High Sensitivity VTR Video Transmitter 0.5-8GHz With Wide DC Power Supply Range Broad
High Sensitivity VTR Video Transmitter
,8GHz VTR Video Transmitter
,8GHz wireless Video Transmitter
Crafted for adaptable functionality, this wireless communication tool boasts a broad DC power input range of 12-28W, outstanding signal receptivity of -90dBm, and extensive frequency reach from 500MHz to 8000MHz (0.5-8GHz), with its primary working spectrum lying between 0.9-7.0GHz. Striking a harmony between power frugality and connection stability, it ensures consistent operation across a variety of wireless uses, including IoT, mobile communications, and industrial surveillance.
| Band Name | kimghz technology |
|---|---|
| Model Number | KH-70R |
| Frequency | 0.9-7.0GHz |
| Signal | -90dBm |
| Distance | -10M~50km |
| Power Supply | DC 12-28V |
| Protocol | NTSC/PAL |
| Compatibility | All mainstream analog image transmission protocols |
| Frequency Range | 500MHz~8000MHz |




- Ecosystem-Wide Compatibility: The 0.5-8GHz range supports everything from legacy 2G sensors to cutting-edge 5G IoT devices, enabling seamless communication between smart meters, home automation systems, and industrial drones--ideal for expanding smart ecosystems without protocol limitations.
- Sensitivity for Edge Environments: -90dBm receiving sensitivity ensures reliable data transmission in edge scenarios: basement IoT sensors, remote agricultural monitors, or crowded urban hotspots with signal congestion--minimizing latency for time-sensitive applications like real-time inventory tracking.
- Energy-Smart Power Management: A 12-28W input optimizes energy use across deployments: low-power mode for battery-operated smart home hubs, high-efficiency operation for solar-powered rural sensors, and steady output for grid-connected enterprise routers--extending lifespan in long-term installations.
- Flexible Scalability: Whether deployed in small-scale setups (residential Wi-Fi/IoT hubs) or large networks (cross-city 5G/LoRa infrastructure), it adapts to growing demands, supporting more devices and protocols without requiring hardware overhauls--reducing costs for businesses and communities alike.