Biamp Tesira: Why We Chose M-JPEG for TesiraLUX скачать в хорошем качестве

Biamp Tesira: Why We Chose M-JPEG for TesiraLUX

There are a number of video standards we might have used for TesiraLUX. Here are some of the reasons we chose Motion JPEG. Find out more at: http://bit.ly/2bVgJB8 Subscribe to our channel: http://bit.ly/1ZP9WxA Like us on Facebook: http://on.fb.me/1nAMSBq Tweet us on Twitter: http://bit.ly/1JZSZt8 Follow us on LinkedIn: http://bit.ly/23hcuUv Hi, I’m Chuck Van Dusen, Video Systems Architect at Biamp. In this video, I’ll describe some of the reasons we chose Motion JPEG as the compression algorithm for TesiraLUX. Consumers are used to seeing highly compressed versions of video streams and the distortions that come along with it. For professional grade applications, you need something better – something that doesn’t compromise the visuals. There are a number of video standards we might have used, and many of these are tuned for very special applications, sometimes getting very very highly compressed streams down to mobile devices and that sort of thing. But for us, we needed something that was very transparent and provided the best quality in a known distribution channel. Motion JPEG is a very mature well documented and royalty-free standard, and it supports all the things we need it to support. It has I-Frame only processing so it doesn’t have any temporal artifacts, it’s a low complexity application, fits readily in our programmable FPGA, and it supports a 12-bit data path, and that’s very important for supporting wide color gamut and high dynamic range. Thanks for watching, and be sure to subscribe to our YouTube channel for more insights, tutorials, and answers to frequently asked questions. With hundreds of thousands of professional audio systems installed in more than 100 countries throughout the world, our systems make human voices and other sounds resonate clearly and naturally. We are a leader in audio conferencing, video conferencing solutions, small business phone systems, PA systems, and audio systems.