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.

Experience state-of-the-art solutions powered by JPEG XS, IPMX, and next-generation software innovations designed for Pro-AV and Live Events production professionals at ISE2025.

intoPIX and EvertzAV integrate JPEG XS TDC compression into IPMX AV-over-IP solutions, enabling seamless interoperability and groundbreaking efficiency for ProAV workflows.

intoPIX continues its collaboration with Nextera Video and Adeas showcasing the latest developments of its groundbreaking JPEG XS TDC solutions tailored for IPMX and ST 2110.

intoPIX and PlexusAV successfully tested interoperability between the P-AVN-4 transceiver and Titanium Software Suite, showcasing seamless IPMX solutions for ProAV workflows at ISE 2025.

Meet intoPIX at CES2025: JPEG XS, TicoRAW, and TicoXS FIP, these technologies empower industries to achieve flawless image quality, energy efficiency, and ultra-low latency, while simplifying connectivity and supporting AI-perception-ready workflows.

intoPIX TicoXS is now integrated into the Media Links Xscend platform, an IP Media Platform designed for transporting up to 128 high-quality media services across managed and unmanaged IP networks.

intoPIX brings its JPEG XS technology to Village Island’s VICO-2L-XS, offering a budget-friendly SDI/IP solution for broadcasters needing HD support on fewer channels. Fully ST-2110 compliant, it’s a compact, high-performance alternative for streamlined video workflows.

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.

IntoPIX TicoXS and TicoRAW lightweight compression technologies meet ADAS requirements without compromising on latency, quality and complexity.