Brief: In this video, we provide an informative walkthrough of the KH-18S10T 1.8GHz FPV VTX. You'll see how this professional-grade wireless video transmitter delivers reliable, long-distance transmission with minimal latency. We demonstrate its adjustable power output, 15-channel operation, and robust design for demanding applications like UAV inspections and live broadcasting.
Related Product Features:
Operates on a stable 1.8GHz core frequency across a 1680MHz-1980MHz range for excellent signal penetration and stability.
Features five adjustable power levels from 200mW to 10W to suit various operational ranges and battery requirements.
Offers 15 selectable channels for reliable operation in noisy electromagnetic environments.
Supports a wide 7-32V power supply input for compatibility with various power sources.
Provides low-latency HD video and audio transmission with minimal delay for critical applications.
Built to industrial standards with a compact design for UAV payloads, vehicle mounts, or fixed installations.
Engineered to meet global regulatory standards including CE, FCC, and ROHS for international deployment.
Utilizes IRC-Tramp protocol for precise control and configuration of transmission settings.
FAQs:
What is the operating frequency range of the KH-18S10T video transmitter?
The KH-18S10T operates across a 1680MHz-1980MHz range with a stable 1.8GHz core frequency, avoiding crowded bands like 2.4GHz Wi-Fi and 5.8GHz FPV to minimize interference.
How many power output levels does this transmitter support?
It features five adjustable power levels: 200mW, 400mW, 1W, 4W, and 8-10W, allowing adaptation to various operational needs from short-range to long-distance applications.
What applications is this video transmitter suitable for?
It's designed for demanding applications requiring reliable, long-distance video transmission with minimal latency, including UAV-based industrial inspections, security surveillance, and live event broadcasting.
Is the KH-18S10T compliant with international regulations?
Yes, the module is engineered to meet global spectrum standards including CE, FCC, and ROHS, simplifying international deployment without requiring region-specific modifications.