Description
The MIC IP Starlight 7100i camera represents a cutting-edge PTZ surveillance solution optimized for mission-critical applications. Leveraging starlight imaging technology and unparalleled low-light sensitivity, it addresses demanding imaging requirements with superior performance.
Incorporating a ruggedized design, this camera meets the expectations for challenging environments, surpassing typical IP camera capabilities. It delivers high-quality video even under intense shock, vibration, or extreme weather conditions.
The camera is excellently suited for:
– **Transportation**: Optimal for highways, bridges/tunnels, and port surveillance.
– **Critical Infrastructure**: Essential for power generation, transmission, refineries, pipelines, and mining operations.
– **High-Security Environments**: Ideal for safeguarding government facilities and data centers.
– **Mission-Critical Applications**: Perfect for harsh environments demanding high-resolution imaging.
– **Complex Scene Management**: Handles detailed scenes in varied lighting conditions.
– **Minimal Downtime Installations**: Suitable where reduced service interruptions are crucial due to elevated service costs.
**Features**
**Exceptional Low-Light Performance**: The integration of advanced sensor technology and refined noise suppression grants extraordinary sensitivity in color, maintaining excellent performance even with minimal ambient light.
**High Dynamic Range (HDR)**: The camera boasts exceptional HDR capabilities, capturing four images with different exposure times to produce a high-contrast frame. This ensures the simultaneous visibility of details in both highlights and shadows, facilitating effortless distinction of objects and features like faces, even in bright backlight conditions.
**Ruggedized Design for Extreme Applications**: Engineered for lasting durability in surveillance scenarios beyond conventional systems, the camera’s metal body is anodized for robust impact resistance, adhering to the IK10 and IEC 60068 standards for vibration and shock. The closed-loop positioning system ensures positional stability amid continuous vibration or post-extreme shock events, without requiring homing or pre-position calibration.
