In this paper a novel multimedia architecture design pattern (MADP) is proposed which uses controlled synchronization signals. The architecture can be tested for multimedia production. It is expected that the synchronization signals will play a vital role in multimedia production. The advantages of design pattern and design formation are clearly used. The prototype presented in this paper focuses on control signal with the feature of delay remover. The multimedia architectures used for framing has importance over synchronization; control signal with delay remover presents a novel architecture for audio joiner prototype. The problems of journalism mass communication for audio transfer, broadcast and presentation are affected at the time of audio mixing by the problems of synchronization and delay occured in multimedia formation. This algorithm will set new benchmark in commercial, educational, communication, entertainment multimedia products.