Quick Takeaways
- Two key developments highlight how automotive sensing safety and EV infrastructure are advancing in parallel.
- Thermal perception for ADAS and scalable battery ecosystems are both accelerating safer, cleaner mobility adoption.
Developed in line with ISO 26262 standards, the launch addresses growing demand for safer perception systems in ADAS and autonomous vehicle platforms operating in low-visibility conditions.
ASIL-B Thermal Camera Designed for Automotive Safety
The ASIL-B thermal camera is engineered to support night vision, advanced driver-assistance systems, and autonomous driving applications where consistent perception is critical. Tura is designed to balance high performance with reduced supply-chain risk while maintaining cost efficiency for large-scale automotive deployment.
High-Sensitivity LWIR Imaging for ADAS Applications
At the core of the ASIL-B thermal camera is a passive 640 × 512 longwave infrared sensor optimized for far-infrared detection. The system delivers industry-leading sensitivity, enabling reliable identification of pedestrians, animals, and other vulnerable road users in complete darkness and through visual obstructions such as fog, smoke, sun glare, and headlight interference.
Key performance advantages include:
Integration With ADAS Software and Safety Functions
Teledyne FLIR OEM is collaborating with Valeo to deliver ASIL-B-compliant thermal imaging technology for night-time ADAS applications. The solution complements Valeo’s existing sensor portfolio and integrates with its ADAS software stack, enabling functions such as night-time automatic emergency braking for passenger vehicles, commercial fleets, and autonomous platforms.
Proven Manufacturing Scale and Industry Experience
With more than one million automotive thermal camera modules manufactured over the past two decades, Teledyne FLIR OEM brings extensive production experience to the ASIL-B thermal camera segment. This long-term manufacturing track record supports quality, reliability, and scalability for OEM adoption.
Separately, Yuma Energy continues to expand its battery-swapping network with real-time battery analytics and charging infrastructure, while Motovolt Mobility has deployed over 35,000 electric vehicles, contributing to significant fuel savings and carbon-emission reductions across urban mobility use cases.
ASIL-B Thermal Camera Designed for Automotive Safety
The ASIL-B thermal camera is engineered to support night vision, advanced driver-assistance systems, and autonomous driving applications where consistent perception is critical. Tura is designed to balance high performance with reduced supply-chain risk while maintaining cost efficiency for large-scale automotive deployment.
High-Sensitivity LWIR Imaging for ADAS Applications
At the core of the ASIL-B thermal camera is a passive 640 × 512 longwave infrared sensor optimized for far-infrared detection. The system delivers industry-leading sensitivity, enabling reliable identification of pedestrians, animals, and other vulnerable road users in complete darkness and through visual obstructions such as fog, smoke, sun glare, and headlight interference.
Key performance advantages include:
- Reliable perception in zero-light environments
- Enhanced object classification accuracy
- Robust operation in adverse weather and glare conditions
Integration With ADAS Software and Safety Functions
Teledyne FLIR OEM is collaborating with Valeo to deliver ASIL-B-compliant thermal imaging technology for night-time ADAS applications. The solution complements Valeo’s existing sensor portfolio and integrates with its ADAS software stack, enabling functions such as night-time automatic emergency braking for passenger vehicles, commercial fleets, and autonomous platforms.
Proven Manufacturing Scale and Industry Experience
With more than one million automotive thermal camera modules manufactured over the past two decades, Teledyne FLIR OEM brings extensive production experience to the ASIL-B thermal camera segment. This long-term manufacturing track record supports quality, reliability, and scalability for OEM adoption.
Separately, Yuma Energy continues to expand its battery-swapping network with real-time battery analytics and charging infrastructure, while Motovolt Mobility has deployed over 35,000 electric vehicles, contributing to significant fuel savings and carbon-emission reductions across urban mobility use cases.
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