1.2GHZ 8-10W 9CH stable signal trasmission and adjustable power 8-10W(200MW 400MW 1W 4W 8-10W)
Technical Specifications
| Brand Name | XH |
| Model Number | KH-12S10T |
| Original | China |
| Frequency | 1.2GHZ |
| Power Output | 8-10W(200MW 400MW 1W 4W 8-10W) |
| Channel | 9CH |
| Power Supply | 7-32V |
| Protocol | IRC-Tramp |
| Frequency Range | 1040MHz-1400MHz |
Product Overview
This 1.2GHz Video Transmitter is a versatile solution for long-range video transmission, combining high performance with exceptional flexibility. With a maximum RF power of 8-10W—paired with adjustable low-power settings (200mW/400mW/1W/4W)—it ensures reliable connectivity across distances, whether for UAV operations, remote surveillance, or outdoor communication networks. Covering 9 channels within a 1040-1400MHz frequency range, it adapts to diverse environments, while its 7-32V power input compatibility makes it easy to integrate with various energy sources, from batteries to grid power.


Test Part

Key Advantages
- Consistent Long-Distance Links: The 1.2GHz band’s inherent ability to travel farther with less signal loss ensures stable video transmission over extended ranges, outperforming higher-frequency alternatives in open fields, rural areas, or large industrial complexes.
- Precision Power Tuning: Switch between 200mW (for short-range, low-power tasks like backyard UAV testing) and 10W (for maximum coverage in remote surveillance) to match specific mission requirements, optimizing both range and energy usage.
- Flexible Frequency Selection: 9 channels within the 1040-1400MHz range allow pilots and operators to avoid interference, even in areas with multiple wireless devices—critical for maintaining clarity in busy or shared airspace.
- Universal Power Compatibility: A 7-32V input works seamlessly with 2S to 8S LiPo batteries, portable generators, or solar panels, enabling deployment in scenarios ranging from quick field missions to permanent, off-grid monitoring stations.
- Reliable in Dynamic Conditions: Designed to handle voltage fluctuations and environmental variables (such as wind, dust, or temperature shifts), ensuring uninterrupted performance in both controlled and unpredictable settings.