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Military Field Training Command and Dispatch System

📅Nov 10, 2025
Brief：Military field training often faces complex terrain (mountains, jungles), harsh environments (high temperatures, electromagnetic interference, and the risk of 'three disconnections'), and traditional command equipment suffers from poor portability, insufficient communication redundancy, and weak computing support. This system adopts a three-tier architecture of 'portable 4-screen ruggedized command machine (core) + IDM RG1100 portable base station (relay expansion) + portable terminal (endpoint access)' to achieve full-link connectivity from command to relay to terminal, adapting to the needs of real-time audio/video dispatch, multi-mode communication redundancy, and localized computing support in field training.
Military field training command and dispatch systemField training command and dispatch systemField training converged communication command and dispatch systemMilitary field tactical exerciseMobile trainingCross-regional collaborative training command scenario

title: "Military Field Training Command & Dispatch System"
industry: "Military"
tags:

  • "Military Field Training Command & Dispatch System"
  • "Field Training Command & Dispatch System"
  • "Field Training Converged Communication Command & Dispatch System"
  • "Military Field Tactical Exercise"
  • "Mobile Training"
  • "Cross-region Coordinated Training Command Scenario"
    images:
  • "/images/imports/img-e65d3f41.jpg"
    keywords: "Military Field Training Command & Dispatch System,Field Training Command & Dispatch System,Field Training Converged Communication Command & Dispatch System,Military Field Tactical Exercise,Mobile Training,Cross-region Coordinated Training Command Scenario"
    brief: "Military field training often faces complex terrain (mountains, jungles), harsh environments (high temperature, electromagnetic interference, and the risk of 'three disconnections'), while traditional command equipment suffers from poor portability, insufficient communication redundancy, and weak computing support. This system adopts a three-tier architecture of 'Portable 4-screen Ruggedized Command Unit (Core) + IDM RG1100 Portable Base Station (Relay Extension) + Portable Terminal (Edge Access)' to achieve full-link connectivity across command-relay-terminal, adapting to the requirements of real-time audio/video dispatch, multi-mode communication redundancy, and localized computing support in field training."
    slug: "military-command-dispatchsystem"
    publishDate: "2025-11-10"
    featured: false

Military field training often faces complex terrain (mountains, jungles), harsh environments (high temperature, electromagnetic interference, and the risk of "three disconnections"), while traditional command equipment suffers from poor portability, insufficient communication redundancy, and weak computing support. This system adopts a three-tier architecture of "Portable 4-screen Ruggedized Command Unit (Core) + IDM RG1100 Portable Base Station (Relay Extension) + Portable Terminal (Edge Access)" to achieve full-link connectivity across command-relay-terminal, adapting to the requirements of real-time audio/video dispatch, multi-mode communication redundancy, and localized computing support in field training.

1 Portable 4-screen Ruggedized Command Unit (Command Core Unit)

1 Portable 4-screen Ruggedized Command Unit (Command Core Unit)

Serving as the "core brain" of field training, it undertakes localized command & dispatch, multi-source information fusion, and computing support functions. Its core advantages are "strong protection, high stability, high computing power, and easy deployment."

1.1 Structural and Protection Features (Adapted to Complex Field Environments)

  • Lightweight Ruggedized Structure: 6-series aluminum profile main frame (combining strength and machinability, meeting military load-bearing standards) + carbon fiber shell, total unit weight ≤20KG, single-person portable or vehicle-mounted, suitable for foot-mobile scenarios;
  • Multi-screen Interactive Design: Equipped with 3 × 15.6-inch HD touchscreens (1920×1080 resolution, 1000CD high brightness, IPS full viewing angle) + 1 × 12-inch touch strip screen (1920×270 resolution) — the main screens display GIS maps, video surveillance, and dispatch interfaces, while the strip screen presents real-time device status (temperature, battery level, communication links). Operable with tactical gloves (touch response ≤0.3 seconds);
  • Protection Performance: Fully sealed chassis, military-grade sealant at seams, waterproof aviation connectors (DC 14.7V 15A power interface), protection rating IP65, resistant to heavy rain and dust ingress; EMC electromagnetic shielding complies with GB/T 17626.3-2016 military-grade standards, mitigating electromagnetic interference from field radar, radio, and other equipment;
  • Audio Hardware Configuration: Integrated high-end dual-element column microphone (noise-reducing pickup, suppressing field wind noise and ambient noise) + dual 10W full-range speakers (volume ≥85dB, ensuring clear voice in noisy environments), supporting one-key broadcast and two-way intercom.

1.2 Core Functional Features (Full-scenario Command & Dispatch Coverage)

  • Ultra-strong Multi-mode Communication Expansion: Supports 2.5G fiber Ethernet, Gigabit RJ45, 10KM field wire bus Ethernet, 4G/5G private network, LoRa data transmission, broadband MESH, and satellite communication (expansion), achieving "multi-link redundancy." When disconnected, core communication can be maintained via field wire or MESH;
  • Audio/Video Dispatch System: Built-in domestically developed audio/video dispatch software, supporting voice barge-in/forced release/recording, video stitching/forwarding/conferencing, broadcast and multicast. It can integrate data from individual soldier terminals, UAVs, surveillance balls, and other devices, enabling "centralized/decentralized" dual-mode conferencing (local ad-hoc conferencing when disconnected);
  • Diverse Power Management: Built-in 30AH lithium iron phosphate battery (with UPS function), adopting a "PC system + audio/video module + peripherals" partitioned power supply design — full-load operation (four screens + communication + computing) endurance ≥1.5 hours, low-load operation (two screens + basic communication) endurance ≥4 hours; supports 15A fast charging (80% in 2 hours), with real-time battery level/voltage display and automatic low-battery alarm (≤20%).

1.3 Performance Features (High Computing Power and Strong Heat Dissipation)

  • Domestic Ultra-strong Computing Power: Equipped with a domestic mainstream motherboard (e.g., B760 chipset domestic version, supporting 4 × DDR5 memory slots, up to 192GB) + domestic GPU (e.g., JM9 series, supporting OpenGL ES 3.2, computing power ≥10TFLOPS). Domestic large models (e.g., MindSpore series) can be installed for localized AI analysis (target recognition, trajectory prediction); also supports 8-channel 4K HD video conferencing, reducing dependence on command center bandwidth;
  • Ultra-strong Heat Dissipation: Full-metal liquid cooling system — brass radiator (392mm×127mm×29mm) + high-head pump (5m head, 10L/min flow rate) + copper water block (0.08mm micro-channels, 163 channels, heat dissipation area 19038.4mm²), complemented by 3 × 120mm dual ball-bearing fans (3000RPM, 105CFM airflow). Under full load, CPU/GPU temperature ≤75°C with no throttling, suitable for ≥4 hours of continuous field operation.

1.4 Portable Operation Management

  • Mobile Deployment: Stowed dimensions ≤600mm×400mm×200mm, equipped with folding handle + tactical shoulder strap, fits into a soldier's backpack;
  • Quick Operation: Physical shortcut keys on the front panel (power/reset/screen switching/communication link selection), supporting "one-key command mode startup," from unboxing to powered networking in ≤5 minutes, no complex parameter debugging required.

2 IDM RG1100 Portable Base Station (Communication Relay and Access Unit)

Serving as the "communication bridge," it undertakes communication range expansion, multi-terminal access, and link redundancy functions. Its core advantages are "multiple relay methods, full terminal compatibility, and strong coverage capability."

2.1 Structural Design (Adapted to Field Deployment)

  • Ruggedized Protection Structure: 4mm aluminum alloy chassis, weight ≤3KG, dimensions 250mm×250mm×50mm, supports wall-mount/tripod mounting; waterproof and electromagnetic interference-resistant process design, protection rating IP65, no damage from 1.5m drop, suitable for underground/field harsh environments;
  • Endurance Guarantee: Built-in intrinsically safe battery charging pack (supports 2 days of continuous terminal operation), paired with an external 12V power bank. Low-power mode (relay function only) endurance ≥24 hours, meeting single-shift (8-hour) training requirements.

2.2 Core Functions (Relay and Access Capabilities)

  • Multi-method Relay Capabilities:
    • Fiber ring/chain relay: Includes 2 sets of Gigabit fiber interfaces, supporting ring/chain networking, transmission distance ≤5KM, suitable for high-speed transmission in open terrain;
    • Field wire bus relay: 1 set of field wire bus Ethernet interface, providing 2Mbps bandwidth within 10KM, with mid-node bus-type access (no cable cutting required), suitable for jungle, mountain, and other scenarios without fiber;
    • Long-distance WIFI HALOW relay: 900M band, strong signal penetration, providing 10Mbps Ethernet access within 1.2KM, supporting point-to-multipoint communication with encrypted transmission;
    • RJ45 relay: 2 sets of Gigabit RJ45 interfaces, allowing access to SDH fiber, microwave bridge, and other equipment to extend communication links;
  • Multi-terminal Access and Gateway Functions:
    • Supports DMR trunked radio access (370M emergency dedicated / 400M commercial bands, 2KM voice coverage, encrypted transmission; optional 138M band customization for enhanced penetration);
    • Integrated LoRa gateway, supporting access of 2-10KM IoT terminals (e.g., environmental sensors, positioning terminals) for real-time data backhaul;
    • Local SIP switching management: Built-in local SIP switching function, supporting audio/video intercom between base station and command unit, and between base station and terminals, interoperable with existing trunked systems;
  • Localized AI and Voice Functions: Audio/video AI processing models can be installed for AI recognition of surrounding camera and sensor data (e.g., personnel trajectories, abnormal targets), with real-time alerts pushed to the command unit upon trigger; built-in local speaker + microphone, supporting one-key broadcast calling, suitable for field squad coordination.

2.3 Transmission Enhancement Design

Built-in communication module with FEM (Front-End Module), transmit power ≥27dBm, receive sensitivity ≤-105dBm, achieving 2× transmission distance improvement over standard modules, resolving the "communication dead zone" problem in the field.

3 Portable Terminal (Individual Soldier / Squad Access Unit)

Serving as the "edge node," it undertakes information collection, audio/video interaction, and position reporting functions. Its core advantages are "portable, low power consumption, and strong adaptability."

3.1 Structural and Protection Features (Adapted to Individual Soldier Combat)

  • Intrinsically Safe Design: Compliant with GB 3836.1-2021 intrinsic safety standards, housing resistant to high and low temperatures (-30°C~60°C), protection rating IP67 (1m waterproof for 30 minutes, dustproof), suitable for field impacts and rain exposure;
  • Lightweight and Portable: Weight ≤500g, dimensions ≤180mm×100mm×30mm, wearable on tactical vest or handheld, without affecting individual soldier tactical movements;
  • Endurance Capability: Built-in 5AH lithium battery, continuous audio/video communication ≥6 hours, standby ≥24 hours, supports Type-C fast charging (60% in 30 minutes), with optional external tactical power pack for extended endurance.

3.2 Communication and Functional Features

  • Strong Coverage Communication: Built-in DMR trunked module with FEM (transmit power ≥5W, 400MHz band), LoRa module (2-10KM data reporting), WIFI HALOW module (audio/video communication within 1.2KM), achieving 1.5× transmission distance improvement over standard terminals;
  • Audio/Video and Positioning: 2MP camera (1080P recording, adapted to low-light environments), noise-reducing microphone (suppressing field noise), 85dB speaker; BeiDou + GPS dual-mode positioning (accuracy ≤1m), supporting real-time position reporting and electronic fence boundary crossing alerts;
  • Ad-hoc Networking Capability: When disconnected from the base station, terminals can form ad-hoc networks via WIFI HALOW (up to 10 terminals), supporting 1080P@30fps audio/video communication at transmission rates ≥10Mbps, suitable for squad/platoon-level dispersed training coordination;
  • Simple Operation: 2.5-inch touchscreen (operable with gloves), with "one-key intercom," "one-key recording," and "SOS alarm" shortcut keys. The interface displays only core functions (communication status, position, commands), requiring no professional training for soldiers.

4 System Collaborative Application (Example)

4.1 Squad/Platoon-level Field Tactical Exercise

  • Deployment: Portable 4-screen ruggedized command unit (company commander position) + 2 × IDM RG1100 base stations (1 at forward/rear, 5KM apart) + 8 portable terminals (worn by individual soldiers);
  • Links: The command unit connects to the forward base station via fiber, the rear base station connects to the forward base station via field wire, and terminals access the base stations via DMR/LoRa/WIFI HALOW;
  • Process: The company commander issues tactical commands through the command unit → base stations relay commands to terminals → individual soldier terminals transmit real-time video/position back → the command unit adjusts tactics based on data; if disconnected, terminals automatically form ad-hoc networks to maintain squad/platoon-level audio/video communication.

5 Summary

This system achieves a closed-loop field training command through a three-tier architecture:

  1. Portable 4-screen Ruggedized Command Unit: With domestic computing power, strong heat dissipation, and multi-mode communication as its core, it ensures stable command in complex environments;
  2. IDM RG1100 Portable Base Station: With multiple relay methods and gateway functions, it extends communication coverage and resolves field "signal blind zones";
  3. Portable Terminal: With portable protection and ad-hoc networking capabilities, it supports edge coordination and adapts to individual soldier combat requirements.

The system adapts to complex terrain such as mountains and jungles, meeting the full-scenario requirements of "command on the move, communication under disconnection, and realistic training," providing reliable communication and command support for military field training.

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Mine Rescue Team Underground Disaster Relief Communication Dispatch System Solution V02.pdf and 1 other file

Output the above document in PPT document style

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Mine Rescue Team Underground Disaster Relief Communication Dispatch System Solution

PPT Document Style (10 pages total)

Page 1: Cover

Title: Mine Rescue Team Underground Disaster Relief Communication Dispatch System Solution

Subtitle: Converged Communication・Emergency Dispatch・Intrinsically Safe & Reliable

Version: V02

Year: 2025

Visual Elements: Underground rescue scenario diagram + communication equipment icons (command console, base station, terminal)

Page 2: Table of Contents

  1. Solution Overview (Background / Pain Points / System Importance)
  2. Core Product Introduction (Command Console / Base Station / Intrinsically Safe Terminal)
  3. Core System Functions (Communication / Convergence / Dispatching)
  4. Key Technical Specifications
  5. Typical Application Cases
  6. System Architecture Summary

Page 3: Solution Overview

1. Application Background

  • Coal mine emergency rescue investment prioritizes large-scale equipment, with a shortage of intrinsically safe communication devices underground; investment tends toward surface facilities
  • Existing technical pain points (6 major deficiencies):

✅ Limited coverage (effective transmission ≤1-2KM, unable to bridge disaster zone - safe zone)

✅ Insufficient battery life (base station operation ≤4h, difficult to meet 8h single-shift rescue operations)

✅ Weak reliability (serial wireless connections, single point of failure causes system paralysis)

✅ Bandwidth bottleneck (difficult to support concurrent multi-channel voice / HD video)

✅ Complex deployment (requires professional commissioning, high operational threshold)

✅ Poor interference resistance (noise affects voice clarity, lacks positioning - vital signs integration)

2. System Importance

  • Disaster response "sensing hub": real-time acquisition of disaster conditions / personnel status, optimized resource allocation, improved rescue efficiency
  • Core value: addressing the critical communication requirement under "three disconnections" (road disruption / network outage / power failure)

Page 4: Core Product ① — Three-Screen Portable Converged Communication Dispatch Host (IDM MCC6000)

1. Structural Features

  • Portable design: 3 foldable 15.6-inch monitor screens, lightweight overall unit, supports rapid deployment / mobile use
  • Protection capability: adapted for complex underground environments, supports built-in battery operation

2. Functional Features

  • Multi-communication convergence: fiber optic / field wire / Ethernet / wireless ad-hoc network (LTE/MESH/trunking) / satellite / 4G/5G public-private networks
  • Terminal access: trunking intercom, mobile individual soldier units, surveillance ball cameras, UAV video, video conferencing
  • Dispatch system: supports installation of audio/video dispatch system, supporting voice / audio-video / emergency broadcast dispatching

3. Performance Advantages

  • Superior computing power: 14th-gen i9 + RTX4090 GPU, supports AI large model installation
  • Bandwidth support: meets concurrent transmission requirements for multi-channel HD video and environmental data

Page 5: Core Product ② — IDM RG1100 Portable Emergency Converged Communication Base Station

1. Structural Design

  • Protection: 4mm aluminum alloy chassis, waterproof + electromagnetic interference-resistant process, adapted for underground environments
  • Dimensions / Weight: 250mm×250mm×50mm, lightweight and portable
  • Battery life: includes intrinsically safe battery charging pack (supports 2 days of terminal use), expandable with external 12V power bank

2. Relay Capabilities (4 Methods)

Relay Method Specifications
Fiber optic chain networking 2 sets of gigabit fiber optic interfaces, supports chain networking
Field wire bus Ethernet 2M bandwidth within 10KM, bus-type access (no cable cutting required)
RJ45 port 2 sets, for SDH / microwave bridge access, etc.
WIFI HALOW (900M) 10M bandwidth within 1.2KM, strong penetration, supports encryption

3. Core Functions

  • Gateway capability: regional SIP switching management, DMR gateway (370M emergency / 400M commercial), LoRa gateway
  • Intelligent enablement: supports installation of audio/video AI processing models for camera AI recognition surveillance + alarm
  • Intercom function: local audio/video intercom (interoperable with command center / portable terminals), built-in speaker + microphone

Page 6: Core Product ③ — Intrinsically Safe Underground Terminals

1. Intrinsically Safe Underground Converged Communication Terminal

  • Communication: 2.5G optical transmission + Type 706 field wire transmission + WIFI MESH/HALOW relay + Ethernet
  • Battery life: built-in battery ≥8h, no power supply required in pure field wire mode
  • Access: IP cameras, IP broadcasting, IP telephones, etc.

2. Intrinsically Safe Underground Wireless Communication Terminal

  • Functions: WIFI MESH/HALOW relay + Ethernet, supports intrinsically safe phones / explosion-proof cameras / emergency broadcast access
  • Battery life: built-in battery ≥8h, IP67 protection rating

3. Mobile Terminals (Smart Safety Helmet / Intrinsically Safe Phone)

  • Smart safety helmet: audio/video calls, SOS, positioning, photo/video capture, linked with command center
  • Intrinsically safe phone: supports 4G/5G, DMR digital/analog intercom, POC public network intercom, 8000mAh battery (OTG power supply)

Page 7: Core System Functions

1. Surface-Underground Communication (Breakthrough in "Three Disconnections" Scenarios)

  • Multi-method connectivity: portable fiber optic cable / field wire / wireless MESH/WIFI HALOW, rapidly establishing trunk communication + underground coverage
  • Redundancy assurance: intelligent multi-routing technology, avoiding single points of failure

2. Converged Communication

  • Cross-terminal grouping: SIP intercom / portable command platform / narrowband trunking / 4G/5G terminal mixed grouping
  • Wireless intercom convergence: 130M/350M/370M/400M trunking, DMR, shortwave system access
  • IoT access: gas detectors (CH₄/O₂/CO/CO₂), dust meters, smart mining helmets, individual soldier recorders, etc.

3. Emergency Command Dispatching

  • Voice dispatching: emergency call / monitoring / forced insertion / forced disconnection / conferencing / broadcasting
  • Audio/video dispatching: video retrieval / forwarding / conferencing / convergence, supports H.264/MPEG and other formats
  • Emergency broadcasting: voice insertion / file insertion / forced insertion / time announcement

Page 8: Key Technical Specifications (Core Product Summary)

Product Type Key Specifications
Three-screen command console 14th-gen i9+RTX4090, 3×15.6-inch screens
RG1100 base station DMR intercom coverage 2KM, LoRa IoT transmission 2-10KM
Intrinsically safe converged terminal Battery ