Qualcomm adds Japan's 760 MHz band to a single global V2X chipset platform
Qualcomm's V2X chipsets will now handle Japan's 760 MHz ITS Connect band on the same platform as the 5.9 GHz band, edging the industry toward one global connected-safety chip.
- 760 MHz
- 5.9 GHz
What Happened
Qualcomm Technologies announced that its Qualcomm vehicle-to-everything (V2X) chipsets will support nearly all major regional V2X deployments worldwide through a single platform. The latest expansion is support for Japan's 760 MHz ARIB-T109 standard, which brings native compatibility with Japan's V2X band alongside the 5.9 GHz band the chipsets already support. Qualcomm says the changes are designed to reduce the need for region-specific hardware, lower deployment complexity, and accelerate deployment of V2X technologies that can improve safety for drivers, passengers and vulnerable road users (VRUs). Qualcomm describes the move as extending a globally interoperable platform across major V2X deployments worldwide.
- Already supported
- Newly supported, native compatibility
- Nearly all major ones, through a single platform
Qualcomm calls V2X a unique component of the vehicle safety stack, providing real-time awareness of hazards beyond a vehicle's line of sight while meeting the stringent security and reliability requirements of safety-critical applications. The direct communication is meant to detect hazards around corners, through obstacles and beyond visible range, improving safety for vehicle occupants and for vulnerable road users such as pedestrians, cyclists and motorcyclists. Qualcomm describes V2X as the only non-line-of-sight sensor, able to augment a vehicle's advanced driver assistance system and to cooperate with smart infrastructure.
Qualcomm Technologies and Toyota said they recognize the potential of connected safety technologies to help reduce road incidents, and stressed the importance of broad industry collaboration in advancing Vision Zero, the global initiative to eliminate traffic fatalities and serious injuries. Achieving that vision, they said, requires collaboration among automakers, technology providers, governments and infrastructure stakeholders. Qualcomm said its investment in globally interoperable V2X aims to accelerate adoption with scalable solutions that can have a positive impact on road safety in all geographies and support additional use cases as vehicles and transportation systems evolve.
“V2X has the potential to play a transformative role in road safety, but realizing its full impact requires solutions that can scale globally and operate across regional ecosystems. By extending our V2X technology abstraction to support Japan's 760 MHz standard, we are helping enable more interoperable and globally deployable V2X solutions. As adoption of V2X technology continues to grow, we are taking an important step toward accelerating the deployment and advancing a shared Vision Zero goal with Toyota and other stakeholders across the industry to help eliminate road fatalities.”
“Toyota welcomes Qualcomm Technologies' efforts to foster broader industry collaboration toward a zero-accident society. Road accidents remain a global challenge that cannot be solved by any single company, industry sector, or region alone. Eliminating traffic accidents requires the collective efforts of automakers, technology providers, governments, and infrastructure stakeholders. We highly appreciate Qualcomm Technologies' continued investment in innovative technologies and its leadership in bringing together stakeholders across the mobility ecosystem to help advance toward zero traffic accidents and Mobility for All.”
Previously from Qualcomm Incorporated
Earlier coverage: in July 2026 Qualcomm was named BMW's lead compute silicon provider for digital cockpit and automated driving systems through the next decade. That agreement built on the two companies' existing collaboration.
Background drawn from MotorClaw's earlier coverage of Qualcomm Incorporated's official releases.
Why this matters
V2X lets vehicles talk directly to each other and to infrastructure to spot hazards out of sight, so a chipset that works in more regions could speed adoption of connected safety features. A single platform covering Japan's 760 MHz band and the 5.9 GHz band cuts the region-specific hardware automakers and infrastructure operators must build around. Toyota backs the effort, framing it as a step toward zero traffic accidents.
Terms in This Story
- V2X
- Vehicle-to-everything: direct wireless communication between a vehicle and other vehicles, infrastructure or road users, used to warn of hazards.
- Vulnerable road users (VRUs)
- People on the road who are unprotected by a vehicle body, such as pedestrians, cyclists and motorcyclists.
- Vision Zero
- A global initiative aiming to eliminate traffic fatalities and serious injuries through cooperation, interoperability and adoption of connected safety technology.
- ADAS
- Advanced driver assistance systems: electronic features that help a driver with tasks such as spotting hazards or staying in lane.
Summarised from the linked release; details can be imperfect — always verify against the original source.