The 11th International Congress on Intelligent and Connected Vehicles Technology (CICV 2024) opened in the Beijing Economic-Technological Development Area (Beijing E-Town) on June 18.

The Beijing E-Town Intelligent City Research Institute Group Co, along with several of its subsidiaries participates in the exhibition. [Photo/beijingetown.com.cn]

The CICV 2024 technology exhibition is bustling with visitors and high in enthusiasm. [Photo/beijingetown.com.cn]

The National Innovation Center of Intelligent and Connected Vehicles showcases the results of their next-generation advanced autonomous driving platform. [Photo/beijingetown.com.cn]

Pony.ai demonstrates its L4 level autonomous Robotaxi. [Photo/beijingetown.com.cn]

Mogo.ai showcases its integrated autonomous driving bus with car-road-cloud technology. [Photo/beijingetown.com.cn]

At the concurrent technology exhibition, numerous domestic and international intelligent connected vehicle companies displayed new technologies, products, and services, with nearly 10 enterprises from Beijing E-Town making an appearance.

A futuristic transparent car chassis model attracted a lot of attention. 

This model, introduced by the innovation center, displayed the latest results of their next-generation advanced autonomous driving platform. It featured key components such as intelligent driving domain controllers, connected domain controllers, cabin domain controllers, LiDAR, and side-view cameras.

"Based on our car-road-cloud integrated system architecture, we are showcasing the company's innovative achievements in vehicle-side, roadside, and cloud-side technologies," explained product expert Li Nuo at the booth of TsingCloud.

The video display by Beijing Daoyi Shuhui Technology also attracted a lot of onlookers. It showcased real-time 3D modeling of a parking lot.

At the booth of BBK Test Systems, various high-end vehicle testing equipment were put on display.

Additionally, Pony.ai, which operates from its Beijing E-Town base, provided a live demonstration on "How to hail a Robotaxi." 

Based on a self-controllable RISC-V architecture, Eswin Computing showcased a variety of chip products and solutions, including edge computing SoCs, in-vehicle MCUs, in-vehicle touch chips, and integrated touch and display driver chips.