KOR

V2X Module

The IMV102 and IMV111 are advanced V2X communication modules based on Qualcomm QVX300 and QVX350, enabling vehicle-to-everything (V2X) communication. They are compliant with AEC-Q100, the automotive industry standard for ensuring the reliability of integrated circuits under harsh environmental conditions. These modules offer dual-mode support for both DSRC and C-V2X, including concurrent operation of current DSRC/LTE-V2X and next-generation NR-V2X channels.

Features

ㆍDual-mode V2X: support C-V2X and DSRC
ㆍConcurrent Dual-channel: DSRC & NR-V2X or LTE-V2X & NR-V2X
ㆍNR-V2X: Next generation V2X standard
ㆍSafety: ASIL B functional safety certification
ㆍOptimized V2X Stack: IMV 111 only

Functions

V2X Modules deliver high-performance, automotive-grade connectivity and support a wide spectrum of V2X technologies and configurations. Designed for maximum flexibility, these modules support both DSRC (IEEE 802.11p, ITS-G5) and C-V2X (LTE-V2X and NR-V2X) - even concurrently within a single device.

ㆍThe QVX300-based IMV102 features multiple host interfaces-including Ethernet, SPI, and SDIO-enabling easy connection to external  processors running V2X stacks and applications.

ㆍThe QVX350-based IMV111 incorporates an embedded application processor with a pre-integrated V2X stack, streamlining deployment and
reducing time to market.

IMV 102/ IMV 111 power a wide range of applications across Vehicle-to-Vehicle (V2V), Vehicle-to-Infrastructure (V21), and Vehicle-to-Pedestrian (V2P) communications-paving the way for safer, smarter, and more connected mobility.

 


 

 

V2V
Forward collision warning, Emergency Braking Lights, Intersection Movement Assist, Left / Right Turn Assist, Do Not Pass Warning, Blindspot / Lane Change warning, Wrong Way Driving, Motorcycle Approach Indication

V2I
Curve Speed Warning, Road works warning, Road hazard warning, Time to Green, Red Light Violation Warning, Intersection Collision Warning
Point of Interest (Electric Vehicle Charging Station), Sensor Sharing, Emergency information broadcast

V2P
Vulnerable Road User User Warning, New applications can be added based on requirement

Specification

V2X Module specification table
Item IMV102 IMV111
Chipset Qualcomm QVX300 + 2x PLUTON2
 Qualcomm QVX350 + 2x PLUTON2
Application Processor N/A Dual-core 850MHz
Synopsys ARC HS48FS
V2X Technology

DSRC, LTE-V2X, NR-V2X

DSRC + NR-V2X or LTE-V2X + NR-V2X

(Dual mode will be supported at the end of 2027)

DSRC, LTE-V2X, NR-V2X

DSRC + NR-V2X or LTE-V2X + NR-V2X

(Dual mode will be supported at the end of 2027)
V2X Stack Integration with any 3rd party CPUPre-integrated global V2X stack
Safety ASIL B for access layer integrity (Optional) ASIL B for all V2X domain processing (Optional)
OS N/A Zephyr RTOS
Host Interface SDIO 3.0, SPI, Ethernet RMII 10/100Mbps, SPI(IMV111)
Form Factor LGA Type Castellated Pad Type
Size 38.8 x 29.4 x 3.3 mm 38.8 x 35.4 x 3.3 mm
Hardware Security - Embedded and certified HSM to support secure signing and storage
- Line-rate cryptographic certification engines
- Support for US, and Chinese security standards
Power class Power class 3
Operating Power DC 5V
Auxiliary Interface I2C, UART, 1PPS input, GPIOs
Antenna 2 ports (Main/Diversity)
Operating Temperature -40~ +105℃(Automotive grade2)