LIG Accuver and Wayties Launched V2X Modules
The companies introduced new modules capable of supporting multiple communication protocols simultaneously.
Updated on Oct. 5, 2026 in Automotive — General
LIG Accuver and Wayties have launched the IMV102x and IMV111x V2X modules to advance vehicle-to-everything communication. The new hardware utilizes Qualcomm chipsets to support DSRC, LTE-V2X, and 5G-V2X simultaneously.
Why it matters
These modules provide essential connectivity infrastructure for autonomous and connected vehicles. By integrating diverse communication standards, the technology enables more reliable vehicle-to-everything interactions across varying global networks.
The IMV102x and IMV111x modules feature simultaneous support for DSRC, LTE-V2X, and 5G-V2X protocols. The IMV111 series operates on the Zephyr RTOS and includes a dual-core application processor.
The players
LIG Accuver
LIG Accuver is a global technology company that specializes in wireless testing and mobile network optimization solutions.
Wayties
Wayties is an automotive technology firm focused on developing testing environments and hardware for connected vehicle systems.
Qualcomm
Qualcomm is a multinational semiconductor and telecommunications equipment company that provides the chipsets powering advanced vehicle connectivity.
The details
The IMV102x integrates with existing vehicle host processors, while the IMV111 series comes pre-loaded with the Euro NCAP Local Hazard Application. Additionally, the companies offer the WCEX-ABTS bench test system to simulate complex V2X traffic scenarios in controlled lab settings.
Timeline
October 4, 2026: LIG Accuver and Wayties showcased their latest V2X technological innovations.
Roadmap
These modules represent a significant step in the automotive industry shift toward universal vehicle-to-everything connectivity. By aligning with standards like the Euro NCAP Local Hazard Application, the companies are positioning themselves to meet upcoming regulatory safety benchmarks.
The deployment of these modules will improve how vehicles communicate with their surroundings to enhance passenger safety. Drivers can expect more responsive hazard alerts as manufacturers integrate these standardized testing environments into future vehicle fleets.
The takeaway
Advanced V2X connectivity is becoming a core component of modern vehicle safety architecture. Automakers are increasingly prioritizing integrated hardware to ensure vehicles can reliably process data from diverse network protocols.
What happens next
The companies have indicated they will demonstrate the capabilities of the new V2X modules at a future event.
Further reading
Learn more about the latest innovations in the Automotive — General sector.
Source note: This article includes information reported by ITS International.
