We’re proud to announce that EvertzAV has integrated the intoPIX JPEG XS TDC technology into its IPMX-certified NUCLEUS platform — enabling visually lossless, ultra-low latency 4K60 AV-over-IP.

intoPIX and Cobalt Digital demonstrate how IPMX + JPEG XS with TDC enables scalable, low-latency and bandwidth-efficient IPMX video systems. Visually lossless quality, real-time performance and certified interoperability — already available in IPMX-certified Cobalt products powered by intoPIX.

intoPIX kicks off ISE with next-gen IPMX & JPEG XS innovations: new 8K JPEG XS, ultra-dense FPGA designs, IPMX-certified Titanium Apps (now shipping), and updated SDK & SoC EDK platforms.

PlexusAV and intoPIX expand the IPMX ecosystem with the new P-AVN-4E and P-AVN-4D encoder and decoder. Featuring JPEG XS TDC, the solution delivers visually lossless quality, ultra-low latency, and optimized bandwidth for scalable AV-over-IP over 1GbE networks.

At CES 2026, intoPIX presents advancements in real-time, low-power image processing and video compression technologies. This powerful alternative preserves exceptional image quality while dramatically reducing bandwidth usage, latency, power consumption, and overall system cost across applications!

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

intoPIX was celebrated at the Engineering, Science & Technology Emmy® Awards Ceremony in Hollywood, receiving its second Emmy® Award for the development of JPEG XS, a groundbreaking video compression technology designed in Belgium.

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 announces that Barnfind Technologies has integrated the intoPIX JPEG XS codec into its BarnPalette Flow-XS product line. This integration enables pristine-quality video transport and conversion with ultra-low latency, bringing new efficiency and reliability to broadcast infrastructures.