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.

InfoComm 2025 provided a unique opportunity for AV professionals to explore how intoPIX technologies address the real challenges of today's AV over IP workflows, whether it’s achieving ultra-low latency, preserving pristine image quality, ensuring interoperability, or simplifying system integration.

intoPIX는 Lattice Semiconductor의 저전력 FPGA 플랫폼을 기반으로 하고 자동차 산업의 요구 사항을 충족하도록 특별히 제작된 JPEG XS 및 TicoRAW 기술을 출시한다고 발표했습니다.

intoPIX는 JPEG XS 코덱 라인업과 SMPTE ST2110 제품에 대한 주요 발전 사항을 공개합니다. 이러한 혁신을 통해 OEM과 개발자는 완벽한 4K 및 8K 이상 무손실 압축을 제공할 수 있습니다.

intoPIX is thrilled to continue its collaboration with Nextera Video and Adeas, showcasing the latest FPGA developments of the JPEG XS TDC solutions tailored for IPMX and ST 2110.

intoPIX presents the new Titanium Software Suite designed for new IPMX and SMPTE 2110 software-driven workflows. As AV professionals shift to IP, demand is growing for reliable, high-performance solutions with low latency, top quality, and seamless interoperability.

A live, multivendor interoperability demonstration at the intoPIX booth will highlight the maturity and flexibility of the IPMX ecosystem, showcasing real-world AV-over-IP workflows built on open standards.

At AutoSens, intoPIX will unveil its latest advancements in intelligent image compression for ADAS and autonomous vehicles. These technologies empower automotive engineers to meet the increasing data demands of next-generation perception systems [...]

NAB Show 2025 was a fantastic opportunity for intoPIX to reconnect with partners, customers, and video professionals at our booth. The show was packed with exciting demos, inspiring meetings… and a prestigious award for our new IPMX / SMPTE 2110 Software Suite for Professionals!

intoPIX brings TicoRAW & JPEG XS to Lattice FPGAs, enabling high-performance, low-latency, and power-efficient imaging for medical, industrial, and vision applications.