Camera sensor integration and a full embedded Linux imaging pipeline, engineered for a handheld consumer device.
A camera-equipped consumer device needed a fully integrated imaging pipeline -- from sensor to captured image and video -- running reliably on an embedded Linux platform, along with the certification groundwork required to bring the device to market.
ATRI performed camera sensor integration, embedded Linux driver development, camera HAL customization, imaging pipeline engineering, hardware bring-up, power and battery optimization, and CE/FCC pre-compliance and certification support.
ATRI developed and optimized the camera sensor drivers on the embedded Linux platform using V4L2 (Video for Linux 2) controls for camera integration.
ATRI tailored the platform's camera HAL to integrate the camera module and support the device's imaging requirements.
ATRI implemented the image and video capture pipeline, supporting YUV, JPEG and H.264/265 formats, and tuned it for fast, reliable still and video capture.
ATRI performed hardware bring-up and battery/power optimization and testing, and supported CE and FCC pre-compliance and certification testing ahead of market release.
Real-time capture performance and power/battery constraints on a handheld device, alongside the regulatory certification needed for market release, shaped the engineering trade-offs throughout.
AI-based features in the finished product (such as on-device object detection) were owned and integrated by the customer. ATRI's role was the camera, imaging pipeline and platform integration described above -- not the AI/ML capability, the overall product design, or prototype production.
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