UTP Video Balun 4 Channel Passive, Aluminium Alloy CCTV Transceiver Box ,BNC to RJ45 Converter for AHD/TVI/CVI/Analog 720P/1080P Cameras
Non-returnable
Out of stock
Tags:
✅ 4CH Passive Video Balun
✅ Aluminium Alloy Body
✅ BNC to RJ45 Converter
✅ Supports AHD/TVI/CVI
✅ Long Distance Transmission
✅ No Power Required
✅ Aluminium Alloy Body
✅ BNC to RJ45 Converter
✅ Supports AHD/TVI/CVI
✅ Long Distance Transmission
✅ No Power Required
Rs.1,179.00 Rs.1,999.00
Product Details
This 4 Channel Passive UTP Video Balun Transceiver is designed for long-distance, interference-free transmission of HD CCTV video signals. It converts 4 BNC coaxial lines into a single RJ45/Cat5/Cat6 UTP output, significantly reducing cable cost and simplifying installation.
Made with a high-strength aluminium alloy shell and pure copper BNC connectors, it offers stable performance, excellent anti-jamming capability, and long-term durability for professional surveillance setups.
Ideal for HD-CVI, HD-TVI, AHD, and analog CCTV cameras, this balun supports 720P/1080P video formats with impressive transmission distances.
Key Features
1. 4-Channel HD UTP Transmission
- Converts 4 coaxial BNC video signals into one RJ45/Cat5/Cat6 connection
- Supports AHD / TVI / CVI / Analog formats
- Perfect for DVR-based CCTV systems
2. Long Transmission Distance
- Up to 330m with passive video transceivers
- Up to 1500m when paired with active receivers
- HD-CVI 720P: Up to 400m
- HD-CVI 1080P: Up to 250m
- AHD/TVI 720P/1080P: Up to 250m
3. Cost-Effective Wiring
- One Cat5/Cat6 cable can carry 4 video channels, reducing wiring cost
- Suitable for long-distance structured cabling installations
4. Excellent Anti-Interference Performance
- Uses differential signal transmission
- Built-in transient surge protection
- Stable and clean video output
5. No External Power Required
- Fully passive design
- Easy installation, high reliability
6. Durable Aluminium Alloy Shell
- Better heat dissipation
- Strong and long-lasting build
- Pure copper BNC connectors ensure strong signal flow