Based on the CongressMatrix™ technology, the main unit features a high-performance DSP processor and n×8 audio matrix processing. It enables independent adjustment of gain and EQ for each microphone, tailored to the unique voices of different speakers, while precisely routing the audio to various loudspeakers.

Each microphone boasts a high-performance 16mm gold-plated large-diaphragm condenser capsule, ensuring precise pickup, excellent off-axis response, and accurate sound reproduction. With an equivalent noise level of ≤20dB(A), it delivers exceptionally natural and clear sound.

TAIDEN’s proprietary mMediaCongress™ platform seamlessly integrates conferencing systems with multimedia systems. It enables discussions, voting, and simultaneous interpretation on a single terminal, while also facilitating multimedia interaction. The entire platform runs on TAIDEN’s operating system, which is protected against malware and hacking, significantly ensuring system security and stability.

To meet the need for remote and in-person attendees to participate in the same meeting, TAIDEN has developed the HyCon system that seamlessly integrates local conference systems with online meetings. Remote participants can join via a web interface and interact with in-person attendees as if they were in the same space. The hybrid solution provides an exceptional meeting experience with unparalleled sound clarity and system stability. Its seamless integration ensures secure and reliable connections, while its ease of deployment makes it accessible for any setting.

TAIDEN classroom audio system features built-in AI algorithm to realize functions such as Acoustic Feedback Cancellation (AFC), Acoustic Echo Cancellation (AEC), Active Noise Control (ANC), Automatic Level Control (ALC), and Automatic Equalization (AEQ), to enhance audio quality. Even in interactive teaching scenarios with multiple microphones working, it can effectively preventing feedback and ensuring that both teachers and students hear clear and natural sound.

This system features MCA-STREAM digital audio processing and transmitting technology, enabling real-time transmission of audio and control signals through a single cable. It quadruples the audio "bandwidth" of conventional conference systems and breaks industry barriers by supporting simultaneous interpretation in up to 64 languages. With diverse microphone designs and comprehensive functions for discussion, voting, and simultaneous interpretation, it adapts to the diverse demands of various conference environments.

Powered by originated digital infrared processing chips and dirATC - digital infrared audio transmission and control technology, this system offers easy installation and flexibility. It delivers CD-quality sound while providing enhanced security against eavesdropping and resistance to radio interference.

Utilizing digital infrared transmission and control technology, this system supports up to 40 simultaneous interpretation channels. Its unique LED display allows participants from different countries to easily select their preferred language channel by name. The system ensures stable signal transmission throughout the venue and performs reliably even in outdoor sunlight.

Built on the proprietary mMediaCongress™ platform and GMC-STREAM Gigabit Multimedia Congress Stream technology, this system integrates extensive paperless conference features. All AV signals are transmitted through a Cat.6 cable, ensuring the real-time performance and stability of important data streams such as conference audio, voting and control information. After four rounds of enhancements, the paperless multimedia congress terminal is now slimmer and more elegant, enhancing overall performance to boost meeting efficiency and reduce costs.

Utilizing digital infrared audio transmission and control technology, this system is immune to interference from HF-driven light sources or radio signals within classrooms. It prevents signal leakage through walls, ensuring no cross-frequency interference even when multiple microphones are in use in adjacent classrooms. The system delivers high-fidelity audio with the SNR exceeding 90 dBA, ensuring clear and natural voice reproduction.

To address the growing demand for interactive teaching, this system innovatively integrates digital infrared wireless microphones, wired gooseneck microphones, and hanging microphones. It features smart switching of the three microphones, which means either microphone can be automatically activated when there is sound picked up nearby. Additionally, it supports simultaneous use of multiple microphones, effectively accommodating diverse teaching scenarios.