| Exciting Review | ALINX AUMO Appears at the 2023 China Autonomous Driving Expo

Recently, the 2023 ICVS China Autonomous Driving Expo successfully concluded at the Shanghai Automotive Exhibition Center, bringing together over 500 enterprises to participate. It is the world's first expo that covers the entire industry chain from advanced autonomous driving solutions to autonomous driving software and hardware, intelligent chassis, intelligent cockpit, electric drive, and more.

ALINX Electronic Technology (Shanghai) Co., Ltd. (hereinafter referred to as "Xinyi Electronics") intelligent vehicle brand AUMO made its debut at the exhibition, publicly showcasing multiple intelligent driving products and solutions for the first time, including in the loop simulation HIL of autonomous driving hardware, automatic driving video data collection, automatic driving video injection and injection, and electronic rearview mirror CMS, which attracted industry attention.

On August 25th, at the "Intelligent Vehicle Simulation Testing Technology Summit", Gu Zhenye, Manager of ALINX AUMO Vehicle Business Unit, shared the theme of "AUMO Autonomous Driving Injection Simulation Solution". For the development of the automatic driving industry, video data injection has very important value, which helps to quickly verify and optimize the algorithm of the automatic driving industry, and improve the perception and decision-making ability of the auto drive system.

However, the large-scale deployment of hardware in loop simulation testing (HIL) can also lead to a surge in enterprise research and development costs. In response to this pain point, ALINX AUMO's independently developed and designed video injection products and solutions provide a more cost-effective choice. Through the self-developed GMSL video injection card, 8-channel/4-channel video data injection is achieved, and PTP timestamp synchronization function is provided to ensure the synchronization of multi-channel data. It supports industrial control computers/standard servers to achieve hardware in the loop simulation HIL system, with high integration, strong compatibility, and stable timestamp Features such as extremely low latency.