V2X or vehicle-to-everything technology revolutionizes transportation safety and mobility
It all starts with real-time, direct communication that includes:
V2V
Vehicle to vehicle
V2I
Vehicle to road infrastructure
V2VRU
Vehicle to pedestrians & other vulnerable road users
Cellular network connectivity complements these time-critical communications to make entire transportation systems smarter.
Qualcomm Technologies is creating the next generation of V2X products with a unified global solution that:
Supports safety-focused solutions for road users
Accelerates reaction time of ADAS and automated vehicles
Improves mobility with real-time information
Enables services such as tolling and other secure transactions
V2X offers proactive safety alerts
V2I, V2V and V2VRU facilitate the sharing of data between road users and traffic infrastructure to provide actionable alerts. And soon, these technologies will trigger key ADAS features. V2X is important because, according to the World Health Organization (WHO):
Approximately 1.19 million people die each year as a result of road traffic crashes.
Between 20 and 50 million more people suffer non-fatal injuries, with many incurring a disability.
Our V2X is purpose-built for ADAS
With the ability to “see” around corners and past obstacles, V2X technology is ideally suited as an information-rich sensor to assist ADAS features such as auto emergency braking (AEB).
V2V
Enables vehicles to send and receive information.
Critical data such as speed, position, direction, and more are exchanged to promote a safety-focused, more optimized traffic flow.
This becomes especially important near busy intersections where the ability to communicate with vehicles around corners and obstacles proves highly effective.
V2I
Facilitates real-time data exchange between vehicles and infrastructure.
Roadside units can be connected to most any device, from traffic signals to streetlights to tolling systems.
The infrastructure transmits information to roadway users about traffic conditions, signal timing, road hazards, construction and road work, pedestrians present on roadway and more.
V2VRU
Helps vehicles see vulnerable road users (VRUs).
VRUs are individuals who are at a higher risk of injury or death when involved in traffic collisions, and account for more than half of all road traffic deaths according to the World Health Organization.
They consist primarily of cyclists including e-bikes, motorcyclists, motorized scooter riders and in the future pedestrians. Direct communication between VRUs, infrastructure sensors and other vehicles helps improve the detection of hard-to-spot, often obstructed VRUs.
V2X saves time
Real-time data shared through V2V and V2I communication enables safety applications critical for future automated vehicles.
Additionally, shared information would inform speed, route and maneuvering suggestions to optimize flow, leading to less congestion, and overall improved system and personal mobility.
V2X use cases
Stalled vehicle
Work zone
V2X deployments
CHINA | THE MINISTRY OF INDUSTRY AND INFORMATION TECHNOLOGY
China mass produces smart vehicles equipped with C-V2X technology
Nearly 90 cities have deployed tens of thousands of roadside units (RSUs) to demonstrate intelligent, networked roads to align with the mass production of smart vehicles equipped with C-V2X technology.
EUROPE | CONNECTING EUROPE FACILITY (CEF) TRANSPORT
Over 2,000 C-ITS stations are already operational in the EU
Under the C-Roads Platform, a joint initiative of European Member States and road operators, Cooperative Intelligent Transport Systems (C-ITS) utilizing V2X technology have been installed across the EU to improve road safety, traffic efficiency and decision-making.
U.S. | UNIVERSITY OF MICHIGAN
Ann Arbor Connected Vehicle Test Environment
A $9.8 million federal grant will assist efforts at the University of Michigan to deploy cellular vehicle-to-everything (C-V2X) technology, allowing a new generation of cars to exchange safety-enhancing data with the world around them.
More V2X applications
Heavy machinery
In industries such as agriculture, mining, construction, manufacturing and more, heavy-duty vehicles often operate in very challenging environments and in close proximity. Enabling vehicles to communicate with each other, the surrounding environment and workers helps heighten safety and improve productivity.
Heavy vehicles
Commercial fleets such as shipping trucks and buses that operate on tight schedules can benefit from centralized V2X data that informs purpose-built applications. And since almost 25% of vehicle fatalities in multi-vehicle accidents involve trucks. Utilizing V2X technology is expected to streamline operations and support more efficient movement of goods, services and people.
Leading the next era of global mobility
Qualcomm® V2X chipsets offer production-ready standalone solutions that are purpose-built for global applications, resulting in direct communication becoming more pervasive.
Privacy and trust will be more important than ever
Qualcomm® Aerolink™ communication technology offers advanced V2X security for the global marketplace.
Integrated hardware security is a priority
Our products include an embedded hardware security model (eHSM) and a line-rate verification engine.
Robust certified cybersecurity implementation
Our technology is built in compliance with security standards and supports secure message formats and processing to enable privacy and anonymity.
Global market solution
The technology is compatible with all communication protocols utilized worldwide with protocol alignment at the software level.
Learn more about V2X
QUALCOMM ACADEMY
Introduction to V2X
Take this course to learn about the technology, how it’s being used to enhance safety for road users across the U.S., and what resources are available to support deployments.
Other resources
VIDEO
V2X Overview
Discover our V2X suite of products
Qualcomm® 300 V2X Chip Series
Qualcomm® V2X 350 Chipsets
A complete, fully integrated sensor that supports V2X global radio technologies including DSRC, LTE-V2X and the latest 5G-V2X (NR-V2X). It’s capable of advanced use cases and includes an embedded hardware security module (eHSM) and a line-rate verification engine.
Qualcomm® V2X 300 Chipsets
Embeds two radios operating concurrently, either LTE-V2X or DSRC and 5G-V2X, which supports global V2X protocols. Includes an embedded hardware security module (eHSM) and a line-rate verification engine.
Qualcomm® V2X 350 Demo Kits
Two fully integrated V2X 3rd generation SoC evaluation kits and reference design for vehicles and bicycles, e-bikes and e-scooters. They feature built-in V2X firmware for cost optimization, reducing development integration efforts and enabling fast time to commercialization. A tablet application allows users to view warnings related to other road users and configure the radio parameters for radio performance field tests.
Other V2X products
Qualcomm® V2X 250 Chipsets
A communication Linux processor specifically designed for connected automated driving applications integrating enhanced-range mobility-optimized IEEE802.11p DSRC and C-V2X direct communication modems.
Qualcomm® V2X 200 Chipsets
A global V2X hardware add-on that integrates an enhanced-range mobility-optimized IEEE802.11p DSRC and C-V2X direct communications modems.
V2X Software
The V2X stack is optimized for the Qualcomm® V2X 350 chip, enabling fast execution. All received messages from the concurrent dual channels are processed at low latency. The safety applications include local hazards for V2I, and crash warnings for V2V and V2VRU. The software can be optimized for ADAS integration, as well as fitting two-wheelers or aftermarket devices.
