[SatNews] Today’s broadcasters are challenged to deliver OTT and multi-platform services in the most cost-effective, bandwidth-efficient manner possible, without compromising on the consistently high HD picture quality that viewers expect on every platform and device. At IBC2013, Thomson Video Networks will demonstrate several innovations that enhance the viewer experience while maximizing available bandwidth and video quality. Innovations on display will include the company’s Ultra-HD playout solution powered by HEVC compression; premium broadcast video compression systems for DTH, cable, and DVB-T2; a world-class HEVC solution for live and file-based delivery to multi-screen and OTT services; and Thomson Video Networks’ high-density, high-performance satellite and telco contribution solutions.
The emerging HEVC compression standard will pave the way for broadcasting in the upcoming ultra-high-definition picture format. At IBC 2013, Thomson Video Networks will showcase an HEVC playout system, powered by its own HEVC technology, which enables broadcasters to trial and demonstrate Ultra-HD content on their networks.

The ViBE EM4000 Multi-Channel
HD Encoder.

The ViBE™ VS7000
Multi-Screen Video System.
In addition, Thomson Video Networks will showcase its latest developments in the ad insertion capabilities of the Sapphire MPEG broadcast server. Also on display at IBC2013 will be the company’s NetProcessor solution for DVB-T2 regional headends, shown as a standalone multi-PLP DVB-T2 gateway that is fully compatible with all major transmitter vendors.
Powered by Thomson’s MediaFlex video operating system, the ViBE™ VS7000 is a breakthrough “anything in, anything out” encoding/transcoding platform that combines simplicity, reliability, scalability, and flexibility. At IBC2013, Thomson Video Networks will showcase both real-time and off-line HEVC encoding on the ViBE VS7000 platform for multi-screen and OTT applications, using MPEG-Dash packaging to tablets, smart phones and connected TVs.

The ViBE™ CP6000 Contribution Platform.


