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

Why WiFi 6, WiFi 7, and WiHD 60Ghz Need JPEG XS for Ultra Low-Latency Wireless Video Transmission

How do you measure video compression quality? Video compression quality can be assessed using two primary approaches: subjective (human perception) and objective (data-driven) metrics.

While image sensors have made significant strides in resolution and quality, they also face challenges. These include: Efficiency, Dataflow & Power Consumption, Storage & Throughput. Ever heard about TicoRAW sensor compression?

The use of JPEG XS compressed video to ST 2110 intensifies the existing advantages of moving to IP workflows – flexibility, scalability, unlimited bandwidth. It helps to use COTS equipments, standard networks, the cloud & remote workflows and regular computers. Discover the SMPTE 2110 standard !

Discover how TicoRAW is revolutionizing image capture and processing for higher-quality and more efficient RAW data flow. A unique RAW compression!

TicoRAW—the new RAW codec—offers filmmakers a wide range of incredible benefits! Here are four reasons to use it: superior quality, increased efficiency, enhanced flexibility, and versatility.

Using JPEG XS in conjunction with Baselight on AWS, post-production teams can now work with the highest quality video streams in the cloud, with faster turnaround times and more efficient collaboration.

To guarantee perfect management of the real-time transfer of video and medical metadata between multiple locations, a new DICOM-RTV communication service standard has been developed. JPEG XS can be used to ease its implementation over 1GbE and 10GbE networks as well as over 60Ghz wireless systems.

The new high-performance lightweight compression standard, JPEG XS, offers many advantages for use in the operating room during surgery for zero latency video transmission. Here are some reasons why JPEG XS can be useful in this context.