
IDM MCC580 Portable IP Converged Communication Terminal
Portable IP converged communication terminal integrating converged communication + edge AI multi-functionality, a low-power high-reliability portable IP communication flagship. Dual 4MP cameras + 10-inch large screen + 1TOPS local AI computing power + 20000mAh lithium battery, making mobile command smarter and more efficient. Dual-network dual-gateway, 4G/5G + NearLink standard, satellite IoT optional, communication without public network, uninterrupted command. Fully modular expansion slots, pluggable switch/telephone/intercom/radio modules, one device with all interfaces for flexible expansion. AI + converged communication dual empowerment, bid-ready, worry-free command.
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Overview
The IDM MCC580 is an integrated portable IP communication device developed for government procurement, military procurement, emergency command, and industry communication scenarios, fully responding to the bidding requirements for portable IP communication equipment. The device is equipped with a 10-inch HD high-brightness touchscreen, front and rear dual 4-megapixel cameras, a 20000mAh high-capacity industrial lithium battery, and a built-in 1TOPS@INT8 AI computing unit capable of deploying lightweight AI models. It integrates 4G/5G full-network compatibility, NearLink wireless, optional satellite IoT card, ad-hoc networking, professional intercom/radio/telephone expansion slots, dual Ethernet, SIP/audio telephone gateway, and modular expansion slots into one unit, meeting the communication requirements of no public network, weak signal, high confidentiality, and high reliability. The overall power consumption is less than 10W, energy-efficient and environmentally friendly. It serves as a mobile command communication center for emergency rescue, command & dispatch, border patrol, industrial inspection, and field operations.


II. Basic Functions
• Dual-camera HD visualization: Front and rear dual 4-megapixel adjustable-angle cameras with bidirectional video capture, meeting visualization needs such as on-site evidence collection, remote viewing, video conferencing, and AI image capture and recognition, with clear images and convenient operation.
• AI intelligent processing: Built-in 1TOPS@INT8 computing chip, supporting autonomous installation and operation of various lightweight AI algorithm models, enabling localized intelligent analysis such as on-site image recognition, intelligent hazard assessment, and intelligent personnel identification.
• Low power consumption and long battery life: Overall power consumption < 10W, paired with a 20000mAh high-capacity lithium battery, significantly extending battery life to meet long-duration field and emergency operation requirements without frequent recharging.
• Full coverage of modular expansion interfaces: Reserved standardized expansion slots support hot-swappable installation of switch docking modules, telephone FXS/FXO interface modules, trunked intercom adapter modules, and various radio access interface modules. One device serves multiple purposes, replacing multiple devices, simplifying deployment processes, and reducing usage costs.
• Integrated gateway: Built-in SIP + audio telephone gateway enables interconnection between different communication protocols, compatible with existing equipment and systems, eliminating the need for additional gateway deployment and improving communication collaboration efficiency.
• Centerless ad-hoc networking: In environments without servers or public networks, terminals can automatically form a Mesh network, enabling group audio/video communication and data sharing, completely eliminating dependence on infrastructure and adapting to extreme environment communication.
• Military-grade reliability: IP68 protection, shock and drop resistance, wide-temperature design, built-in antennas, suitable for harsh scenarios such as field operations, emergency response, and military use, with stable operation and low failure rate.
• Flexible communication options: Native built-in NearLink wireless module, with onboard expansion slots for optional satellite IoT card installation, enabling space-ground integrated IoT data transmission.
• Unlimited expansion: PCIE interfaces and built-in USB interfaces support multiple module expansions, allowing flexible functionality additions based on purchaser customization requirements, adapting to communication needs across different industries and scenarios.
