Integrated Phototonics for Automotive and Mobility
As we move into a world of increased automation in automobiles, robots, and transport infrastructure, safety and reliability are paramount. By integrating multiple photonic functionalities into a single chip, integrated photonics engineering can create accurate, cost-effective, and miniaturised solutions for monitoring systems, fibre optic sensing systems, and LiDAR.

How PICs help
- Electrification
- ADAS and the drive towards Autonomous vehicles
- Mobility pattern changes
The future of automotive and mobility




The transition

Challenges
The future of mobility faces significant technical challenges, particularly in electrification and autonomous driving. Electrification demands advancements in battery technology, efficient charging infrastructure, and seamless integration with renewable energy sources to meet growing energy needs. In the realm of autonomous vehicles, the development of ADAS faces complex issues like ensuring system reliability in diverse environments, enhancing sensor technologies, and overcoming cybersecurity risks. The rise of diverse e-vehicles, robotaxis, and transporters adds complexity, as each requires specialised infrastructure and software systems. These innovations must also adapt to sustainable city designs, which will further complicate traffic management and vehicle coordination.

PICs to the rescue
How can we help?
Are you working on an application in which you can use photonics, but need support or specific know-how? Or do you need design or process support? We here at PhotonDelta can help deal with challenges along the entire supply chain