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| Brand Name: | Kimghz technology |
| Model Number: | KH-18S10T |
| MOQ: | 10 Pieces |
| Price: | 56$-399$ |
| Delivery Time: | 3-8days |
| Payment Terms: | L/C,D/P,T/T,Western Union |
The KH-18S10T Model 1.8GHz 8-10W 15CH is a professional-grade wireless video transmission module designed for demanding applications requiring reliable, long-distance video transmission with minimal latency.
| Brand Name | Kimghz technology |
|---|---|
| Model Number | KH-18S10T |
| Origin | China |
| Frequency | 1.8GHz |
| Power Output | 8-10W (200mW, 400mW, 1W, 4W, 8-10W) |
| Channel | 15CH |
| Power Supply | 7-32V |
| Protocol | IRC-Tramp |
| Frequency Range | 1680MHz-1980MHz |
This high-performance wireless video transmission module operates across a 1680MHz-1980MHz range with a stable 1.8GHz core frequency. It features 5 adjustable power levels (200mW to 10W) and 15 selectable channels, delivering low-latency, reliable video/audio transmission for critical applications including UAV-based industrial inspections, security surveillance, and live event broadcasting.
Operating between 1680MHz-1980MHz, the module avoids crowded frequency bands (2.4GHz Wi-Fi, 5.8GHz FPV) to minimize interference. The 1.8GHz core frequency provides excellent penetration through urban structures and outdoor foliage while maintaining signal stability in both urban and remote environments.
Five power modes (200mW to 10W) adapt to various operational needs. Low-power settings conserve battery for short-range applications, while high-power modes extend coverage to several kilometers for long-distance UAV operations or large industrial monitoring.
15 selectable channels ensure reliable operation in noisy environments, allowing quick switching to unoccupied frequencies during live events or in areas with heavy electromagnetic interference.
Built to industrial standards, the module supports HD video streaming with minimal latency (<100ms). Its compact design fits UAV payloads, vehicle mounts, or fixed enclosures, while the wide voltage input (7-32V) works with various power sources including lithium batteries, solar setups, or grid power.
Engineered to meet global spectrum standards (CE, FCC, ROHS), the module simplifies international deployment without requiring region-specific modifications.
