IDM Integrated Communication Command & Dispatch Individual Soldier Terminal
Keywords: 4G Handheld Individual Soldier Terminal, LTE Individual Soldier Terminal, Ad Hoc Network Individual Soldier Device, Individual Soldier Smart Terminal, Individual Soldier Mobile Terminal, Individual Soldier Video Backhaul
I. Main Functions
1.1 On-site Supervision
Frontline personnel use the IDM smart individual soldier handheld large-screen terminal, front-end IDM smart individual soldier PAD, and IDM smart individual soldier APP to upload positioning and movement tracks in real time, record and save on-site audio/video data, and maintain communication with the command center; the command center reviews the on-site footage in real time and saves the video, enabling effective upload of front-end information and rapid issuance of command center instructions, achieving supervision and recording of on-site conditions.
1.2 Real-time Calling
Frontline personnel conduct two-way intercom with the command center platform through front-end devices, facilitating timely reporting and instruction delivery, and unified action command; the system supports echo cancellation and noise suppression, avoiding crosstalk and background noise; equipped with high-quality speakers, it maintains high-quality intercom even in noisy outdoor environments.
1.3 Real-time Video
Front-end IDM smart individual soldier handheld large-screen terminals and front-end smart individual soldier terminals (including IDM smart individual soldier handheld large-screen terminals, IDM smart individual soldier PAD, and IDM smart individual soldier APP) support video capture at multiple resolutions (720P/1080P), utilizing MESH ad hoc networks, 4G LTE, wireless bridges, or satellite communication for video backhaul, enabling the command center to view real-time footage and grasp on-site conditions; while viewing video, files can be saved and bound to terminal device IDs or personnel information for later review and management.
1.4 Real-time Audio/Video Calling
Front-end smart individual soldier terminals (including IDM smart individual soldier handheld large-screen terminals, IDM smart individual soldier PAD, and IDM smart individual soldier APP) can directly dial users in the contacts list for audio/video communication.
1.5 Audio/Video Conference
Also known as video consultation, video dispatch, or audio/video intercom. Used for video dispatch and conferencing between video cameras, individual soldier terminals, and dispatch consoles; local video can be from the individual soldier terminal's front/rear cameras, USB cameras, or Wi-Fi direct-connected cameras.
1.6 Real-time Positioning
Front-line IDM smart individual soldier handheld large-screen terminals, front-end IDM smart individual soldier PAD, and IDM smart individual soldier APP support GPS/BD positioning systems; the recorder can transmit location information to the backend in real time via MESH ad hoc networks, 4G LTE, wireless bridges, or satellite communication, displaying real-time positioning information on GIS electronic maps; designated terminals can also be selected for track tracking, enabling better personnel supervision.
1.7 Visual Command
Integrating GIS one-map, video backhaul, and voice communication, resources are consolidated for visual display, empowering the command center with mobile informatization and intelligence; supports voice dispatch, video dispatch, audio/video dispatch, SMS dispatch, GIS dispatch, BeiDou short message communication, audio/video consultation, and other dispatch functions, making decision-making more timely, intelligent, and efficient.
1.8 GIS One-Map
Visual display on GIS maps, including personnel basic information, talk group information, device status, IoT information, and key areas; for video users, current video surveillance feeds can be viewed directly on the GIS interface. Management personnel can select areas on the GIS to view all resource types within the selected region, facilitating reasonable task allocation and decision instruction issuance.
1.9 IM Instant Messaging
Provides group communication via voice, text, positioning, images, and pictures; an instruction/notification text interaction window is provided on the audio/video interface; users can switch to instant messaging at any time to send and receive location, voice, text, numerical data, images, and short videos.
1.10 Information and Instruction Transmission/Reception
Used to receive text instruction messages from the central end, requiring confirmation upon receipt.
1.11 Data Retrieval
Query relevant documents from the server.
1.12 Smart Individual Soldier APP
The individual soldier terminal in this system provides an Android APP version that can be installed on any Android operating system terminal.
 
II. Mobile Converged Intercom Communication
(1) Intercom Call
Intercom calls to mobile terminals can be initiated via the console, with talk-right control for speaking and real-time monitoring of intercom status.
(2) Intercom Group Call
Multiple intercom groups can be configured on the console; group calls can be initiated via the console, and all mobile terminals under the intercom group can engage in talk-right-controlled speaking.
(3) Video/Image Backhaul
Mobile terminals proactively send text, images, and video to the console, where they can be viewed and downloaded.
(4) Video/Image Distribution
Images and video backhauled from mobile terminals can be distributed to other mobile terminals for viewing via the console.
(5) Video Conference
Video conferences can be initiated via the mobile terminal APP between individual soldier terminals with the APP installed.
(6) Video Surveillance Viewing
Video surveillance feeds can be viewed via the mobile terminal APP.
IDM Smart Individual Soldier Handheld Terminal
Appearance Display
Product Features
The overall design adopts a traditional intercom appearance style, combined with innovative design based on the actual business scenarios of industry users, featuring a compact design and rugged styling.
The main product features are as follows:
(1) Rich communication transmission methods, with options to support MESH COFDM, 4G LTE, wireless WIFI, and satellite communication;
(2) Excellent performance, meeting professional user requirements
u High-definition voice quality, dual MIC noise reduction, operates normally under strong background noise
u High-power speaker design, clear voice instructions audible in high-noise environments
(3) Industry-leading multimedia dispatch solution
u A single terminal handles point calls, group calls, SMS/MMS, video backhaul, mobile office, and related tasks
u Supports up to 1080P 30fps HD video transmission, dispatch, and distribution for more effective decision-making
u Clear images and visible details even under low-light or dark conditions
u Supports external cameras, Bluetooth PTT (Push To Talk), and various accessories for comprehensive industry application support
(4) More flexible public/private network support. Dual-mode support, can access GSM (Global System for Mobile communication), UMTS (Universal Mobile Telecommunications System), and LTE (Long Term Evolution) networks as a public network terminal
(5) Supports dual SIM cards for public/private network dual-card dual-standby (private network 1.4G only). Private network LTE + public network 2G (voice, SMS), dual-card dual-standby.
(6) Supports GPS (Global Positioning System), BeiDou, and GLONASS (Global Navigation Satellite System) combined positioning
u Combined positioning via three methods for higher stability and reliability
(7) Domestic 8-core CPU high-end configuration for smoother operation
u High-end domestic 8-core CPU (Central Processing Unit), matching high-end smartphone configurations, with stronger multitasking capabilities and a perfect balance between operating speed and power consumption
(8) Customized for industry user needs, easy to use, rugged and durable, suitable for harsh application environments
u 5.5-inch touchscreen, improved handheld comfort, lighter weight;
u IP68 high protection rating.
III. Mobile Converged Intercom Communication
The system supports multiple communication networking methods, including MESH COFDM ad hoc networks, 4G LTE, wireless bridges, and satellite communication.
