NCAP-compliant ADAS AI
Designed for ultimate flexibility
Brodmann17 offers ADAS software that uses groundbreaking AI to provide life-saving passive and active systems in case of driver distraction. It is provided either as a complete black-box solution or tailor-made for your specific application and can be differentiated using your specific chip, camera, and driver features.
ADAS building blocks
Brodmann17 provides a set of fundamental building blocks designed for the industry's toughest standards. These modules are based on our deep learning vision technology that accurately detects vehicles, pedestrians, and other objects at just a fraction of computing power.
Brodmann17’s Product Line
Aftermarket & passive ADAS
Main Functionalities:
FCW (Forward Collision Warning)
LDW (Lane Detection Warning)
PCW (Pedestrian Collision Warning )
at NCAP requirements
Mono-camera: 52°-170° FOV, RGB/YUV, resolution from QVGA to 4K
Minimum processing: ARM cores 2xA53, 2xA15
Reference designs: Snapdragon625, Exynos5422, RK3399
Detectors
Vehicle Detection (VD)
Lane Detection (LD)
Pedestrian Detection (PD)
Range to Target
Time To Collision (TTC)
Main Functionalities:
FCW (Forward Collision Warning)
LDW (Lane Detection Warning)
PCW (Pedestrian Collision Warning )
at NCAP requirements
Mono-camera: 52°-170° FOV, RGB/YUV, resolution from QVGA to 4K
Minimum processing: ARM cores 2xA53, 2xA15
Reference designs: Snapdragon625, Exynos5422, RK3399
Detectors
Vehicle Detection (VD)
Lane Detection (LD)
Pedestrian Detection (PD)
Range to Target
Time To Collision (TTC)
Front camera active safety
Main Functionalities:
Long distance object detection, classification and tracking to support:
ACC (Adaptive Cruise Control)
AEB (Automated Emergency Brake)
LKA (Lane Keep Assist)
at NCAP requirements
Camera set: 28°, 52°, 150° FOV, RGB/YUV, resolution up to 4K
Minimum processing: ARM cores 2xA72
Reference designs: NXP S32, TI TDA2X, Nvidia
Detectors
2D/3D Vehicle Detection (VD)
Lane Detection (LD)
Pedestrian Detection (PD)
Range to Target
Time To Collision (TTC)
Obstructed Lenses (OL)
Main Functionalities:
Long distance object detection, classification and tracking to support:
ACC (Adaptive Cruise Control)
AEB (Automated Emergency Brake)
LKA (Lane Keep Assist)
at NCAP requirements
Camera set: 28°, 52°, 150° FOV, RGB/YUV, resolution up to 4K
Minimum processing: ARM cores 2xA72
Reference designs: NXP S32, TI TDA2X, Nvidia
Detectors
2D/3D Vehicle Detection (VD)
Lane Detection (LD)
Pedestrian Detection (PD)
Range to Target
Time To Collision (TTC)
Obstructed Lenses (OL)
Rear camera & surround ADAS
Main Functionalities:
Pedestrian AEB (Automated Emergency Brake) &
Pedestrian Collision Warning (PCW)
Fisheye or wide-angle cameras, RGB/YUV, resolution from QVGA to 4K
Minimum processing: ARM core 1xA53, CEVA XM4 DSP
Reference design: Raspberry Pi 3
Detectors
Pedestrian Detection (PD) - up to 10 meters
Range to Target
Target Tracking
Obstructed Lenses(OL)
Main Functionalities:
Pedestrian AEB (Automated Emergency Brake) &
Pedestrian Collision Warning (PCW)
Fisheye or wide-angle cameras, RGB/YUV, resolution from QVGA to 4K
Minimum processing: ARM core 1xA53, CEVA XM4 DSP
Reference design: Raspberry Pi 3
Detectors
Pedestrian Detection (PD) - up to 10 meters
Range to Target
Target Tracking
Obstructed Lenses(OL)
Get In Touch
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