SONY FCB-9500 series has three models with the same appearance and size: FCB-EW9500H (HDMI output), FCB-EV9500M (MIPI output), and FCB-EV9500L (LVDS output). In the field of remote monitoring, why can FCB-EV9500M stand out?
Outstanding performance
The SONY FCB-EV9500M, in addition to continuing to use the performance such as fast and precise auto-focusing and true color reproduction of the SONY integrated camera module, also adopts new technologies and algorithms, which greatly improves the capture ability and imaging quality of the camera.
1.High-definition image quality
High-pixel sensor: The SONY FCB-EV9500M adopts a 1/1.8-inch STARVIS CMOS sensor with an effective pixel count of approximately 4.17 million, far exceeding the average level of similar products and capable of achieving extremely high clarity. Meet the high-resolution requirements of remote monitoring.
High-resolution lens: The SONY FCB-EV9500M is equipped with a 30x enhanced optical zoom lens, with a focal length range of 6.5mm (wide-angle end) to 195.0mm (telephoto end), F1.6 to F4.8, ensuring high-quality image output at all focal lengths from wide-angle to telephoto. It provides reliable visual support for remote monitoring.
2. Powerful optical performance
Super Image Stabilization Function: The SONY FCB-EV9500M is equipped with a super image stabilization function, which can significantly reduce the image shaking phenomenon caused by low-frequency vibration. It is especially suitable for scenarios such as outdoor security monitoring and traffic surveillance.
StableZoom™ function: During the zooming process, the SONY FCB-EV9500M can combine optical zoom and digital zoom to eliminate jitter and ensure stable images.
3. Low-light performance
High-sensitivity sensor: SONY FCB-EV9500M, through a new pixel unit structure and circuit technology, has a sensitivity twice that of traditional products and can capture clear images even at night or in dark environments.
ICR switching function: The SONY FCB-EV9500M supports day-night switching mode. At night, it can be switched to infrared mode to further improve the image quality of remote monitoring under low light conditions.
ICR ON mode: Traditional cameras can only generate black-and-white images when the infrared filter is removed (when infrared light is visible). The ICR ON COLOR (Night Sensing Infrared Color Mode) function of SONY FCB-EV9500M enables the camera to capture color images even when sensing infrared light after the infrared filter is removed. It can effectively achieve color visibility in a dark environment. It has effectively improved the accuracy of remote monitoring.
Advanced intelligent functions
1.Point focus, point exposure, point white balance
The SONY FCB-EV9500M supports point focus, point exposure, and point white balance (AF, AE, AWB) functions, allowing users to precisely set the reference points of auto focus, auto flash, and auto white balance in specific areas within the frame. This ensures that the target area always maintains the best image quality, enhancing the accuracy and reliability of remote monitoring.
2. Wide dynamic range
The Wide dynamic range (Wide-D) function of SONY FCB-EV9500M can effectively correct the brightness of the dark areas and the bright areas, enabling clear images to be captured even in environments with strong contrast between light and dark. This is particularly important for outdoor or monitoring scenarios with significant variations in light.
Empowered by new technologies
1. Reduced weight version
In response to the lightweight requirements of unmanned aerial vehicles and monitoring special scenarios, Xuanzhan Technology has launched a lightweight version of SONY FCB-EV9500M. It has replaced the metal casing with aluminum alloy material, reducing the weight from 439 grams to 310 grams and enhancing the flexibility of mounting and installation.
2. Remote control capability
By combining with the MIPI to IP interface board independently developed by Xuanzhan Technology, the video of SONY FCB-EV9500M is converted into a network video signal for convenient transmission and collection. The MIPI interface has the advantages of fast transmission speed, low power consumption and strong anti-interference ability, ensuring that high-definition images can be transmitted to the monitoring center or processing terminal without delay or loss.
Through network connection, users can directly control the camera on the IE interface of the PC, performing operations such as testing, data collection, remote Settings, parameter adjustments, and fault diagnosis. This greatly enhances the management efficiency and convenience of the equipment, making remote monitoring more flexible and efficient.
Summary
To sum up, SONY FCB-EV9500M has stood out in the field of remote monitoring with its outstanding performance, advanced intelligent functions, lightweight version and remote control capabilities, and has become the preferred choice for many users.