Uniview UAC-B115-AF40 4MM

Uniview UAC-B115-AF40 4MM – 5MP Analog Bullet Camera (Built-in Mic, Focused View, IP67)

Upgrade your surveillance system with the Uniview UAC-B115-AF40 4MM, a high-performance 5MP bullet camera designed for users who need maximum detail and focused monitoring. This model is ideal for covering specific areas like entrances, gates, and parking spaces where clarity at distance is critical.

Powered by a 5MP CMOS sensor, the camera delivers ultra-clear video resolution (up to 2880×1620), giving you sharper images and more detail compared to standard 2MP cameras.

The 4.0mm fixed lens provides a narrower and more focused field of view (~90°), making it perfect for capturing detailed scenes rather than wide coverage.

Equipped with IR night vision up to 20 meters, the camera ensures reliable monitoring even in complete darkness. The ICR (IR-cut filter) automatically switches between day and night modes to maintain optimal image quality.

This model also features a built-in microphone, allowing audio transmission over the same coaxial cable, adding an extra layer of security and awareness.

Supporting multiple video formats (TVI / AHD / CVI / CVBS), the camera is compatible with most DVR systems, making it ideal for both new installations and system upgrades.

With its IP67-rated housing, the camera is مقاوم للمياه والأتربة and built to operate in harsh outdoor environments, ensuring long-term durability and reliability.

Key Features:

✔ 5MP ultra-high resolution for superior clarity
✔ 4.0mm lens for focused and long-range monitoring
✔ IR night vision up to 20m for 24/7 surveillance
✔ Built-in microphone (audio over coaxial cable)
✔ Supports TVI / AHD / CVI / CVBS formats
✔ DWDR + noise reduction for improved image quality
✔ ICR filter for automatic day/night switching
✔ IP67 waterproof design for indoor & outdoor use

Ideal For:

• Entrances and gates (focused view)
• Parking areas and outdoor spaces
• Warehouses and storage zones
• Shops and commercial locations
• Home security with detailed monitoring