Discover how Euresys and intoPIX demonstrate that RAW image compression can significantly reduce bandwidth, latency, and storage requirements — without compromising industrial inspection accuracy.

intoPIX and Lattice enable TicoRAW & JPEG XS on low-power FPGAs, delivering ultra-efficient, low-latency compression from sensor to display. The solution empowers OEMs and Tier1s to build smarter, scalable ADAS and in-vehicle vision systems.

intoPIX brings TicoRAW & JPEG XS to Lattice FPGAs, enabling high-performance, low-latency, and power-efficient imaging for medical, industrial, and vision applications.

By addressing critical challenges as the strategic shift from the traditional hardware-based solutions toward a new software-centric approach “The Software Defined Vehicle”, intoPIX empowers the development of next-generation automotive systems.

At AutoSens, intoPIX will highlight its innovative JPEG XS and TicoRAW technologies, specifically designed for automotive applications. These solutions provide high-quality image processing with ultra-low latency and minimal power consumption, critical for ADAS and autonomous vehicles.

How do you measure video compression quality? Video compression quality can be assessed using two primary approaches: subjective (human perception) and objective (data-driven) metrics.

JPEG XS is now a supported technology in the GenICam framework, under the purview of The EMVA. This milestone marks a significant advancement in the field of machine vision, promising enhanced performance, efficiency, and interoperability for industry stakeholders.

To guarantee perfect management of the real-time transfer of video and medical metadata between multiple locations, a new DICOM-RTV communication service standard has been developed. JPEG XS can be used to ease its implementation over 1GbE and 10GbE networks as well as over 60Ghz wireless systems.

intoPIX debuts its new solutions for machine vision based on the low power Lattice CrossLink™-NX FPGA for embedded and machine vision applications ...

intoPIX announces today the extension of its range of TicoRAW IP-cores supporting additional pixel per clock architectures to target more devices and more sensor types