- 9.6 inch full display mirror monitor - high-resolution 320×1280 screen delivers detailed and clear images for enhanced rear and reverse viewing.
- Dual view function - supports standard rear vision view and automatically switches to reverse view when the vehicle is shifted into reverse by using a single camera only.
- Compatibility - fully compatible with all elinz k series ahd cameras, ensuring seamless plug-and-play connection and optimal video performance.
- Anti-interference pcb design - ensures stable, reliable video signals by minimizing interference.
- Wide operating voltage and camera output - operates on dc 10-30v input and supplies dc 12v output to connected cameras, compatible with various vehicle systems.
Elinz K Series 9.6" Full Screen Display Clip-on Mirror Monitor Heavy Duty AHD 1080P Reversing Camera 10M Cable
The Elinz K Series 9.6" Full Screen Clip-on Mirror AHD Monitor delivers crisp, ultra-clear viewing with its high-resolution 320×1280 display, enhancing both rear and reverse visibility. Designed for seamless integration with K Series AHD cameras, it offers reliable performance, smart features, and all-weather durability for safer, more convenient driving.
The Elinz K Series Heavy Duty AHD 1080P Reversing Camera delivers crisp Full HD clarity and a wide 120° viewing angle for safer, more confident maneuvering. Built for demanding environments, it features night vision, rapid shutter speed, and an IP69K-rated housing for reliable performance in any condition.
PRODUCT FEATURES
Monitor
1. 9.6 Inch Full Display Mirror Monitor - High-resolution 320×1280 screen delivers detailed and clear images for enhanced rear and reverse viewing.
2. Dual View Function - Supports standard rear vision view and automatically switches to reverse view when the vehicle is shifted into reverse by using a single camera only.
3. Compatibility - Fully compatible with all Elinz K Series AHD Cameras, ensuring seamless plug-and-play connection and optimal video performance.
4. Anti-Interference PCB Design - Ensures stable, reliable video signals by minimizing interference.
5. Wid...