Sony FCB camera block
Since its debut in December 2023, which immediately caused a stir in the industry, to its full-scale launch in August 2024, which quickly captured the high-end industrial vision market, and then to 2025, with its 4K60fps ultra-high-definition video output solution, which assisted the private domain AI training and detection system for drones, SONY FCB-ER9500 has always maintained the posture of a “technology disruptor”. Continuously expand the boundaries of industrial vision.
A triple leap in technological advancement
1. Performance breakthrough: 4K60fps full-link output solution
Hardware Innovation: The SONY FCB-ER9500 is equipped with a 1/1.8-inch STARVIS 2 CMOS sensor, featuring 8.4 million pixels and supporting 60 frames per second high frame rate capture. Compared with the previous 4K ultra-high-definition camera module FCB-ER8530, it has enhanced the ability to capture dynamic details and completely eliminated motion blur in high-speed scenes.
The encoding control board matching: SONY FCB-ER9500 is paired with the 4KP60 HDMI encoding control board custom-developed by Xuanzhan Technology, achieving lossless high frame rate transmission at 4K60fps, providing low-latency, uncompressed video streams for scenarios such as intelligent transportation, surgical robots, and drone inspection.
2. Algorithm Revolution: Precise Empowerment of AI Training Systems
Low-light enhancement: Output color images in extremely dark environments at 0.028Lx. Combined with the ICR on-sensing infrared color mode, it provides a “transparent eye” through rain and fog for unmanned aerial vehicle (UAV) night inspection, and the recognition accuracy is improved compared to traditional solutions.
Dual-mode anti-shake synergy: By significantly improving blur suppression and image stabilization, highly accurate videos can be captured even in harsh environments with intense vibrations, reducing blurring.
The S mode suppresses intense vibrations through a wider correction area than traditional electronic image stabilization.
The S+ range, by adopting a wider correction area than the “S Range”, suppresses intense vibrations that exceed the capacity of the “S Range”.
3. Scenario Implementation: From laboratories to industrial ecosystems
At the 2025 Shenzhen Unmanned Aerial Vehicle Exhibition, SONY’s FCB-ER9500 and 4KP60 AI network control board are combined to empower the private domain AI training and detection system for unmanned aerial vehicles, supporting data training and adaptive learning.
Scene Deepening: The “Visual Hub” for Private Domain AI Training of Drones
If the industrial field is the “first battlefield” of SONY FCB-ER9500, then the private domain AI training system for drones is the “amplifier” of its application value. In 2025, with the relaxation of low-altitude economic policies, the demand for lightweight, high-computing-power, and low-latency visual systems in scenarios such as drone inspection, logistics, and mapping will explode. Xuanzhan Technology, the official authorized distributor of SONY (China), has customized and developed a 4KP60 AI network control board in combination with the 4KP60 video capture capability of SONY FCB-ER9500. Through three innovations, it empowers the private domain AI training and detection system of unmanned aerial vehicles:
1.With millions of data as the foundation, we create a “sharp eye” for vertical scenarios
Based on the SONY FCB-ER9500 camera module and the 4KP60 AI network control board, Xuanzhan Technology ‘s unmanned aerial vehicle private domain AI training and detection system builds a 4K@60fps ultra-high-definition video stream. Through a deep learning framework, it conducts end-to-end annotation training for complex scenarios such as power inspection, disaster rescue, and intelligent recognition. In the power inspection scenario, the system can accurately identify various types of defects such as damaged insulators, foreign objects in conductors, and rusted hardware. The recognition accuracy has been innovatively broken through, and the efficiency has been improved compared with traditional manual inspection.
2. Dynamic environment self-adaptation, breaking through the limitations of the “perceptual boundary”
The unmanned aerial vehicle (UAV) private domain AI training and detection system supports dynamic update of model parameters and can automatically adjust recognition strategies according to environmental changes (such as lighting and weather). For instance, in hazy weather, the system can activate infrared spectroscopy analysis and edge enhancement algorithms to penetrate the visible distance and restore the contours of buildings and the features of vehicles, ensuring that the target recognition distance is not affected.
3. Technological Ecosystem: Open empowerment, building industrial synergy
At the 2025 Shenzhen International Unmanned Aerial Vehicle Exhibition, Xuanzhan Technology officially launched a customized algorithm detection system for private domain AI training of unmanned aerial vehicles, providing a one-stop solution from hardware modules (SONY FCB-ER9500+4KP60 AI network interface board + thermal imaging camera) to data training servers.
Conclusion: Technological breakthroughs, boundless scenarios
From a new benchmark in industrial vision to today’s AI training customized algorithm detection system that empowers emerging fields such as drones and robots, SONY FCB-ER9500 has achieved a leap from “technological breakthrough” to “scene innovation”. In the race of AI intelligent algorithms, it is not merely a product, but a “super interface” that connects hardware innovation with industry demands – and all of this might just be the starting point for Xuanzhan Technology to join hands with SONY to pioneer the AI intelligent field.