Skip to main content

Visteon’s enters partnership on autonomous driving and cockpit systems

Visteon Corporation has signed a strategic agreement with China-based vehicle manufacturer Guangzhou Automobile Group Co., Ltd. Automotive Engineering Institute (GAC Engineering) to further its efforts to develop and deploy autonomous driving and other cockpit electronics solutions. Through the agreement, both companies will collaborate on autonomous driving solutions using Visteon’s DriveCore platform on a vehicle program scheduled to launch in 2020. It will also focus on potential commercial engagements
January 11, 2018 Read time: 2 mins

2165 Visteon Corporation has signed a strategic agreement with China-based vehicle manufacturer Guangzhou Automobile Group Co., Ltd. Automotive Engineering Institute (GAC Engineering) to further its efforts to develop and deploy autonomous driving and other cockpit electronics solutions.

Through the agreement, both companies will collaborate on autonomous driving solutions using Visteon’s DriveCore platform on a vehicle program scheduled to launch in 2020. It will also focus on potential commercial engagements in instrument clusters, displays, augmented reality head-up displays and domain controllers using Visteon's SmartCore technology.

Additionally, these platforms will also be used to concentrate on the development of cockpit domain controller systems.

Wang Qiujing, president of GAC Engineering, added: "We are very pleased to be embarking on this collaboration with Visteon. Visteon's technology innovation and strong presence in China is well-aligned with our vision for automotive technology development. We believe that this cooperation with Visteon will play an important role in promoting the rapid development of autonomous driving and cockpit electronics systems."

Related Content

  • February 26, 2014
    Visteon and Autonet partner on next generation telematics
    Automotive electronics supplier Visteon Corporation has entered into an exclusive agreement with telematics provider Autonet Mobile, in which Visteon will integrate Autonet's telematics technology into Visteon's next-generation products for global vehicle manufacturers. Under the agreement, Visteon will lead design and integration efforts with global vehicle manufacturers and Autonet Mobile will provide software, Internet Protocol (IP) and network operation services. The two companies will provide veh
  • September 3, 2015
    Virtual cockpit in cars ‘edges closer to reality’
    New analysis from Frost & Sullivan, Rise of Virtual Cockpits in Cars finds that the instrument cluster (IC) market in North America and Europe is expected to clock a compound annual growth rate (CAGR) of 2.2 percent from 2014 to 2021, with digital IC expected to reach a CAGR of approx. 26 percent by 2021. While the virtual cockpit will be limited to premium-segment vehicles, fully digital clusters that will be standard in about 20 percent of cars will also be offered as an option on medium-segment cars.
  • February 7, 2013
    Chinese-Polish consortium to build electric buses
    A Chinese electric vehicle consortium led by the Beijing Institute of Technology (BIT) has signed agreements to help develop an electric bus network in Poland. Other members of the consortium are BIT subsidiary BIT Huachuang Electric Vehicle Technology, CITIC Guoan Mengguli Power Science and Technology and Shanghai Dianba New Energy Technology. According to the agreements signed with Warsaw University of Technology and Polish power company Tauron Polska Energia, the Chinese group and Tauron will establish
  • March 14, 2018
    Techrules establishes key partnerships for TREV system
    Chinese automotive research and design company Techrules has established key strategic partnerships to develop its Turbine-Recharging Electric Vehicle (TREV) technology. It has signed a memorandum of understanding with supplier of rail transit equipment subsidiary CRRC Times Electric (TEC) at the Geneva Motor Show. Through the agreement, TREV will be developed for use in TEC’s Autonomous Rail Rapid Transit transportation system. The innovation’s weight-saving and range-extending capabilities are said to