Mont-Saint-Guibert, Belgium, October 12th, 2021 - Following the unfortunate cancellation of NAB 2021, intoPIX, is pleased to host its own “Broadcast Connected Event 2021” to introduce their latest solutions. This will be a unique opportunity to better understand how intoPIX can help you build and deliver premium Live workflows!
In the LAN, over the WAN or in the cloud, for HD, 4K or 8K, the intoPIX technologies enable premium transport at low cost, with virtually "zero" latency, and using existing infrastructures. intoPIX focuses on solutions suitable for use with software and hardware COTS. As a result, it is no longer necessary to build constrained systems that are costly to operate, while not even used at their maximum efficiency.
The topics discussed during these live sessions will include :
- The V2.0 of the complete range of intoPIX TicoXS solutions implementing JPEG XS and more: 4K/8K, FPGA cores, software Libraries, SMPTE 2110 streaming integration, plugins, reference designs, etc.
- The latest JPEG XS standard development and how the industry is moving together with JPEG XS.
- An introduction to TicoRAW: the new RAW that delivers RAW quality at the JPEG size. What does it mean for the creative TV & Film industries?
The live sessions will give customers, partners, broadcasters and system integrators from around the world an invaluable opportunity to explore the latest technologies being developed that would normally be presented at NAB. Attendees will get exclusive details on new products and have the time to ask any question they may have to the intoPIX team.
intoPIX is organizing two live sessions on October 19th, registration is free and is now open at http://www.intopix.com/broadcast-connected-event-2021. Once registered, attendees will receive further details and announcements in the run-up to the intoPIX Broadcast Connected Event 2021.
Related content
intoPIX Releases a New Range of Compact Encoders and Decoders for JPEG XS using less memory and less logic resources
intoPIX extends its range of TicoRAW IP-cores with smaller architectures supporting a wider range of image sensors and cameras
