How does JPEG XS deliver ultra-low latency and visually lossless compression? This article takes you behind the scenes of its elegantly simple yet powerful design. By processing images line by line, applying reversible 5/3 wavelet transforms, and using controlled quantization and smart packetization, JPEG XS replaces uncompressed video with no compromise on quality or speed. 

With latencies under 32 lines and a structure optimized for real-time performance on CPUs, GPUs, and FPGAs, JPEG XS is the ideal solution for IP video, live broadcast, and embedded vision. A must-read introduction to understand the magic behind the technology.

PEG XS isn’t a one-size-fits-all solution — and that’s a good thing. This article explains how profiles, levels, sublevels, and FBB-levels shape the way JPEG XS is deployed across diverse applications. Profiles define which tools and configurations an encoder and decoder must support, ensuring seamless interoperability without unnecessary complexity.

Levels and sublevels set boundaries for decoding throughput and compressed bandwidth, allowing systems to be optimized for cost, performance, or ultra-low latency. Whether you're working with broadcast video, automotive sensors, or lightweight embedded systems, these modular definitions enable smart, scalable implementations. Discover how JPEG XS keeps systems efficient today — and ready for tomorrow.