III. Core Hardware Parameters
• Display: 10-inch HD high-brightness touchscreen, sunlight-readable, responsive touch, convenient operation
• AI computing power: Integrated 1TOPS@INT8 NPU computing power, locally deploying lightweight AI recognition and detection models
• Cameras: Front and rear dual 4-megapixel, adjustable angle, supporting HD photo capture, video recording, real-time video transmission, AI image capture, adapting to bidirectional visualization communication needs
• Battery: 20000mAh high-capacity lithium battery, long-endurance design, paired with <10W low power consumption, meeting long-duration field operation power supply requirements
• Environmental adaptability: Storage temperature -40°C~+70°C, operating temperature -10°C~+45°C, IP68 protection rating, shock and drop resistant, adapting to harsh environments such as sand, dust, and rain
• Power supply: AC187V~242V wide-voltage power supply, supporting stable power supply, adapting to power supply conditions in different scenarios
• Power consumption: Overall power consumption < 10W, energy-efficient and environmentally friendly, effectively extending device battery life and reducing usage costs
• Antennas: Built-in antennas in the chassis, integrating WiFi, HALOW, standard NearLink, native 4G/5G functions, satellite IoT module as optional built-in, no external antennas required, enhanced portability
IV. Core Communication Functions
1. Multi-mode Converged Communication
Inheriting the full functionality of the IDM MCC560, standard built-in 4G/5G full-network module and NearLink wireless module, supporting WiFi/BT, digital trunked intercom, WiFi HALOW, Mesh ad-hoc networking, LoRa, infrared, and other communication modes; reserved built-in card slots for optional satellite IoT card installation, enabling data reporting in areas without terrestrial public network coverage via satellite links. NearLink offers advantages of low latency, high reliability, and anti-interference, adapting to complex environment communication needs; primary and backup links automatically switch within 50ms, ensuring voice, video, and data communication never interrupts, completely eliminating dependence on public networks and infrastructure.
2. Professional Communication Expansion Interfaces
The device is equipped with pluggable function expansion slots, allowing installation of corresponding interface modules as needed: switch docking modules can be inserted to expand network ports for networking, telephone interface modules for connecting fixed-line circuits, trunked intercom modules for interfacing with various private network intercom terminals, and radio interface modules for accessing VHF/UHF/air-to-ground radios. The hardware natively provides dual RJ45 Ethernet interfaces: one 100M port for connecting to external networks or IP terminals, and one 1000M port for connecting to softswitch servers, enabling high-speed data transmission and network linkage.
3. Gateway Services
Built-in SIP telephone gateway and audio telephone gateway enable interconnection between different communication protocols, capable of interfacing with various dispatch systems, IP terminals, and traditional telephone equipment; supports call record caching of ≥500 entries, exceeding the bidding requirement of no less than 200 entries, enabling quick retrieval of historical call information; also supports core communication functions such as point-to-point calling, multi-party conference calls, broadcast intercom, radio communication, point-to-point audio/video intercom, and multi-party video conferencing. Combined with recording retrieval and playback, and seat relocation functions, it comprehensively meets command & dispatch requirements.
V. Interfaces and Expansion Capabilities
1. External Interfaces
• 3 Type-C interfaces: 1 USB3.0 interface with fast transfer speeds, supporting external high-speed storage devices, HD cameras, etc.; 2 USB2.0 interfaces for connecting mice, keyboards, printers, and other external devices, expanding operation methods
• SD card slot: Supports SD card expansion, providing large-capacity storage space for recordings, videos, and AI models, facilitating data retention and export
• 1 RJ45 100M network interface, 1 RJ45 Gigabit interface. Can be used as a router, or separately connected to internal and external networks.
• Expansion slot positions: External modular expansion slots on the chassis, supporting hot-swappable installation of switch modules, telephone FXS/FXO modules, trunked intercom modules, and various radio access modules; internally expandable with EM2/4-wire interface cards, synchronous/asynchronous data interface cards, and digital I/O cards, providing 2400~64Kbps multi-rate serial ports.
2. Built-in Expansion Interfaces
• Onboard 2 PCIE interfaces: standard 4G/5G communication module (including corresponding SIM slots), factory pre-installed NearLink wireless module, reserved positions for built-in satellite IoT card installation, allowing flexible switching of communication modules based on scenario requirements to expand communication coverage.
• Multiple built-in USB interfaces in the chassis support various module expansions, including: trunked intercom modules, EM24-wire modules, HDMI capture cards, FXS interface cards, and FXO interface cards. Device functionality can be flexibly expanded based on purchaser customization requirements, adapting to different industry scenarios.
3. Audio/Video Unit
Built-in 10W high-fidelity speaker with clear sound quality and sufficient volume, adapting to voice communication in noisy environments; built-in MIC pickup interface supporting HD audio capture for clear on-site sound collection; supports recording and video recording functions, with synchronous storage to SD card or built-in storage, paired with recording retrieval and playback functions for subsequent review and AI data analysis.
