IPC2B15SS-ADF28(40)KMC-I1
5MP HD Intelligent Light and Audible Warning Fixed Bullet Network Camera – IPC2B15SS-ADF28(40)KMC-I1
- Image Quality: High quality image with 5MP, 1/2.7″ CMOS sensor
- Resolution: 5MP (2880×1620)@30/25 (default) fps; 4MP (2560×1440)@30/25 fps; 3MP (2304×1296)@30/25 fps; 2MP (1920×1080)@30/25 fps
- Compression: Ultra 265, H.265, H.264, MJPEG
- Smart Features: Intelligent perimeter protection, including cross line, intrusion, enter area, leave area detection
- Intelligent Detection: Based on target classification, smart intrusion prevention significantly reduces false alarms caused by leaves, birds, and lights, accurately focusing on humans, motor vehicles, and non-motor vehicles
- People Counting: Intelligent People Flow Counting and Crowd Density Monitoring
- Smart Intrusion Prevention: Smart intrusion prevention with color retrieval
- Scene Matching: Auto Scene Match (ASM) (Only WDR)
- Image Technology: 130dB true WDR technology enables clear image in strong light scene
- Warning Light: Supports red and blue warning light
- Special Modes: Supports 9:16 Corridor Mode
- I/O: Alarm: 1 in/1 out, Audio: 1 in/1 out, Built-in Mic and Speaker
- Vision: Smart IR, up to 40m (131 ft) IR distance
- Storage: Supports 512GB Micro SD card
- Protection: IP67 protection
Description
The IPC2B15SS-ADF28(40)KMC-I1 is a precision-engineered industrial component designed to deliver reliable and high-performance operation in demanding environments. Built with advanced materials and meticulous circuitry, it ensures consistent efficiency, robust power management, and stable signal processing even under fluctuating conditions. Its compact form factor facilitates seamless integration into complex systems, making it suitable for automation, computing, and communication applications. Combining durability, versatility, and high-speed functionality, this module meets the rigorous standards required by engineers and system designers. Its performance-focused design makes it an ideal solution for projects that demand long-term reliability and optimal operational efficiency.