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Analog Video Transmitter
Created with Pixso. VTX Long Distance Transmission 2.8GHz 8-10W 13CH Drone FPV VTX Low Latency

VTX Long Distance Transmission 2.8GHz 8-10W 13CH Drone FPV VTX Low Latency

Brand Name: Kimghz technology
Model Number: KH-28S10T
MOQ: 10 Pieces
Price: 56$-399$
Delivery Time: 3-8days
Detail Information
Place of Origin:
Original/CHINA
Certification:
CE
Features:
SmartAudio, Pit Mode, MMCX Connector
Model:
KH-28S10T
Weight:
40g
Frequency Range:
2650MHz-2975MHz
Power Output:
8-10W (200mW 400mW 1W 4W 8-10W)
Dimensions:
L*W*H 68*38*15mm
Input Voltage:
7-32V
Channels:
13CH
Packaging Details:
International Standard Packing
Supply Ability:
10000pieces/month
Highlight:

2.8ghz analog video transmitter

,

2.8ghz wireless video transmitter

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10w analog video transmitter

Product Description
VTX Long Distance Transmission 2.8GHz 8-10W 13CH  Drone FPV VTX Low Latency
Technical Specifications
Brand Name Kimghz technology
Model Number KH-28S10T
Original China
Frequency 2.8GHz
Power Output 8-10W(200mW 400mW 1W 4W 8-10W)
Channel 13CH
Power Supply 7-32V
Protocol IRC-Tramp
Frequency Range 2650MHz-2975MHz
Product Overview

This 2.8GHz VTX prioritizes reliable connectivity with 13 channels, 8-10W RF power (adjustable via 200mW/400mW/1W/4W modes), and a 2650-2975MHz bandwidth. Its 7-32V wide-voltage design works seamlessly with batteries, solar setups, or vehicle power, making it a robust choice for dynamic transmission scenarios.

VTX Long Distance Transmission 2.8GHz 8-10W 13CH  Drone FPV VTX Low Latency 0VTX Long Distance Transmission 2.8GHz 8-10W 13CH  Drone FPV VTX Low Latency 1

Test Part

VTX Long Distance Transmission 2.8GHz 8-10W 13CH  Drone FPV VTX Low Latency 2

Key Advantages


· Interference Resilience: 13 channels provide redundant options to avoid signal overlap, critical for multi-device operations in urban or industrial areas.

· Power Versatility: 7-32V input eliminates reliance on specialized power sources, enabling deployment in remote off-grid locations.

· Precision Frequency Control: 2650-2975MHz range allows fine-tuning to bypass local interference, optimizing video clarity.