Abstract :
The current expansion of broadcast channels is meteoric and continuous. It follows that the need for programming to fill them will also continue to increase, and much of that will continue to come from studio based and studio controlled environments. The associated voice communications systems are as vital as before, only they now are required to be bigger, wider area, easier to use, and increasingly available on a worldwide basis. Without these communications links, the whole system cannot operate effectively. The paper discusses the impact of digital technology on the current broadcasting studio production and transmission centre voice communications infrastructure. The influence of local area networks (LANs) and wide area networks are discussed, with the perceived need to keep communications simple. The move towards standard operating hardware and software platforms is explored, along with seamless merging of communications systems operation into open, user selected, and seamless voice signal routing through the various transmission media available today. Potential areas of integration with other platforms are explored. These can offer the user operator control, bringing the world to his fingertips through taking advantage of modern network communications systems and new operator interfaces. However, the need to minimise some of the problems and potential pitfalls is apparent, and consideration is made of the ongoing requirement for overall system reliability for this critical communication function
Keywords :
television production; LAN; TV studios intercom systems; broadcast channels; broadcasting studio production centre; broadcasting studio transmission centre; communications links; digital technology; local area networks; network communications systems; operator interfaces; seamless voice signal routing; standard operating hardware; standard software platforms; studio based environments; studio controlled environments; system reliability; user operator control; voice communications systems; voice intercom architectures; voice intercom technologies; wide area networks;