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Views: 0 Author: Site Editor Publish Time: 2026-09-01 Origin: Site
Tracking high‑speed moving vehicles has long been a technical challenge for intelligent transportation, border & coastal defense, and campus security. Common industry pain points include high target speed, image motion blur, variable lighting conditions, and tracking loss.
How to truly avoid losing high‑speed targets? Four core capabilities are indispensable: high‑frame‑rate image acquisition, AI‑powered intelligent recognition and locking, PTZ linkage tracking, and stable network output. Sony FCB‑ER9500, combined with the 4KP60 AI Capable & Addable IP Interface Board, integrates these four capabilities into one system. Without complex secondary development, it can complete the full workflow of vehicle detection, target locking, automatic continuous tracking, and license‑plate detail capture.
1. FCB‑ER9500: 4K60P Imaging Base to Eliminate Motion Blur for High‑Speed Motion
As Sony’s 4K60fps integrated zoom camera module, it is equipped with a 1/1.8‑inch STARVIS 2 CMOS sensor with 8.4 million effective pixels and 4K@60fps output. The high frame rate effectively suppresses motion blur caused by fast‑moving vehicles, keeping clear details of vehicle bodies and license‑plate markings even as vehicles move.
25×optical zoom: focal length f=6.5～162.5 mm, supporting wide‑angle panoramic monitoring and telephoto zoom‑in for license‑plate feature capture with seamless switching between near and far views.
Wide‑Dynamic‑Range (WDR) plus low‑light performance: delivers stable imaging under complex lighting environments such as backlight, nighttime, and tunnel entrances/exits.
Image stabilization: S and S+ modes with gyroscope compensation, maintaining stable images even under PTZ jitter and wind disturbance [1].
2. 4KP60 AI Capable & Addable IP Interface Board: Built‑in AI Computing Power for Vehicle Recognition‑Locking‑Tracking
The 4KP60 AI Capable & Addable IP Interface Board is deeply customized and developed for Sony FCB‑ER9500. It establishes a complete workflow covering image acquisition, AI intelligent analysis, PTZ command delivery, and network encoding output, serving as the intelligent core of the whole solution.
a. Vehicle Recognition & Locking: Equipped with built‑in basic AI computing power as standard, it can intelligently recognize more than 80 types of objects. Video streams are analyzed locally without uploading to back‑end servers. Upon detecting moving vehicles, it automatically locks targets and outputs offset data to drive PTZ rotation for target following.
b. PTZ Linkage: The PTZ supports the standard VISCA protocol to directly send zoom and pan‑tilt commands to the camera module. When vehicles accelerate or change lanes, it real‑time adjusts PTZ angles and zoom ratios to keep targets near the image center and reduce tracking‑loss risks.
c. 4K60fps Multi‑Interface Synchronous Output: LVDS connects to the camera module, while RJ45 Ethernet and HDMI outputs are provided simultaneously. The network side supports RTSP and ONVIF protocols, enabling direct integration with NVRs and platform management software.
Note: The PTZ is still under development; its launch date shall be subject to official announcements by Our company.
After deployment, this combined solution delivers multiple practical intelligent functions that fully cover the end‑to‑end requirements of vehicle tracking:
1. Automatic Detection and Triggered Locking
The AI algorithm of the 4KP60 AI Capable & Addable IP Interface Board performs full‑frame real‑time detection on surveillance footage. Once predefined target‑vehicle features are identified, tracking is automatically triggered. The FCB‑ER9500 camera is driven to adjust zoom ratio, keeping target vehicles at an appropriate size in the frame. This prevents target shrinkage and detail loss caused by distance changes.
2. Consistent Lock‑On for High‑Speed Motion
Leveraging the fast auto‑focus response of FCB‑ER9500 and 60fps high‑frame‑rate AI motion prediction, the system maintains stable tracking even for fast‑moving road vehicles, with vehicle bodies and license plates remaining clearly visible throughout.
3. Adaptive Imaging Under Complex Environments
In scenarios including backlit vehicle shooting, low‑light nighttime conditions and strong glare, the camera automatically adjusts exposure parameters, activates high‑sensitivity mode and strong‑light suppression. While ensuring clear imagery, the AI algorithm remains unaffected by lighting fluctuations and keeps reliably recognizing and locking target vehicles.
4. Multi‑Target Polling Tracking
The supporting solution allows pre‑setting multiple priority tracking vehicles. When multiple targets appear within surveillance coverage, the system automatically performs polling tracking per predefined rules. Complete tracking recordings and trajectory data are saved for each target vehicle to facilitate post‑event review.
5. Automatic Trajectory Data Logging
During tracking, vehicle travel time and movement trajectories are automatically recorded and stored together with high‑definition video recordings. The back‑end platform supports one‑click playback of full tracking histories, meeting traceability demands for traffic law enforcement and campus‑vehicle management.
1. Intelligent Traffic Road Monitoring: For urban arterial roads and national‑highway checkpoints, automatic tracking of fast‑moving vehicles, license‑plate and vehicle‑body capture to assist incident analysis.
2. Campus / Factory Perimeter Security: Factories, logistics parks and ports, automatic locking and tracking of intruding unknown vehicles with alarm linkage.
3. Low‑Altitude Aerial Inspection: The complete module mounted on drones for mobile inspection of ground moving vehicles, ideal for border‑coastal defense and large‑scale mining‑area applications. The lightweight‑version FCB‑ER9500 is recommended for drone mounting to improve flight endurance.
4. Key‑Area Deployment: Checkpoints and large‑event security operations, long‑distance continuous tracking of moving vehicles to preserve complete video evidence chains.
Many tracking failures in projects stem from insufficient imaging frame rate, disconnected AI analysis and camera‑module control, and high signal‑link latency.
Sony FCB‑ER9500 paired with the 4KP60 AI Capable & Addable IP Interface Board resolves these pain points perfectly, so high‑speed targets will never be lost.
Q: Can this solution connect directly to existing traditional security surveillance platforms? Is large‑scale modification of legacy systems required?
A: Large‑scale modification is unnecessary. The 4KP60 AI Capable & Addable IP Interface Board supports mainstream security standard protocols including RTSP and ONVIF. Its intelligent‑tracking video streams can be directly integrated with most existing security platforms without extra protocol‑conversion equipment. Simple configuration is sufficient for deployment, greatly lowering implementation and modification costs.
[1]
FCB‑ER9500 Ultra‑High‑Definition Color Camera Module
https://www.sonystyle.com.cn/professional/products/industrial-camera-module/color-camera-module/4k/fcb-er9500.html
