Automotive camera

Automotive HDR cameras optimized for autonomous driving applications

MP camera series

C1 Camera C1-195 MP

A 2.5 MP GMSL2 camera for simple and efficient object recognition

C2 Camera C2-030 MP

A 5.4 MP GMSL2 camera for improved sensing and visual performance

C2 Camera C2-062 MP

A 5.4 MP GMSL2 camera for improved sensing and visual performance

Key features

Level 4 optimized

Proprietary image optimization and flexible camera control deliver high-fidelity visual data essential for driverless operations.

Autoware compatible

Seamless integration with Autoware, open-source software for autonomous driving, reduces system development time.

Mass-production scale

Manufacturing and quality control managed by a partner with proven automotive experience ensures stable and scalable supply.

Best in class image quality and reliability

Dynamic range comparison against a standard machine vision camera.

Left : Machine vision camera / Right: TIER IV C1

Capture every contrast

Application examples

Remote monitoring

Camera LiDAR fusion

YabLoc (Vision-based localization with a vector map)

https://github.com/tier4/YabLoc

Reference camera series

C1 Camera

A 2.5 MP GMSL2 camera for simple and efficient object recognition

C2 Camera

A 5.4 MP GMSL2 camera for improved sensing and visual performance

C3 Camera

An 8.3 MP GMSL2 camera for high-quality data collection and dataset building

Conversion modules and development kits

GMSL2-USB3.0 conversion kit

This kit enables TIER IV’s C1, C2, and C3 Cameras to be connected to a USB Type-C (3.0) port on computers without a GMSL interface, allowing video capture via UVC (USB Video Class).

GMSL2-10GbE conversion module

Supporting TIER IV's C1 Camera and C2 Camera, this module enables developers to streamline the development of autonomous driving systems that require advanced perception, spanning various fields.

Edge perception development kit

This kit delivers a comprehensive sensing system by combining automotive-grade sensors, such as HDR cameras and 3D LiDARs, with high-performance industrial computers.

ECU partner

Case studies

  • ETH Zurich

    Robotic Systems Lab (RSL)

    The C1 Camera, with its great High Dynamic Range (HDR) imaging capabilities, assists our research by making it possible to take our robots into the wild. Its waterproof and dustproof design enables us to deploy robots in natural environments, where they face a wide range of different conditions.

  • KOMATSU SERVICE ACE

    Eureka's C1 camera-based image recognition technology is used in industrial and construction vehicles for collision prevention and autonomous driving. The C1 camera's superior HDR function ensures reliable performance in diverse environments, from bright daylight to dark tunnels to expand this technology to more vehicles, aiming to improve safety and address labor shortages.

  • Suzuki

    Next Generation Advanced Technology Development Division

    The outstanding image quality and functionality of C1 Camera are expected to improve the performance of autonomous driving systems. We will evaluate the C1 Camera and promote its development in pursuit of making autonomous driving services a reality as soon as possible.

  • TIER IV

    "TIER IV has been judiciously applying our advanced camera technologies to a wide variety of autonomous vehicles. Used for crucial tasks such as object detection, traffic light recognition, remote monitoring, and self-pose estimation, these cameras are providing valuable support to our autonomous system development. With their reliable performance and diverse functionalities, we are steadily paving our path towards market release.”

White paper

Autonomous driving solutions for construction and agriculture

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Contact us

You can contact us about buying our cameras and any questions.