SGWRD Launches 120dB High Dynamic MIPI Camera for NVIDIA Jetson Orin Series

In the era of intelligence, various imaging and vision technologies play an increasingly important role in automotive intelligent driving, industrial automation, robotics and the Internet of Things (IoT), and they are the key drivers of recognition and perception systems and vision-based artificial intelligence.

As a technological innovative company with imaging and vision technologies at its core, SGWRD focuses on the research, development and application of imaging products and vision solutions. Recently SGWRD has released the NVIDIA Jetson Orin-based 120dB High Dynamic 4 Lane CSI-2 MIPI Camera - SG2- IMX390C-MIPI, which can be applied to machine vision, industrial inspection and other scenes.

SENSING High Dynamic 4 Lane CSI-2 MIPI Camera

The SG2-IMX390C-MIPI camera is a high-dynamic MIPI camera independently developed by SGWRD, using a SONY IMX390 RGGB image sensor, equipped with a 1/2.7-inch sensor and 3.0 µm pixel size. The camera achieves a dynamic range of more than 120dB, making it easy to acquire stable, highly detailed images even in scenes with high-speed motion and strong contrasts between light and dark. Combined with LED anti-flicker technology, the camera captures details in both bright and dark areas, and improves the recognition of important signals and markers in a large number of scenes.

G2-IMX390C-MIPI camera with 4 Lane MIPI CSI-2 interface design, can be installed 15/22Pin FPC cable, the output of uncompressed RAW data, an effective solution to the camera in the complexity of the scene image of the need to obtain uncompressed high-quality, high-pixel images.

With different fields of view, apertures and focal lengths for customers to choose from, in addition to customisation services according to customers' needs. The overall dimensions of the camera are only 20x35x25mm and weighs about 50g, making it very compact and easy to install.

The SG2-IMX390C-MIPI camera can be used in a wide range of applications such as machine vision, industrial inspection, driver assistance, and aerospace. It can effectively address the camera's need to acquire uncompressed, high-quality, high signal-to-noise-ratio images of complex and changing scenes, as well as to enable flexible and efficient large-volume data transfers between cameras in a variety of modes.

Development Kit based on NVIDIA Jetson Orin

As a partner of NVIDIA Elite Jetson,SGWRD, relying on the ISP tuning technology on NVIDIA Jetson, always ensures the deep integration of SENSING cameras with the Jetson platform. The MIPI camera module launched this time is a 2-megapixel SONY IMX390 RGGB camera that can be applied to NVIDIA Jetson Orin Nano. Moriyun will continue to introduce more MIPI camera modules that support the full range of Jetson Orin official development kits.

The Jetson Orin Nano Development Kit serves as a new benchmark for entry-level edge AI and robotics with extremely good arithmetic capabilities, enabling developers to run any type of modern AI model and increase the efficiency of project completion. The kit can support 2 MIPI cameras at the same time and offers the advantages of high performance, low power consumption and small size.

SGWRD launched the Jetson Orin Nano-based MIPI camera module development kit mainly to provide AI practitioners, development enthusiasts, and eco-partners in various industries with a development platform to quickly build MIPI cameras, and with the universality and flexibility of the Jetson Orin Nano development kit, it makes it easy for everyone to develop a wide range of suitable applications for learning and research.

The development kit meets the vision requirements for imaging complex scenes and highly detailed images in applications such as machine vision and industrial inspection. For example, in UAV applications, its high fine image expressiveness, combined with image analysis and reasoning algorithms, can ensure the detection, perception, and safe flight of UAVs in a variety of environments; in industrial inspection applications, it can monitor the operating status of equipment, workers' operations, etc., and timely detect and deal with equipment failures, workers' irregular operations, etc., so as to improve the production efficiency and safety.