VI. Core Function Concept Explanations
• Multi-party conference call: Supports 3 or more users joining the same conference via telephone, IP terminals, or other means, enabling real-time voice intercommunication, speaking control, mute management, and other functions. Suitable for multi-department collaborative command and remote work deployment, eliminating the need for on-site gathering and improving command & dispatch efficiency.
• Broadcast intercom: Also known as trunked broadcast function, supports one terminal initiating intercom calls to multiple terminals simultaneously, with recipients able to listen in real time without manual answering. Suitable for emergency command, team collaboration, and other scenarios, enabling rapid instruction delivery and on-site information synchronization for efficient linkage.
• Radio communication: By installing radio interface expansion modules, seamless integration with various radios is achieved, enabling voice communication and instruction transmission. Suitable for border patrol, emergency rescue, and other scenarios requiring air-ground or cross-band linkage.
• Point-to-point audio/video intercom: Supports direct communication link establishment between two IDM MCC580 terminals, enabling one-to-one HD voice calls and video calls with clear and smooth video images, real-time transmission of on-site visuals and voice information, paired with local AI intelligent analysis. Suitable for one-to-one communication between on-site personnel and remote intelligent on-site assessment.
• Multi-party video conference: Supports 3 or more users joining the same video conference via terminal cameras, enabling real-time video intercommunication, voice communication, screen switching, screen sharing, and other functions. Leveraging built-in AI computing power for intelligent image recognition, it meets the needs of remote command, multi-scenario collaboration, and synchronized on-site visual assessment, improving command visualization levels.
• AI localized intelligent applications: Leveraging 1TOPS@INT8 computing power, locally deploying lightweight AI models such as fire/smoke recognition, personnel intrusion detection, and equipment fault detection. Real-time image capture from front and rear dual cameras enables automatic alerts without cloud dependency for intelligent analysis.
• Recording retrieval and playback: The device can record all voice calls, intercom, conferences, and other audio content in real time, storing to SD card or built-in storage; supports retrieval by time, call counterpart, call type, and other keywords to quickly locate target recording files, with direct playback on the terminal for subsequent review, evidence retention, and instruction tracing.
• Seat relocation: Refers to the flexible migration of dispatch seats. When the original dispatch location is inconvenient to use, the IDM MCC580 terminal can quickly take over dispatch functions, enabling seamless migration of dispatch permissions, communication links, and conference information without redeploying equipment and links, ensuring uninterrupted command & dispatch and adapting to emergency mobile command scenarios.
VII. Typical Application Scenarios
• Emergency rescue / Fire command: Low power consumption and long battery life + 20000mAh battery adapt to long-duration rescue operations; multi-mode communication (4G/5G + NearLink + optional satellite IoT) ensures connectivity in no-network and weak-network environments; dual cameras + local AI enable intelligent fire and personnel recognition; multi-party video conferencing and broadcast intercom enable multi-department collaboration; recording retrieval can be used for subsequent review.
• Military / Border patrol: Meets military procurement qualifications and confidentiality requirements; radio and trunked intercom expansion modules enable air-ground linkage; point-to-point audio/video intercom + AI intelligent alerting support duty operations; seat relocation adapts to mobile command needs; shock and drop resistance and wide-temperature design adapt to harsh border environments.
• Power / Petroleum / Mining inspection: Centerless ad-hoc networking + satellite IoT solve communication problems in remote uninhabited areas; lightweight AI models enable intelligent detection of equipment defects and slope hazards; low power consumption + high-capacity battery adapt to long-duration inspections; recording, video recording, and retrieval functions facilitate inspection record retention; direct sensor connection enables automatic data collection and transmission.
• Engineering construction / Field operations: Integrated portable design for easy carrying; IP68 protection adapts to sand, dust, and rain environments; broadcast intercom enables efficient communication during dispersed team operations; dual network ports + switch expansion modules enable on-site networking and seamless rear linkage.
• Government / Industry dispatch: Compatible with existing telephone, intercom, and dispatch systems; multi-party telephone/video conferencing enables multi-department collaboration; seat relocation flexibly adapts to dispatch needs; multiple types of expansion interfaces can connect to switches and IoT terminals, achieving "communication + AI monitoring" integration.
