IDM MCC800 Centerless Ad Hoc Dual-Mode Audio/Video Conference Terminal

The IDM MCC800 Centerless Ad Hoc Dual-Mode Audio/Video Conference Terminal is built on a fully domestic hardware foundation, integrating core capabilities such as centerless ad hoc networking, dual-mode communication, offline AI, full-domain encryption, and IoT access. It serves as both a professional-grade audio/video conference terminal and a high-performance dispatch host and IoT gateway, fully adapting to audio/video communication needs across government/enterprise offices, energy and mining, and emergency command scenarios.

I. Dual-Mode Networking, Borderless Conference Communication

1. Dual-Mode Conference Architecture

• Standardized Compatibility: Seamlessly interfaces with standard MCU to build large-scale audio/video conference systems, meeting routine office meeting requirements;
• Centerless Ad Hoc Networking: No server support required, multiple terminals connect directly for ad hoc conferencing, adapting to network-less scenarios such as emergency repairs and field operations.

2. Dual-Mode Telephone Interconnection

• Full Network Access: Simultaneously supports SIP telephone system and PSTN public telephone network access, with free switching between dual modes;
• Flexible Control: Dual-mode communication can interoperate collaboratively or be physically isolated, meeting communication requirements of different security classification levels.

3. Ultra-High-Definition Audio/Video Decoding

Built-in professional hardware video codec, supporting 4K 60fps H.265/H.264/VP9 video decoding, with smooth, stutter-free playback and accurate color reproduction. Combined with hardware echo cancellation technology and a high-fidelity audio system, it delivers an immersive conference experience.

II. Offline AI Computing Power, More Efficient Local Intelligence

Equipped with a high-performance CPU providing 8TOPS (INT8) local computing power, it can run small-parameter large models without cloud dependency, enabling offline AI applications:

• Speech Recognition: Real-time transcription of conference content, supporting accurate recognition across multiple languages and accents;
• Video Recognition: Intelligent analysis of visual content, enabling personnel, object, and behavior recognition and alerting;
• AI Task Processing: Automated handling of meeting minutes, command issuance, anomaly alerts, and other tasks, improving dispatch efficiency.

III. Multi-Role Adaptation, Full Dispatch Function Coverage

• High-Performance Audio/Video Terminal: Meets basic requirements for point-to-point and multipoint audio/video calls, visual conferencing, etc.;
• Softswitch Server: Built-in softswitch service module, can serve as a dispatch host coordinating multi-terminal communication;
• Professional Dispatch Console: Supports PTT intercom, audio/video forwarding, and permission control, adapting to professional dispatch scenarios such as emergency command and mining dispatch.

IV. Full-Domain Encryption, Enhanced Security for Classified Scenarios

Compliant with the "Information Security Technology - Cybersecurity Classified Protection 2.0" requirements, a full-link encryption system is established to build a solid security defense for classified scenarios:

1. Multi-Dimensional Encryption Technology

• Signaling Encryption: SIP over TLS, explicit SIP URI encryption designation;
• Media Stream Encryption: SRTP (SDES/DTLS), ZRTP (highest priority);
• Auxiliary Encryption: SSH (remote management), HTTPS (web management), ESL over TLS;

2. High-Strength Encryption Algorithms

Supports AES-256, SHA-256, and other mainstream international encryption algorithms. For classified scenarios such as mining and energy, ZRTP and DTLS-SRTP encryption methods are recommended as priority, ensuring communication content is neither leaked nor tampered with.

V. IoT Gateway, Easy Expansion for Universal Connectivity

Integrates multiple interfaces including Bluetooth, WiFi, infrared, LoRa, and RJ45, enabling seamless connection to various IoT terminals:

• Smart Speaker Adaptation: Compatible with smart speakers such as Xiaodu, Xiaoai, and Tmall Genie, enabling voice-controlled terminal operations;
• Enterprise Service Integration: Interfaces with DingTalk enterprise services, supporting attendance check-in, logs, approvals, and other office functions;
• Daily Software Compatibility: Can pre-install office and social software such as Douyin and WeChat, meeting diversified office needs;
• Pan-Terminal Connectivity: Supports access for IoT devices such as cameras, sensors, and alarms, enabling integrated video surveillance, data collection, and intelligent alerting.

VI. Robust Hardware Configuration, Stable, Durable, and Easy to Deploy

1. Core Hardware Specifications

Component	Specification
Main Control Chip	Fully domestic RK3568, quad-core 64-bit Cortex-A55, up to 2.0GHz
Storage Configuration	2G+16G, low power consumption, high performance, meeting all audio/video dispatch requirements
GPU	ARM G52 2EE, 0.8TPS computing power, supports OpenGL ES 1.1/2.0/3.2 and other protocols
Display	15.6-inch capacitive multi-touch all-in-one, 1920*1080P high resolution, HDMI interface supports 4K video output
Network Interface	1000M adaptive Ethernet, WIFI-2.4G, BT-4.1, supports POE/12V dual power supply
USB Interface	4 USB 2.0 + 2 USB 3.0 (1 USB3.0 is OTG)

2. Professional Audio/Video Configuration

• Audio System: Hardware echo cancellation technology, built-in dual 10W full-range speakers, 3.5mm headset/telephone handset/condenser microphone multiple interfaces;
• Camera System: 8MP front camera, supports external multiple USB cameras, multi-angle switching for video intercom/surveillance;

3. Flexible Deployment Design

• Ultra-slim body, standard display mounting holes on the back, supporting rack-mount embedding, wall mounting, and desktop placement;
• System Compatibility: Native Android system, customizable HarmonyOS, adapting to domestic substitution requirements.

VII. Application Scenarios

• Energy & Mining: Classified communication, underground dispatch, network-less ad hoc conferencing;
• Government & Enterprise Offices: Remote conferencing, cross-network communication, intelligent dispatch;
• Emergency Command: Ad hoc networking communication at disaster sites, multi-terminal dispatch, AI-assisted decision-making;
• Rail Transit / Power: Equipment monitoring, remote O&M, emergency calling.

The MCC800, centered on "versatility, security, intelligence, and adaptability," breaks through the single-function limitations of conventional audio/video conference terminals, delivering a full-scenario solution from communication to dispatch and from local to IoT connectivity, providing domestic, highly reliable, and easily expandable core support for audio/video communication and dispatch across industries.