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MGW Prism AdvancedVITEC's MGW Prism Advanced is the optimal solution for real-time IP video transcoding to all standard devices and players for the creation of broadcast quality multi-screen service. With its real-time HEVC codec, MGW Prism can reduce network bandwidth of any IPTV content by 50% (compared to H.264) or 75% (compared to MPEG-2) while maintaining the same video and audio quality and keeping critical KLV / STANAG meta data intact.High Performance and Easy Set-up Transcoding Platform MGW Prism Advanced is a high-efficiency transcoding platform that combines a wide range of video codecs, advanced compression tools, broadcast and military metadata handling - all integrated into a 1-RU server platform that can be deployed in IT rooms, data centers or portable carts. Online video streaming services and enterprises can broadcasting their content on everything from Mobile Phones and Tablets to IP Set-Top-Boxes with a transcoding system flexible enough to adapt content to any common device's network or streaming protocol.MGW Prism Advanced supports 4K (UHD) H.264 content transcoding to HEVC, improving the viewing experience by maintaining excellent quality while reducing the bit rate. The KLV metadata pass-through feature enables government and military entities to re-purpose incoming ISR and FMV content with additional compression while maintaining CoT data on the output stream.MGW Prism Advanced packs a unique set of advanced capabilities such as logo insertion, Q-tone support for ad-insertion (SCTE-35), Closed Captioning, DVB subtitles and Teletext. Exceptional broadcast quality picture is achieved with its wide range of pre-processing tools that include adaptive de-interlacing, video resizing and frame rate down-conversion.

As new codec technologies emerge, opportunities and challenges are created. More powerful codecs such as the new High Efficiency Video Coding (HEVC) format have the potential to enable the delivery of faster, better quality and richer media to our homes and handsets. At the same time, the task of implementing and optimising video coding products increases in complexity. The challenge for designers and implementers is further complicated by issues such as interoperability and patent licensing. Coding Video will provide a practical and up to date guide to this complex and rapidly changing landscape. It will give the reader the necessary context to understand the field, and in addition to the technical fundamentals, it will cover historical background, interoperability and transport, and commercial issues such as patents and licensing.

Canon's XF705 4K 1" Sensor XF-HEVC H.265 Pro Camcorder uses the highly efficient H.265 codec, offering up to UHD 4K60 4:2:2 10-bit capture in a compact, ergonomic form. Its 1" CMOS sensor and dual DIGIC DV 6 processors provide high sensitivity and low noise for natural-looking images. Camera features include 1080p rates up to 120 fps, 12G-SDI and HDMI 2.0 outputs, internal ND filters, and dual XLR audio inputs.

As new codec technologies emerge, opportunities and challenges are created. More powerful codecs such as the new High Efficiency Video Coding (HEVC) format have the potential to enable the delivery of faster, better quality and richer media to our homes and handsets. At the same time, the task of implementing and optimising video coding products increases in complexity. The challenge for designers and implementers is further complicated by issues such as interoperability and patent licensing. Coding Video will provide a practical and up to date guide to this complex and rapidly changing landscape. It will give the reader the necessary context to understand the field, and in addition to the technical fundamentals, it will cover historical background, interoperability and transport, and commercial issues such as patents and licensing.