Skip to main content

Audi and Peachtree Corners collaborate on C-V2X

FCC waiver means that C-V2X deployment is now set to increase across US
By Adam Hill June 19, 2023 Read time: 2 mins
Audi has already begun rolling out V2X tech (© Boggy | Dreamstime.com)

Intelligent transport systems living lab Peachtree Corners is collaborating with Audi of America to advance cellular Vehicle to Everything (C-V2X) deployment.

This is very much a live issue in the US following the Federal Communications Commission's decision to grant a joint waiver request - from companies including Audi - to deploy C-V2X technology in the upper 20 MHz part of the 5.9 GHz band.

The city in Georgia, US, has made itself into a destination for ITS companies, and city manager Brian Johnson says: “Our first official global vehicle manufacturer collaboration will be able to leverage our ‘city street of the future,’ which brings together the C-V2X vision in an unprecedented manner."

C-V2X allows vehicles to communicate with each other and with street infrastructure, including crosswalk and traffic signals, as well as with vulnerable road users (VRUs).

"Together, we’re showcasing how important it will be for people, places and things to communicate with each other to create tomorrow’s safer roads,” adds Johnson. 

Audi has worked on initial C-V2X deployments with public authorities to address workzone safety and to connect cars with school buses to improve road safety around schools.

The company has also worked with Spoke, which links bikes to vehicles with Spoke's VRU2X technology.

“Peachtree Corners’ smart city leadership makes it the perfect environment for us to confirm how the public sector and private sector can work together for the safety and other advantages that ready-to-deploy C-V2X technology can deliver,” said Brad Stertz, director, Audi government affairs.

“With one of the most complete smart city ecosystems anywhere, this environment will enable us to demonstrate the latest technology Audi has to offer for improved ultra-reliable and low-latency communications, leading to enhanced connectivity, increased safety and a better overall experience for the driver."

"It’s one of the only places where every aspect of C-V2X comes together, including interaction with connected autonomous vehicles and VRUs – as a reflection of how cities and roads will look into the future," Stertz concludes. 

For more information on companies in this article

Related Content

  • Don’t look at the jigsaw pieces – see the whole puzzle, says CCTA
    February 19, 2024
    There are three main barriers to taking transport ideas from the pilot stage to real-life usage: incompatible technology, local control and limited funding. Tim Haile of California’s Contra Costa Transportation Authority has some thoughts on how to overcome them
  • Towards common standards for cooperative road infrastructures
    July 23, 2012
    Michael Noblett of Connexis discusses international progress towards common standards for cooperative road infrastructures. Will vehicle safety communications standards be able to support ITS on the international level, or will we settle once again for regional interoperability only? The answer lies in the current status of the draft standards themselves, and the requirements users and authorities are placing on the people who draft them.
  • Back to school for Applied Information
    February 25, 2025
    Solar-powered Glance safety beacon has C-V2X communication function
  • Reflecting on five years of important ITS progress
    January 7, 2013
    Former head of the ITS Joint Program Office Shelley Row has passed the baton to a new director. Now working as an independent consultant, here she reflects on her five years at the helm of the JPO and what the future may hold for ITS in the US. During a mid-morning in Paris earlier this year, having just landed, I decided to take a trip on the city’s subway (Paris’ underground metro) into the city centre. A family with a small boy – about nine years old – boarded the same train. They were American and we st