NVIDIA Jetson Computing Platform Enables SENSING to Launch GMSL3 Camera Development Kit

With the rapid development of the Internet of Things (IoT), smart driving, and autonomous machines, more and more cameras with high pixel counts, long range, and support for high transmission rates are needed to meet the high standards of environmental perception in the era of intelligence. In order to meet these industry challenges, SENSING has innovative launched the GMSL3 camera product with a rate of up to 12Gbps, which can effectively solve the needs of high speed transmission and lossless latency of the camera. At the same time, relying on the software driver technology on NVIDIA Jetson, the GMSL3 camera is deeply integrated with the Jetson platform, and the world's first NVIDIA development kit for the GMSL3 camera has been released.

The development kit launched by SENSING is based on the NVIDIA Jetson Orin Nano/NX platform and built with NVIDIA data center solutions for cloud-accelerated computing and AI.

The kit not only provides developers with the mature GMSL3 camera hardware, but also comes with an adapter board SG2A-G3-M4L developed by SENSING that is adapted to the NVIDIA Jetson Orin Nano/NX developer kit, which utilizes a MAX96792 deserializer and supports the 4-Lane MIPI CSI-2 interface for data output. The adapter board utilizes the MAX96792 deserializer and supports the 4-Lane MIPI CSI-2 interface for data output, allowing developers to connect two GMSL3 cameras to the Jetson Orin Nano/NX Developer's Kit at the same time.

The NVIDIA-powered SENSING GMSL3 Camera Development Kit offers a variety of benefits:

·It can quickly and efficiently build a development platform for developers;

·Provides a large base of high-quality reference data and sample applications;

·Provides a large amount of application base data;

·Reduce development costs and improve project development efficiency.

NVIDIA Jetson Orin-enabled   GMSL3 Development Kit Application

SENSING GMSL3 camera is based on SENSING 's self-developed new generation of high-definition digital coaxial GMSL3 camera module, which can achieve a dynamic range of more than 140dB, can support a maximum transmission rate of 12 Gbps, and supports a resolution of 3840×2160 and a high pixel count of 8 million, which can effectively solve the needs of high-speed transmission and lossless latency of the camera.

The NVIDIA Jetson Orin Nano/NX Developer Kit delivers superior arithmetic capabilities that enable developers to run any type of modern AI model and improve project completion efficiency. The NVIDIA-enabled GMSL3 Camera Development Kit quickly and efficiently builds the GMSL3 camera development platform for developers and provides a large base of high-quality reference data and sample applications during the evaluation and development process. The NVIDIA-enabled GMSL3 Camera Development Kit enables developers to quickly and efficiently build a GMSL3 camera development platform, and provides a large base of high-quality reference data and sample applications during the evaluation and development process, helping developers to improve development efficiency, reduce mass production costs and accelerate delivery.

Based on NVIDIA Jetson Orin Nano/NX, the SENSING GMSL3 Camera Development Kit not only provides developers with mature GMSL3 camera hardware and adapter boards for NVIDIA Jetson Orin Nano/NX, but also creates a driver package for research and development to support the environment setup, and a professional ISP team to serve NVIDIA. In addition, a professional ISP team is available to service NVIDIA's ISP tuning, providing customers with a full range of imaging solution services and making it simpler for developers to use the development and evaluation kit.

In the future, the application of GMSL3 camera development kit based on Jetson Orin Nano/NX will provide more development enthusiasts and eco-partners with long-range, low-latency, uncompressed, high-speed, and high-pixel camera development solutions needed in the fields of intelligent driving and autonomous machines.