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FPV Video Receiver
Created with Pixso. 1.5GHz FPV Video Receiver Low Power Design 12 Channels 1405MHz-1680MHz

1.5GHz FPV Video Receiver Low Power Design 12 Channels 1405MHz-1680MHz

Brand Name: Kimghz technology
Model Number: FOX-R02-15
MOQ: 10 Pieces
Price: 17.7$-18.5$
Delivery Time: 3-8days
Payment Terms: L/C,D/P,T/T,Western Union
Detail Information
Place of Origin:
Original/CHINA
Certification:
CE
Channel:
12CH
Power:
/
Weight:
116g
Size:
130*80*20mm
Model:
FOX-R02-15
Operating Temperature:
-10℃ To 60℃
Channels:
12
Power Consumption:
/
Video Output:
/
Dimensions:
130*80*20mm
Power Supply:
DC 12
Packaging Details:
International Standard Packing
Supply Ability:
100000pieces/month
Highlight:

1.5GHz FPV Video Receiver

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1.5GHz fpv transmitter and receiver

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1680MHz FPV Video Receiver

Product Description

 1.5GHz Video Receiver Low-Power Design 12 Channels And Frequency Range 1405MHz-1680MHz


Built for nonstop reliability, this 1.5GHz Video Receiver combines DC12V low-power design (12V/400mA = 4.8W), 12 channels (1405–1680MHz), and industrial-grade components. Tailored for fixed infrastructure like traffic control centers, power plants, or border surveillance towers, it thrives in extreme temperatures (-30°C to +75°C) with minimal maintenance.


Technical Specifications
Band Name Kimghz technology
Model Number FOX-R02-15
Frequency 1.5GHz
Power /
Channel 12CH
Power Supply DC12V
Protocol IRC-Tramp
Frequency Range 1405MHz-1680MHz


Product Overview

1.5GHz FPV Video Receiver Low Power Design 12 Channels 1405MHz-1680MHz 01.5GHz FPV Video Receiver Low Power Design 12 Channels 1405MHz-1680MHz 11.5GHz FPV Video Receiver Low Power Design 12 Channels 1405MHz-1680MHz 2



TEST PART

1.5GHz FPV Video Receiver Low Power Design 12 Channels 1405MHz-1680MHz 3

Key Advantages


· 12V Ultra-Low Power Consumption: 4.8W operation reduces heat output, enabling fanless, silent performance in noise-sensitive environments (e.g., hospitals, data centers).

· 1405–1680MHz Line-of-Sight Optimization: High-frequency band excels in open terrain (e.g., highways, coastal surveillance), maintaining stable links over 3–5km with high-gain antennas.

· 12-Channel Redundancy Protocol: Built-in failover channels ensure uninterrupted reception if primary frequencies are jammed, critical for high-security applications (e.g., government facilities, nuclear plants).