AAD-ORNXE

The AAD-ORNXE is an advanced solution by Acrosser, built on the powerful NVIDIA Jetson Orin NX 8G/16G DDR SOM module. Designed specifically for autonomous driving applications, this controller offers exceptional performance and functionality.

With its M.2 M key 2280 slot supporting PCIe Gen3 x4 signal, the AAD-ORNXE enables seamless expansion and integration of additional components. It features three M12 X-coded Gigabit Ethernet ports, providing reliable and high-speed connectivity. To ensure compatibility with a wide range of systems, the AAD-ORNXE comes equipped with two CAN FD interfaces, featuring isolation capabilities. Additionally, it offers a 7-channel Time sync output for external sensor synchronization, enhancing data accuracy and reliability.

The AAD-ORNXE supports up to four GMSL2 cameras with FAKRA Z code interface and frame sync capability. This enables seamless integration with various camera systems, delivering comprehensive visual input for autonomous driving applications. Furthermore, the AAD-ORNXE features an HMTD Base-T1 Ethernet port, facilitating the connection of solid-state 3D LiDAR sensors, radar systems, and additional cameras.

With its cutting-edge features and robust design, the Acrosser Autonomous Driving Controller AAD-ORNXE is a reliable and high-performance solution for autonomous driving applications.

Additionally, when integrated with AMR (Autonomous Mobile Robot) applications, the AAD-ORNXE empowers robots with advanced computing power and connectivity capabilities. Its seamless expansion options, including the M.2 M key 2280 slot and multiple Gigabit Ethernet ports, allow AMR systems to incorporate additional sensors, cameras, and other peripheral devices.

The AAD-ORNXE's support for GMSL2 cameras with frame sync and the 7-channel Time sync output further enhances its applicability in AMR environments. By providing synchronized sensor data and comprehensive visual input, it enables robots to make accurate decisions, navigate complex environments, and interact effectively with their surroundings.

With its reliable performance, robust features, and compatibility with AMR applications, the Acrosser Autonomous Driving Controller AAD-ORNXE is an ideal choice for empowering autonomous mobile robots with advanced computing and connectivity capabilities.