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FPV Video Transmitter
Created with Pixso. High Performance Uav Video Transmitter 3.3GHz 16 Channels 3170–3470MHz 4W

High Performance Uav Video Transmitter 3.3GHz 16 Channels 3170–3470MHz 4W

Brand Name: Kimghz technology
Model Number: KH-3340BT
MOQ: 10 Pieces
Price: 45.5$-47.5$
Delivery Time: 3-8days
Payment Terms: L/C,D/P,T/T,Western Union
Detail Information
Place of Origin:
Original/CHINA
Certification:
CE
Channel:
16CH
Power:
4W (25mW 4000mW
Protocol:
IRC-Tramp
Weight:
21g
Dimension:
40*38*20.7mm;30.5*30.5mm(hole)
Packaging Details:
International Standard Packing
Supply Ability:
100000pieces/month
Highlight:

3470MHz Uav Video Transmitter

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3470MHz fpv drone video transmitter

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16 Channels Uav Video Transmitter

Product Description

 High-Performance 3.3GHz Video Transmitter for 16 channels (3170–3470MHz) 4W For Drone VTX


Built for latency-sensitive applications, this 3.3GHz Video Transmitter 16 channels (3170–3470MHz) with 7–36VDC stable power, delivering sub-50ms video transmission for medical imaging, live event broadcasting, or autonomous vehicle telemetry. Its narrow-channel design (18MHz bandwidth) ensures high signal-to-noise ratio (SNR) for crystal-clear 4K feeds.


Technical Specifications
Band Name Kimghz technology
Model Number KH-3340BT
Frequency 3.3G
Power 4W
(25mW
4000mW)
Channel 16CH
Power Supply 7-36VDC
2-8S
Protocol IRC-Tramp
Frequency Range 3170MHz-3470MHz


Product Overview

High Performance Uav Video Transmitter 3.3GHz 16 Channels 3170–3470MHz 4W 0High Performance Uav Video Transmitter 3.3GHz 16 Channels 3170–3470MHz 4W 1


TEST PART

High Performance Uav Video Transmitter 3.3GHz 16 Channels 3170–3470MHz 4W 2

Key Advantages


· 16-Channel Parallel Transmission: Supports up to 16 concurrent 1080p streams via 18.75MHz channel spacing, eliminating cross-talk in high-density setups (e.g., 12+ cameras in a busy logistics hub).

· 7–36VDC Industrial Power Compatibility: Integrates with 24V CCTV power grids, 12V battery backups, or 36V solar inverters, ensuring uninterrupted operation in mission-critical facilities.

· 3.3GHz Low-Interference Band: Operates in the underutilized 3170–3470MHz spectrum (less congested than 2.4GHz/5GHz), reducing signal collision by 60% in urban environments with heavy Wi-Fi/Bluetooth traffic.