Qualcomm and automotive companies to drive C-V2X commercialisation

Qualcomm Technologies (QCOM) is working with an ecosystem of carmakers and automotive suppliers to accelerate the commercial introduction of Cellular Vehicle-to-Everything (C-V2X) technology using its 9150 C-V2X chipset solution. The participants are seeking to utilise the device for next-generation vehicles and roadside infrastructure, staring in 2019. 9150 C-V2X is said to feature improved direct communication range, reliability and latency when faced with congested roadways. It is planned to be
February 27, 2018 Read time: 2 mins

213 Qualcomm Technologies (QCOM) is working with an ecosystem of carmakers and automotive suppliers to accelerate the commercial introduction of Cellular Vehicle-to-Everything (C-V2X) technology using its 9150 C-V2X chipset solution. The participants are seeking to utilise the device for next-generation vehicles and roadside infrastructure, staring in 2019. 

9150 C-V2X is said to feature improved direct communication range, reliability and latency when faced with congested roadways. It is planned to be commercially available in the second half of 2018 with select suppliers expected to launch innovations based on the chipset solution shortly afterward.
 
Automotive participants include LG Electronics, Continental, Ficosa-Panasonic, Lear and Valeo, as well as cellular module manufacturers Gemalto, LG Innotek, Quectel, Sierra Wireless, Telit, Wistron WNC and ZTE. In addition, QCOM is also working with V2X software stack and application providers Cohda Wireless, Commsignia and Savari. It is also collaborating with system integrators Sasken and Thundersoft, to expedite C-V2X commercialization by helping the ecosystem to take advantage of the industry’s investment in ITS software and standardized protocols.

Maik Böres head of future mobility team, said: “The continued advancement of cellular technologies into 5G is a necessary part of connected, cooperative and autonomous vehicles that will be able to support BMW Group´s vision of the car of the future. As our cities and lives continue to become more connected, C-V2X is a natural solution to both deliver direct and network-based communications to fulfil a growing set of safety and informational use cases respectively, and Qualcomm Technologies' announcement reflects the automotive industry's acceleration to commercialize C-V2X technology with meaningful progress toward vehicle integration starting in 2019.”

Location Based Systems

For more information on companies in this article

Related Content

  • Vodafone to bring 5G to UK CAM testbed
    October 22, 2020
    Telecoms giant says this offers 'extremely low' latency to Midlands Future Mobility route
    Read More
  • Panasonic’s connected vehicle data ecosystem security
    November 17, 2020
    In a connected vehicle ecosystem, cars talk to roads, roads to cars, cars to infrastructure, and so on, via an integrated data communication platform.
    Read More
  • Co-operative infrastructure reduces congestion, increases safety
    January 30, 2012
    ITS Japan's Chairman Hiroyuki Watanabe talks to ITS International about his country's progress with cooperative infrastructures and how the experience gained to date can benefit similar initiatives elsewhere. Japan gave the rest of the world a taste of the cooperative infrastructure future when, in 1996, it went live with the Vehicle Information and Communication System (VICS). Designed to provide real-time traffic information and alerts to in-vehicle navigation systems with the dual aims of increasing safe
    Read More
  • Embedded connectivity delivers real time travel information
    February 3, 2012
    Ton Brand describes the GSM Association's Embedded mTelematics programme. As the world's roads become increasingly crowded, consumers and businesses are demanding better real-time information to help them both avoid traffic congestion and make smarter use of public transport. Embedding mobile connectivity directly into vehicles can enable drivers and passengers to see live traffic flows in their localities, as well as the expected arrival time of the next bus, ferry or tram
    Read More

Highlighted Content