frequency range | 1160MHz -1280MHz |
| 2 | Antenna gain | 15db±1 |
| 3 | Receiving gain | 16dB±1 |
| 4 | Transmission gain | 18dB±1 |
| 5 | Max Output Power(P1dB) | 40dBm(10w) |
| 6 | Input Trigger Power | Min:3dBm Max:23dBm |
| 7 | EVM | 3%@33dBm 802.11g 54Mbps OFDM 64QAM BW 20MHz |
| 8 | Noise Figure | ＜2.5dB |
| 9 | Current Supply | 2.2A@Pout40dBm 12V |
| 10 | TX/RX Switch Time Delay | ＜1 μs |
| 11 | LED Indicator | 4 Blue LED |
| 12 | Power Socket | 2.5*0.7mm |
| 13 | Shell Material | Aluminum |
| 14 | Shell Size | 147*87.5*45.5(mm) |
| 15 | Battery | 8000mah with type c |
3.Product Advantages
High-gain antenna Installing a high-gain antenna can significantly improve signal transmission and reception capabilities and expand coverage.
Signal Amplifier Use a signal amplifier specially designed for 5.8GHz to enhance signal strength and ensure stability during high-altitude flights.
Anti-interference technology uses anti-interference design to reduce interference from other electronic devices and ensure clear and stable signals.
Optimize the flight path. Choose an open flight area with less interference and avoid being near high-rise buildings or power lines in the city to improve signal quality.
Regular maintenance and firmware updates Regularly check device status and update firmware to ensure optimal signal processing and flight performance.
4.Product details
Contact Person: Mr. tommy
Tel: 18625215257
