The new FPGA-based evaluation board captures RAW Bayer data directly from MIPI CSI-2 sensors, compresses it using JPEG XS RAW technology, and streams it over Gigabit Ethernet with less than 1 ms latency.

JPEG XS is known for low latency—but its wavelet design enables more: from one compressed stream, a receiver can independently decode full 4K, an HD layer, or a cropped region. This scalability fundamentally changes video distribution.

Titanium Apps were designed to close that gap, by enabling any IT hardware to operate as native ST 2110 endpoints — eliminating the need for dedicated capture cards, converters or specialized NICs.

IPMX is built on SMPTE ST 2110 — not a replacement for it. This guide explains the difference, includes a feature-by-feature comparison, and helps you decide which standard fits your product and market.

JPEG XS는 이제 EMVA의 관할 하에 GenICam 프레임워크에서 지원되는 기술이 되었습니다. 이 이정표는 머신 비전 분야의 중요한 발전을 의미하며, 업계 관계자들에게 향상된 성능, 효율성 및 상호 운용성을 약속합니다.

Live demos, inspiring talks, and game-changing innovations—plus a special celebration of a major milestone. Join us and experience the world of intoPIX!

ISE 2026 confirmed the acceleration of IPMX. Discover how intoPIX showcased JPEG XS innovations, 8K, ultra-low latency Edge AI, and IPMX AV over IP workflows across software, SDK, and embedded solutions.

intoPIX titanium Software Suite has officially achieved IPMX certification, reinforcing the company’s commitment to open standards and interoperable AV-over-IP ecosystems.

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.