Riedel wins MediaCityUK intercom8 October 2009
The brand new development for the creative and digital sector, MediaCityUK in Salford, has ordered a comprehensive intercom solution from Riedel Communications.
In the first phase of the project, the German manufacturer will deliver a solution consisting of nine fibre-networked Riedel Artist digital matrix intercom mainframes as well as several Performer Digital Party Line (DPL) intercom systems. This part of the MediaCityUK project is being planned and implemented by the UK systems integrator TSL.
MediaCityUK, located just outside Manchester city centre, is in the process of being built and will become one of the most innovative broadcast and media production facilities worldwide. Owned and managed by Peel Media, it will offer not only space for studios and post production, apartments and entertainment facilities will also shape the complex into a living creative environment. From a technology point of view MediaCityUK is based on cutting-edge system design. More than 18 million metres of fibre will be laid at the facility, serving as the digital “back-bone” providing the infrastructure for the whole complex.
“Setting up such a major production facility takes a lot of effort and planning. Riedel was in a unique position to meet MediaCityUK’s needs. The decentralised architecture of the Artist intercom system, with its integrated fibre solution, was one of the key reasons for choosing the product. Also from our experience of other major projects we can absolutely rely on the Artist intercom solution which allows us to focus on other technical aspects of MediaCityUK,” says Martin Dyster at TSL.
Phase 1 of the communications installation already includes a 928 x 928 port matrix comprising of nine Riedel Artist digital matrix intercom mainframes – six Artist 128, two Artist 64 and one Artist 32. With Riedel Artist, nodes of various sizes connect via fibre to form a single decentralized non-blocking intercom matrix. All mainframes are equipped with redundant power supplies and CPU cards to provide maximum reliability. Each individual node is populated with Client Cards for interfacing to a variety of control panels and audio formats, including 4-wire, AES and MADI.