SACRAL OBJECTS

In places of worship, one of the most critical design objectives is achieving high speech intelligibility. The architectural materials commonly found in these environments—such as glass, marble, and concrete—are typically hard, highly reflective surfaces that contribute to extended reverberation times. As a result, delivering clear and intelligible speech throughout the space presents a significant acoustic challenge and requires carefully engineered, site-specific sound reinforcement solutions. By developing a detailed acoustic model of the worship space, we can analyse key performance parameters, including the uniformity of direct and reflected sound coverage, as well as predict speech intelligibility levels at selected listener positions throughout the venue. To improve the accuracy of the acoustic model and ensure it reflects real-world conditions, we perform on-site acoustic measurements within the existing space. These measurements are used to calibrate and validate the simulation model, providing a reliable basis for system design. Based on the acoustic analysis and measurement results, we select and optimize the appropriate loudspeakers, signal processing, and system architecture to achieve uniform sound distribution and excellent speech intelligibility across the entire facility. This approach ensures that spoken word, liturgical content, and musical performances can be experienced clearly and consistently by all congregants, regardless of their location within the space.

An essential complement to any sound reinforcement system in a place of worship is a carefully selected microphone system. We offer a wide range of high-quality installation-grade microphone solutions tailored to the specific requirements of different applications. These include gooseneck microphones for the sanctuary area, such as the altar, lectern, and presider’s chair, as well as condenser and dynamic microphones designed for choirs, vocal ensembles, cantors, and organists. We also design and implement wireless microphone systems equipped with appropriately engineered antenna distribution and signal amplification networks, ensuring reliable and interference-free operation throughout the facility and in adjacent outdoor areas. Particular attention is given to radio-frequency coverage, system redundancy, and operational reliability to support both regular services and special events. The microphone system is complemented by a comprehensive range of installation accessories, including dedicated mounts, brackets, and microphone stands selected to suit the specific microphone type and application. This integrated approach ensures optimal audio performance, ease of use, and seamless integration with the overall sound reinforcement system.