Sony FCB camera block
SONY FCB-EV9520L drone camera module has its core advantages reflected in four dimensions: high-precision imaging, intelligent algorithms, environmental adaptability, and flexible output. As the “intelligent eye” for automatic tracking of drones, the specific analysis is as follows
I. High-Precision Imaging: The “Microscope” for Detail Capture
1. Sensors and resolution
Equipped with a 1/2.8-inch STARVIS 2 CMOS sensor, it has an effective pixel count of 2.13 million and supports 1080P/60fps full HD output, ensuring a fine and smooth picture.
Combining 30x optical zoom with 12x digital zoom, the total zoom capacity reaches 360x, enabling clear capture of tiny targets up to 50 meters away (such as equipment cracks and facial features), meeting the demands of scenarios like industrial inspection and security monitoring.
2. Low illumination and wide dynamic range
Starlight-level low-light imaging (minimum illuminance 0.00008Lx) can still output color images in complete darkness, making it suitable for night or deep-sea exploration.
The 130dB wide dynamic range (WDR) technology ensures that the picture details remain intact even in strong direct or backlit scenarios, avoiding overexposure or underexposure.
Ii. Intelligent Algorithms: The “Brain” of Dynamic Tracking
1.Fast auto-focusing and exposure
SONY proprietary AF algorithm can achieve both zooming and focusing simultaneously, and supports Spot Focus, Spot AE and Spot AWB. Users can independently set any rectangular area in the 6×8 coordinate grid to ensure that the target is always clear.
The one-click autofocus function can keep the picture stable even when the target is moving rapidly, and is suitable for scenarios such as emergency rescue and mobile security.
2.Intelligent image processing
It supports privacy area masking and target tracking algorithms, which can automatically lock onto the facial features of suspects while blurring the images of irrelevant people, balancing law enforcement efficiency and privacy protection.
The preset position function enables users to set multiple shooting angles and zoom positions, which can be quickly switched through simple commands. It is suitable for multi-angle repetitive shooting tasks (such as mapping and inspection).
Iii. Environmental Adaptability: The “Guardian” Covering All Scenarios
Smooth and stable images can be obtained even under extreme conditions
The SONY FCB-EV9520L, through significantly improved blur suppression and image stabilizer, can capture high-precision videos with reduced blurriness even in harsh environments with intense vibration. Equipped with “S” and “S+” modes. Available in full HD (Fu11 HD) or high definition (HD) output
■S gear
Traditional electronic image stabilization uses a larger correction area to suppress intense jitter
■S+ gear
By adopting a larger correction area than the “S mode “, the “S+ mode “can suppress intense image jitter that exceeds the capacity of the “S Mode”.
Ⅳ. Flexible Output: A “Bridge” for Multi-Scenario Adaptation
Standardized interfaces and compatibility
It adopts LVDS standardized interface and a compact body of 50×60×89.7mm, which can be adapted to mainstream unmanned aerial vehicle platforms of large, medium and small sizes, reducing the cost of secondary development.
Supports multiple interfaces such as HDMI, USB3.0, and SDI, and is compatible with mainstream drone platforms, reducing the cost of technical adaptation.
Supports VRS-UD350 network control board, converting video signals into network video signals, and directly controlling the camera through the network serial port transparent transmission channel and the network IE interface to achieve remote monitoring and management.
The SONY FCB-EV9520L, with its high-precision imaging, intelligent algorithms, environmental adaptability and flexible output, is driving the drone industry towards greater efficiency, safety and intelligence. It is not only the “intelligent eye” of the unmanned aerial vehicle (UAV) vision system, but also a key technology that initiates a new era of UAV applications.