Overview
Engineered at intoPIX, TicoRAW is an innovative, lossless quality, low-power, low-memory and line-based image processing and compression technology created to unleash image sensor dataflows.
TicoRAW is a perfect solution for augmented reality, automotive (ADAS), machine vision, professional and consumer cameras, drones or mobiles devices. The technology is extremely low-power and tiny in ASIC or FPGA, fast and powerful in CPU or GPU, and suitable for latency-critical environments.
Thanks to its innovative processing and coding, the full power of the image sensor is preserved while reducing the bandwidth and storage needs. It offers high image quality and the capability to manage high resolution, high frame rate and high dynamic range workflows. TicoRAW is the world’s first codec that can offer compression efficiency with such low complexity on bayer patterns.
Learn more about Data Compression IP core
Certification confirms unified ST 2110 and IPMX development on a single FPGA platform, as Titanium Apps also earn IPMX certification with new Privacy Encryption Protocol (PEP) and uncompressed HD support
intoPIX, a leading provider of low-latency image and video compression technologies, today announced that dSPACEwill showcase a high-performance data logging solution integrating TicoRAW, the most advanced implementation of JPEG XS RAW ISO standard, at AutoSens US.
JPEG XS is now officially supported as a compression technology within the GenICam framework, under the supervision of The European Machine Vision Association (EMVA). This milestone represents a major advancement for the machine vision industry, enabling higher performance, improved efficiency, and greater interoperability across imaging systems and devices.
intoPIX today announces that EvertzAV has integrated intoPIX JPEG XS Temporal Differential Coding (TDC) technology into its NUCLEUS, 4K60 supported UXP gateways.
Certified IPMX-ready Cobalt solutions powered by intoPIX reduce bandwidth while preserving visually lossless quality and real-time performance.