Immersive Audio Processor for Large-Scale Sound Systems
The CPS32 Immersive Audio Processor is a next-generation solution designed for large-scale audio setups, delivering exceptional sound clarity and immersive experiences. Developed by Soundking, this processor integrates seamlessly with the HC/FCL series active coaxial speakers and DM1616 digital audio processor. A key feature of the CPS32 is its innovative CANDO smart transmission system, which simplifies wiring by combining power and signal transmission in a single cable. It supports up to 32 output channels, making it ideal for complex, scalable installations in venues such as theaters, stadiums, and conference rooms.
Product Description
Processor Type: Immersive audio processor, CPS32
Channels Supported: 32 output channels for enhanced scalability
Integration: Compatible with HC/FCL active coaxial speakers and DM1616 digital processor
Transmission System: CANDO smart transmission (power and signal combined in one cable)
Applications: Theaters, stadiums, studios, conference rooms, lecture halls, multi-function halls, and more
Advanced Audio Processing: Utilizes Soundking’s CPS32 processor for high-fidelity, immersive sound performance.
Seamless Integration: Works seamlessly with HC/FCL series active coaxial speakers and DM1616 digital audio processor.
CANDO Smart Transmission: Single cable solution for both power and signal, minimizing wiring complexity and reducing installation time.
32-Channel Output: Provides flexibility and scalability, supporting up to 32 speakers in large venues.
Wide Application Range: Ideal for professional sound systems in theaters, stadiums, conference rooms, and multi-function halls.
Optimized Control: The DM1616 processor ensures precise signal control and optimization for diverse venue requirements.
The CPS32 Immersive Audio Processor is perfect for:
Large-scale sound reinforcement in theaters, concert venues, and stadiums
Multi-function spaces such as conference rooms, lecture halls, and auditoriums
Professional audio systems requiring seamless integration and minimal wiring complexity
Request a Quotation