Immersive Panoramic Audio System Solution For Conference Hall and Lecture Hall D6686

 II. Pain Points

 III. Scenario Design

Project Design:

• Measure the target space, including dimensions, reverberation time, speaker zones, and audience areas.

• Use our patented algorithms to determine the number, placement, and orientation of speakers based on the measurement results.

• After arranging the speakers as required, connect them to the immersive audio processor and input data via the network.

System Advantages:

• Employs proprietary audio algorithms with advanced and efficient data processing and high-precision sound source localization calculations, enabling participants to clearly identify the direction of each sound source.

• Resolves inconsistencies in perceived sound image direction, ensuring that audiences at different locations perceive sound as coming from the actual source, with uniform sound pressure.

• Creates an immersive meeting experience that facilitates effortless communication, enhances meeting efficiency, and eliminates concerns related to pickup distance limitations and insufficient sound pressure, allowing for seamless and uninterrupted communication.

 IV. Panoramic Audio Solution Configuration for Conference Hall

System Configuration

Conference Room Size: 100–200 m².

System Components: Conference system + Immersive panoramic audio system.

Target Localization Approach:

• Place loudspeakers as close as possible to the sound source positions to construct the acoustic model.

• Use fixed preset localization points (fixed microphone positions). The sound positions and movement paths are predefined in the model. Once activated, the sound sources will follow the preset trajectories automatically.

Note: This solution is provided for reference only. For specific requirements, please feel free to contact us.

 V. Panoramic Audio Solution Configuration for Lecture Hall

System Configuration

Lecture Hall Size: 200–300 m².

System Components: Wireless microphone system + Immersive panoramic audio system.

Target Localization Approach:

• Position loudspeakers as close as possible to the sound source points to establish the acoustic model.

• Mobile speaker localization: Utilize the D6686UB positioning base station for real-time tracking. The speaker needs to wear the D6686UW beacon to enable accurate position confirmation.

Note: This solution is provided for reference only. For specific requirements, please feel free to contact us.

 System Rendering

With the speaker wearing the D6686UW beacon, the sound is dynamically localized and moves in real time according to the speaker’s position within the lecture hall.

 VI. Panoramic Audio System Architecture

 VII. Patented Immersive Panoramic Audio Algorithms

 VIII. D6686 Immersive Audio Processor

Features:

• Built-in high-performance DSP with patented immersive panoramic audio algorithms.

• Equipped with 16 XLR inputs and 16 XLR outputs.

• Supports simultaneous localization adjustment for all 16 input channels.

• Software operations take effect in real time, enhancing ease of use.

• User interface allows adjustment of sound source trajectories, preset paths, and volume levels.

• Suitable for various conference halls, museums, and concert halls.

 IX. Software Interface Functions

The D6686 Immersive Panoramic Audio Processor allows users to flexibly adjust key parameters for each input channel via a Web-based interface. With our patented algorithms performing parameter calculation and conversion, the system significantly enhances sound quality, imaging, and audio effects, delivering an exceptional immersive experience.

 X. Application Scenarios

The D6686 Immersive Panoramic Audio Processor is especially suitable for professional venues that demand high spatial precision and dynamic sound performance. Beyond enhancing audio quality, it leverages sound image localization and trajectory control to create a truly “audible and visible” immersive sound field, making it one of the most competitive solutions in modern audio systems.