Compact Size Image Grabber

Dothinkey's Image Grabber 20 adopts SLVS-EC interface, which has the following advantages:
High bandwidth and high speed: The SLVS-EC interface supports a data transfer rate of up to 2.304Gbps/Lane, which is able to meet the demands of high-speed data acquisition and processing, ensuring test efficiency and accuracy.

Low Power Consumption and High Efficiency: The SLVS-EC interface has low power consumption during data transmission while maintaining efficient data transmission, making it suitable for test scenarios that require long hours of operation.

Low redundancy and high reliability: The SLVS-EC interface introduces optimized packet formats and control protocols with almost no redundancy, ensuring reliable data transmission and reducing transmission errors with the FEC (Forward Error Correction) function.

Multi-Channel Functionality: Supports flexible channel selection up to 16 Lane data channels, which is suitable for a wide range of camera module and sensor testing needs.

Long-distance transmission: SLVS-EC interface adopts embedded clocking method, which is suitable for long-distance data transmission, and can extend the distance between image sensors and FPGA/DSP, increasing the flexibility of system design.

Multi-sensor support: An FPGA/DSP can be interconnected with multiple image sensors through the SLVS-EC interface to meet the application requirements of multi-camera systems.

Multi-Stream Functionality: Supports simultaneous output of multiple types of images, such as full resolution video and full HD still images, from a single image sensor for a wide range of application scenarios.

Simple protocol and ease of use: The SLVS-EC interface protocol is simple and easy to implement, simplifying the process of building a camera system.

With these advantages, Dothinkey's Image Grabber GSL20 provides an efficient, stable and reliable solution for camera module testing, which is especially suitable for single-camera module testing scenarios that require high accuracy and high bandwidth.