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Interest is growing in the broadcast industry about the AES67 standard, and its potential benefits as users transition from wired to networked audio systems.
The Media Networking Alliance has issued a maintenance revision to AES67-2013, the AES standard for high-performance streaming audio-over-IP interoperability.
The inevitable merging of computer networking technology and audio distribution has arrived. Now is a good time to re-examine the assumptions and concerns that are holding some professionals back from choosing audio over IP solutions, as decisions made today will affect their facilities and clients for years to come.
Refinements in the computerization of professional audio are making it easier for sound operators to mix more complex shows with multiple microphones in environments with more background noise.
_460_694_70.jpg "Sennheiser AVX wireless microphone system is focused on the needs of professionals.")
Amid plenty of rumblings about the upcoming U.S. spectrum auction, wireless microphone users are worried about the future of their UHF wireless systems. They are increasingly looking to 2.4 GHz technology as a solution.
Last month, NHK covered the New York Yankees and Seattle Mariners baseball game in 8K with six Ikegami cameras at Yankee Stadium. The game was viewed in 8K by the media in a special suite.
Anyone who says engineering live field production is a breeze isn’t serious.
Today’s standard industrial IT infrastructure has already overtaken the technology of AES/EBU, MADI and TDM routers in terms of performance, cost and flexibility. The rate of development of IT systems, fuelled as it is by a multi-billion dollar industry many times the size of the broadcast industry, is certain to widen this gap in the future. Over the next few years IT infrastructure will replace current broadcast infrastructure, delivering additional flexibility, better scalability and significantly lower costs.