Sony FCB camera block
Today, with the rapid iteration of video technology, high definition, intelligence and real-time synchronization have become the common demands for digital upgrading in various industries. Whether it is the clear capture of dynamic targets in smart security, the accurate presentation of surgical details in video consultation, or the stable monitoring of production processes in industrial vision, all rely on high-performance and highly reliable video encoding and transmission cores.
In response to this trend, as a long-term provider of high-definition video secondary development solutions, Xuanzhan Technology has launched a new generation of 4KP60 AI network interface board. This product is designed with simultaneous network and HDMI output as its starting point, natively integrates basic AI analysis capabilities, and provides open support for AI algorithm expansion, aiming to offer efficient, stable, and intelligent one-stop video encoding and transmission solutions for multiple industry scenarios.
I. Key Feature: Dual-channel Synchronous Output
The core innovation of the 4KP60 AI network interface board lies in its ability to simultaneously output two independent and complete 4K@60fps video streams: one is lossless and delay-free local direct connection display through the HDMI interface, ensuring a better visual experience on critical display terminals such as command screens and surgical teaching screens; the other is efficient encoding and remote transmission through the Gigabit network interface, supporting mainstream streaming media protocols such as RTSP, RTMP, and ONVIF, and optionally supporting standards such as GB28181, easily integrating with various platforms and storage systems. This design fundamentally solves the industry problem of the inability to simultaneously achieve high-definition local monitoring and remote network distribution of the same quality.
II. Hardcore Parameters: Integrating Professional-Level Performance in a Compact Design
Video processing core: It adopts an embedded RTOS system and a dual-core 32-bit DSP architecture to achieve pure hardware video encoding, ensuring stable and reliable operation.
Ultra-high-definition encoding capability: The 4KP60 AI network interface board supports 4K@60fps input and encoding, providing dual encoding formats of H.264 and H.265, with flexible bit rate adjustment to meet various requirements from efficient compression to lossless picture quality.
AI intelligent integration: Onboard basic AI processing capabilities, supporting the recognition and detection of common targets such as faces, vehicles, and license plates. More importantly, we offer an open AI algorithm co-development and authorized access model, allowing customers to deeply customize intelligent analysis functions based on specific scene requirements.
Rich expansion interfaces: The 4KP60 AI network interface board provides TTL UART for camera control, supports USB and TF card storage expansion, and features audio codec (supporting two-way voice and noise reduction) and alarm input/output interfaces, offering wide adaptability.
Outstanding Compatibility: The 4KP60 AI Network interface Board is compatible with Sony FCB series and other 4K ultra-high-definition camera modules, and supports more brand devices through the Sony VISCA protocol. Its driver compatibility spans Windows, Linux, macOS, and Android systems, simplifying the integration and deployment process.
III. Scene Empowerment: Driving Upgrades in Multi-field Applications
Intelligent Security and Transportation: At highway checkpoints or high vantage points in cities, 4K@60fps high frame rate video is displayed clearly on local large screens and simultaneously accessed on remote command platforms, providing a blur-free video source for vehicle feature recognition and facial comparison.
Medical health and teaching: In the operating room scenario, the images from the endoscope or surgical field camera can be output to the teaching large screen via HDMI without delay, and at the same time, the same high-definition stream can be transmitted to the remote consultation platform through the network, ensuring the real-time and accuracy of expert guidance.
Video conferencing and collaboration: In large meeting rooms or training classrooms, ensure that the presenter’s content is smoothly displayed on the local large screen while also stably streaming high-definition images to the various terminal devices of remote participants, enhancing collaborative efficiency.
Industrial Vision and Inspection: On the production line, high-definition images from the inspection station can be displayed locally in real time for operators to monitor, and the video stream can be simultaneously sent to the MES system or cloud analysis server for real-time AI quality inspection and data correlation.
IV. Reasons to Choose Us
Among numerous solutions, Xuanzhan Technology’s control board builds its core competitiveness with the following differentiated advantages:
Lossless synchronous output: Truly achieve one signal input and two (HDMI + network) high-quality signal synchronous output, simplifying the system structure.
Open intelligent framework: It not only provides basic AI functions, but also supports algorithm customization and cooperative development, enabling devices to grow together with business needs.
Proven compatibility: Based on a deep understanding of camera modules from Sony and other manufacturers, as well as long-term adaptation experience, we ensure the stability and efficiency of system integration.
Full-cycle technical support: Relying on Xuanzhan Technology’s seventeen years of technological accumulation in the high-definition video field, we provide customers with full-process support from solution design to implementation and maintenance.
Summary
From the “smart eyes” of urban security to the “lifeline” of remote medical care, from the “quality inspection pioneers” in industrial manufacturing to the “communication bridges” for efficient collaboration, this 4KP60 AI network interface board, with its core values of dual-signal synchronous output, ultra-high-definition picture quality, intelligent openness, and stable compatibility, is becoming an indispensable core component for various industries to achieve high-definition and intelligent video applications. Choosing it means choosing a video processing core that is efficient, reliable, and future-oriented.