Autotalks, a world leader in V2X (Vehicle-to-Everything) communication solutions, and Cohda Wireless, a global leader in connected vehicle technology, are collaborating to offer the world’s first fully integrated V2X SoC, which will be implemented in Autotalks’ breakthrough 3rd generation chipset, TEKTON3.
Autotalks selected Cohda Wireless as the supplier of the software stack for the world’s most advance V2X solution, based on Cohda’s unparalleled track-record and market leadership. Cohda’s stack was the first in the world to be deployed in production vehicles and is the only software in two automotive production vehicle platforms.
As part of the collaboration, Autotalks’ TEKTON3 chipset will run Cohda’s full V2X software stack. The built-in software will enable Tier1s and OEMs to integrate the V2X solution easily, with lower development and testing expenses. Tier1s and OEMs would benefit from having a single company, Autotalks, responsible for the entire V2X functionality, whereas today the responsibility is shared between multiple hardware and software suppliers. As a result of the cheaper and smoother integration, road users will be protected by better lifesaving V2X capabilities sooner.
As TEKTON3 is running the entire V2X software, there is no need for any external host or software integration. This enables maximal security as the V2X hardware and software are isolated from non-safety functionalities and wireless links, specifically, the cellular modem. With that, TEKTON3 connects directly to ADAS, simplifying the fusion of V2X data. Another significant advantage is that TEKTON3’s software integration can process all road-user in proximity, while maintaining power efficiency. It also has the ability to work in an automotive high-temperature environment.
The TEKTON3 is the first fully integrated V2X SoC in the world which supports 5G C-V2X for Day 2 use cases. Day 1 V2X offers life-saving situational awareness alerts. Day 2 V2X applications can share sensor data provided by other vehicles and enable critical actions such as automatic braking.
