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Sony IMX428 EVB-Kit SLVS RGB Sensor Evaluation Kit

Efficiently assess the performance of the 7.1 MP RGB sensor with this high-speed SLVS-compatible evaluation kit.

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Product Overview

Evaluation kit for 7.1 MP RGB sensor with SLVS interface.

The Sony IMX428LQJ EVB-Kit SLVS is a comprehensive Evaluation Board (EVB) designed to support the testing and evaluation of the IMX428LQJ CMOS image sensor. This kit enables developers to drive the sensor with optics and display raw image data on a PC screen for real-time analysis, making it an ideal tool for assessing the sensor’s performance in various imaging applications. With a resolution of 7.1 megapixels and RGB output, the IMX428LQJ sensor is well-suited for industrial, machine vision, and surveillance applications that require high-quality image capture.

The IMX428LQJ sensor operates using the SLVS (Scalable Low Voltage Signaling) interface, which ensures fast and efficient data transmission, making it ideal for applications that demand high-speed and real-time processing. This interface enables the sensor to handle large volumes of image data efficiently, making it perfect for tasks such as automated inspection, machine vision, and other industrial applications where both speed and image quality are critical.

The Sony IMX428LQJ EVB-Kit SLVS includes the following components to facilitate easy sensor evaluation:

  • Sensor Driver Board
  • Interface Board
  • Lens Mount and mechanism (no lens included)
  • CD with information and documentation

The kit is equipped with the IMX420EVB-DA-FN and IMX420EVB-C3S-V0F1 modules, providing a modular and flexible platform for sensor testing. The C/CS lens mount ensures compatibility with a wide range of lenses, allowing developers to experiment with different optics configurations to optimize the sensor’s performance for their specific application. While the kit does not include a lens, this flexibility enables users to select the most suitable lens for tasks such as industrial automation, robotics, and surveillance.

The IMX428LQJ sensor’s 7.1 MP resolution (3208 x 2200 pixels) provides high-quality images with excellent clarity, making it ideal for applications that require precision and detail. The sensor’s relatively high resolution ensures that fine details are captured accurately, which is essential in machine vision systems, automated inspection processes, and other industrial environments that demand high-quality imaging. Its fast data throughput and reliable performance make it a strong choice for real-time image processing tasks.

The SLVS interface of the IMX428LQJ ensures that large amounts of data are transferred quickly and efficiently, enabling fast, real-time image capture. This is particularly useful for applications that require immediate feedback and processing, such as automated inspection and industrial robotics, where speed and accuracy are critical. The sensor’s ability to output raw data provides developers with a detailed view of its performance, allowing for fine-tuning and optimization for specific applications.

The Sony IMX428LQJ EVB-Kit SLVS is designed to simplify the process of integrating the IMX428LQJ sensor into various systems, reducing development time and enabling quick prototyping and testing. Its modular design and flexible configuration make it easy to evaluate the sensor’s performance in different setups, providing a valuable tool for developers working on high-performance imaging systems. The kit allows users to assess key performance metrics such as image quality, dynamic range, and sensitivity.

Overall, the Sony IMX428LQJ EVB-Kit SLVS is an essential tool for developers working on industrial automation, machine vision, and surveillance applications. Its 7.1 MP resolution, fast SLVS interface, and flexible lens options make it an ideal solution for optimizing sensor performance in real-time, high-speed imaging environments.


Product Specifications

ChromaticsChromatics
RGB
ManufacturerManufacturer
Sony
OpticsOptics
n/a
OutputOutput
SLVS
Product TypeProduct Type
Sony Evaluation Boards
Resolution [MP]Resolution [MP]
7.1

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