Understanding how to make different vendors software operate coherently is critical to achieving the smooth operation of real-time broadcast facilities, especially with the new emergence of IP infrastructures. Discover who is achieving this and how.
Television is still a niche industry, but nonetheless, one of the most powerful story telling mediums in existence. Whether reporting news events, delivering educational seminars, or product reviews, television still outperforms all other mediums in terms of its ability to communicate to mass audiences.
KVM (keyboard, video, mouse) switching and KVM extension provide access to critical IT assets. They might be deployed to give desktop users access to multiple computers from a single console, keyboard, and mouse, or implemented by facilities to enable distribution of high-quality video, audio, and peripheral signals across networks and through hybrid physical and virtualized server infrastructures.
OTT offers an amazing promise – to significantly increase the return on advertising spend by targeting consumers more effectively.
A number of new production facilities are now being designed and built around the ST 2110 standard for video over IP, but the cost has been prohibitive for many others. The engineers at Diversified Systems Inc. (DSI), a veteran systems integrator, were challenged by this when it came to a recent project to add cameras to the recording studios of New York City’s renown Power Station.
IP networks are delivering outstanding success for broadcasters, both in terms of scalable functionality and flexibility. And the recent NMOS suite of specifications is improving integration and control, with IS-06 and IS-07 accelerating the process.
The effect of OTT-based delivery is wide-reaching, stretching all the way back to the original content production domain and creating new technical requirements and opportunities.
By now it’s become clear that IP networks bring new types of useful capabilities and flexibility that can’t be ignored. However, if you want to ensure Quality of Service (QoS) by minimizing packet loss, latency and adverse network reliability issues, a comprehensive software management layer is critical to optimal network performance.
SDI and IP differ fundamentally in their approach to data transport as SDI is circuit switched and IP is packet switched. This provides interesting challenges for us as we start to consider what it means to route IP signals.