Lucinda Harvey, Director of VOCALEYES, explained that: "The very nature of audio-description requires vocal precision: the quality of the audio equipment is vital to ensure that the description is delivered clearly, without distortion. Orbital maintain our equipment to the highest standards, offering their expertise in some acoustically challenging auditoriums to achieve the best possible sound quality, often meeting tight production deadlines, across the country".
The VOCALEYES system was experimentally enhanced during a performance of BLAST! at the Hammersmith Apollo Theatre, with the addition of a specially configured BSS SW9088MM Soundweb Module.
The set up was devised and adjusted by Orbital's sound designer Simon Whitehorn, with the aim of improving the intelligibility of the audio description in the context of a loud show with a wide dynamic range. The system was customised in software, with the primary objective of providing automatic level control of the audio description fed to the infra-red transmission system. This was to ensure that the description heard in the patrons headsets was not drowned out in particularly loud parts of the show. The control signal was derived from the system show relay microphone, located in the auditorium.
Lucinda Harvey, Director of VOCALEYES, explained that: "The very nature of audio-description requires vocal precision: the quality of the audio equipment is vital to ensure that the description is delivered clearly, without distortion. Orbital maintain our equipment to the highest standards, offering their expertise in some acoustically challenging auditoriums to achieve the best possible sound quality, often meeting tight production deadlines, across the country".
The VOCALEYES system was experimentally enhanced during a performance of BLAST! at the Hammersmith Apollo Theatre, with the addition of a specially configured BSS SW9088MM Soundweb Module.
The set up was devised and adjusted by Orbital's sound designer Simon Whitehorn, with the aim of improving the intelligibility of the audio description in the context of a loud show with a wide dynamic range. The system was customised in software, with the primary objective of providing automatic level control of the audio description fed to the infra-red transmission system. This was to ensure that the description heard in the patrons headsets was not drowned out in particularly loud parts of the show. The control signal was derived from the system show relay microphone, located in the auditorium.