Commsignia Case Studies Commsignia Works with Audi and Qualcomm for C-V2X in Virginia

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	Commsignia Works with Audi and Qualcomm for C-V2X in Virginia Commsignia

Commsignia Works with Audi and Qualcomm for C-V2X in Virginia

Commsignia

Technology Category	Networks & Connectivity - Cellular Networks & Connectivity - WiFi
Applicable Industries	Transportation
Use Cases	Vehicle Telematics
Challenge	Work zone detection is not cleard. Vehicle safety, road hazzards and fatalities are constraints. Read More
About Customer	Automotive OEM Local transrporation regulation Semiconductors, software, and services players related to wireless technology Read More
Customer Name	Audi Virginia Department of Transportation Qualcomm Read More
Solution	The C-V2X implementation in Virginia deployed two specific use cases where C-V2X will play an integral role – work zones and roadside worker safety and traffic signal information. Commsignia provides the roadside units (RSUs) and intelligent transportation systems ITS stack for both the roadside and onboard units. Read More Log in to view content
Contents

Technology Category

Networks & Connectivity - Cellular

Networks & Connectivity - WiFi

Applicable Industries

Transportation

Use Cases

Vehicle Telematics

Challenge

Work zone detection is not cleard. Vehicle safety, road hazzards and fatalities are constraints.

About Customer

Automotive OEM
Local transrporation regulation
Semiconductors, software, and services players related to wireless technology

Customer Name

Audi
Virginia Department of Transportation
Qualcomm

Solution

The C-V2X implementation in Virginia deployed two specific use cases where C-V2X will play an integral role – work zones and roadside worker safety and traffic signal information.

Commsignia provides the roadside units (RSUs) and intelligent transportation systems ITS stack for both the roadside and onboard units.

Impact #1	Work zone roadside safety messages not only offer a greater awareness for drivers, who can receive messages through low-latency direct communications, but for vulnerable roadside and maintenance personnel who can also receive messages and warnings that a vehicle is approaching using a C-V2X-enabled vest.
Impact #2	Signal controllers are broadcasting signal status information through roadside infrastructure provided by Commsignia. It provides drivers a countdown to the green light using the cellular network, additional low-latency C-V2X messages and audible alerts enhance traffic signal information to also warn of an impending red-light violation.
Impact #3	The deployment of C-V2X on the Virginia Smart Road Corridor allows a new generation of vehicles capable of communicatinn: not just through cellular towers but also directly with roadside infrastructure and vulnerable road users

Impact #1

Work zone roadside safety messages not only offer a greater awareness for drivers, who can receive messages through low-latency direct communications, but for vulnerable roadside and maintenance personnel who can also receive messages and warnings that a vehicle is approaching using a C-V2X-enabled vest.

Impact #2

Signal controllers are broadcasting signal status information through roadside infrastructure provided by Commsignia. It provides drivers a countdown to the green light using the cellular network, additional low-latency C-V2X messages and audible alerts enhance traffic signal information to also warn of an impending red-light violation.

Impact #3

The deployment of C-V2X on the Virginia Smart Road Corridor allows a new generation of vehicles capable of communicatinn: not just through cellular towers but also directly with roadside infrastructure and vulnerable road users

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Overview

Commsignia Works with Audi and Qualcomm for C-V2X in Virginia

Operational Impact