The 25X optical zoom camera block FCB-ER9500, beyond offering a 4K/60FPS image format, also integrates high sensitivity, high dynamic range (WDR), low-light performance, super image stabilization, as well as features such as area automatic exposure, area automatic focus, and area automatic white balance. With these multiple advantages combined, it pushes visual products to a whole new level.
I. Main Performance
Image Sensor: The FCB-ER9500 is equipped with a 1/1.8-inch STARVIS2 CMOS sensor with an effective pixel count of approximately 8.4 mega pixels. This sensor features high pixel density and low noise characteristics, providing exceptional image quality and detail rendering capabilities.
Resolution and Frame Rate: FCB-ER9500 supports 4K Ultra HD resolution (3840x2160 pixels) and has a recording capability of 60 frames per second. This means that it can produce smooth and natural video footage even in fast-moving or high-dynamic scenes, making it suitable for a wider range of applications.
Optical Zoom: The module is equipped with a 25x optical zoom lens, which is a first for in 4K Ultra HD camera modules. The lens achieves a smooth transition from wide-angle to telephoto, covering a broader shooting range. Whether it's capturing vast natural landscapes or distant details, it can handle it with ease.
II. Advanced Features
Super Image Stabilization: The FCB-ER9500 incorporates advanced image stabilization technologies such as a gyro sensor, electronic stabilizer, and shake compensation space. These technologies ensure that stable and clear video footage can be captured even in environments with severe shaking or twisting. Moreover, the FCB-ER9500 offers two stabilization modes: "Super" and "Super+", to accommodate different shooting scenarios and requirements.
New Three-Area Functions: The FCB-ER9500 introduces new three-area functions, including area automatic focus, area automatic exposure, and area automatic white balance. These functions allow users to customize adjustments for different image areas, enabling precise control. By finely tuning key parameters of the image, the camera's intelligence and image quality are greatly enhanced.
Wide Dynamic Range and Low Light Performance: FCB-ER9500 boasts high dynamic range (WDR) and low light performance, capable of capturing more details in high-contrast scenes and low-light environments. Even at a low light level of 0.01Lx, it can still output color images, with a minimum illuminance of 0.00008Lx.
III. Application Scenarios and Performance
Security Surveillance: The FCB-ER9500's high-definition, high-frame-rate shooting capabilities, and robust image stabilization features make it an ideal choice for the security surveillance field. The module is capable of capturing intricate and minute image details while maintaining image clarity and stability even in environments with severe shaking or twisting. Its advantages are particularly prominent in application scenarios prone to significant vibrations, such as intelligent transportation systems, bridges, and vehicle-mounted surveillance.
Industrial Automation: In the field of industrial automation, FCB-ER9500 can serve as a visual sensor for robotic arms to perform tasks such as inspection. Its high resolution and high-speed frame rate aid in capturing minute changes in targets, thereby enhancing the real-time performance and accuracy of inspections.
Drone Aerial Photography: FCB-ER9500 stands out as an ideal choice for drone aerial photography due to its exceptional image quality and stability. Even during high-speed flights and severe turbulence, FCB-ER9500 maintains consistent imaging quality, ensuring that the captured videos are smooth and without any lag.
Medical Field: In scenarios such as operating room monitoring, electronic colposcopy, or medical imaging diagnosis, the high resolution and precise image control capabilities of FCB-ER9500 assist doctors in better observing conditions, formulating treatment plans, and improving medical quality and safety.
IV. Multiple Interface Board Options
The FCB-ER9500 can achieve image output and related control by connecting interface boards such as 12G SDI, 4K HDMI, and 4K to IP (upcoming). These interface boards not only diversify the output methods of the FCB-ER9500 but also enhance its flexibility and adaptability in various application scenarios.
V. Conclusion
The FCB-ER9500 4K/60FPS ultra-high-definition camera module is gradually becoming a core component of visual systems across various industries due to its exceptional performance and wide range of application scenarios. The FCB-ER9500 not only boasts core performance features such as high resolution, high frame rate, and 25x optical zoom but also possesses advanced functions like image stabilization technology and the new three-area function. Furthermore, it can connect to different interface boards for image output and related control. These characteristics make the FCB-ER9500 exhibit broad application prospects and exceptional performance in multiple industries, including security surveillance, industrial automation, drone aerial photography, and the medical field.
