Sony FCB camera block
Unlike ordinary DSLR cameras, SONY FCB-ER8530 belongs to the integrated camera module for industrial applications. If you want to quickly output video images to the computer or realize relevant control of the camera module, you must match the interface board to achieve it. Why choose 4K USB3.0 Video Capture Board?
1. Introduction to FCB-ER8530
FCB-ER8530, a SONY FCB 4K ultra HD block camera designed for high-end applications, are equipped with 1/2.5 inches
The Exmor R CMOS sensor, as well as a 20x optical zoom lens with an effective pixel of up to approximately 8.51 million, supports video capture at 4K (3840×2160) resolution.
2. 4K USB3.0 Video Capture Board introduction
4K USB3.0 Video Capture Board, is SONY (China) official authorized distributor and HD video product secondary development solution provider Ruiloog, specially developed for 4K ultra HD block camera video output solution.
4K USB3.0 Video Capture Board, support 4K/15FPS video output, using the USB3.0 TYPE-C interface, the transmission rate of up to 5Gbps, enough to support the real-time transmission of 4K ultra-high-definition video signals, to ensure that the picture is clear and smooth, but also to reduce the delay in the data transmission process.
At the same time, support HDMI loop out, video format up to 4K/30FPS.
3. the reason for choosing 4K USB3.0 Video Capture Board
a. high resolution support
SONY FCB-ER8530 are equipped with 4K ultra HD sensors to support video capture at 4K resolution. 4K USB3.0 Video Capture Board also supports 4K resolution, which can perfectly match the FCB-ER8530’s 4K video image output requirements, ensuring that the image quality is not lost during transmission.
b. high-speed data transmission
4K USB3.0 Video Capture Board uses the USB3.0 interface, and its transmission rate can reach 5Gbps, which is enough to support the real-time transmission of 4K ultra-high-definition video signals. This ensures that the SONY FCB-ER8530 output HD images can be transferred to the computer quickly and smoothly, reducing latency and improving the user experience.
c. convenient connection
4K USB3.0 Video Capture Board independently developed by XC connects to the SONY FCB-ER8530 through the LVDS interface, and then connects to the computer through the USB cable. Video images can be output to the computer without any Settings for the camera module, simplifying the installation process.
4K USB3.0 Video Capture Board is also equipped with TYPE-C and HDMI dual 4K output interfaces, increasing the compatibility of the device. Users can select appropriate interfaces for connection as required, flexibly responding to different application scenarios.
d. multi-system compatibility
4K USB3.0 Video Capture Board supports multiple operating systems and platforms, including Windows, Mac, and Linux, and quickly outputs video images from the SONY FCB-ER8530 camera modules to your computer without additional drivers or configuration.
e. Wide range of application scenarios
Video surveillance: In the field of security, 4K USB3.0 Video Capture Board can support the FCB-ER8530 output of high-definition images for real-time monitoring and recording, improve the monitoring effect.
Video conferencing: In remote office or online education and other scenarios, the 4K USB3.0 Video Capture Board can collect and transmit the FCB-ER8530 video signal to the computer, achieve real-time transmission of high-definition pictures, and improve the interaction and immersion of meetings or courses.
Live video: For scenes requiring high-quality video output such as live video games and online education, 4K USB3.0 Video Capture Board can also provide stable support.
Sum up
To sum up, choosing 4K USB3.0 Video Capture Board as the solution for FCB-ER8530 to quickly output video images to computers can make full use of its advantages of high resolution support, high-speed data transmission, convenient connection, multi-system compatibility and a wide range of application scenarios. To meet the needs of users for high-definition, real-time and convenient video image output, transmission and conversion.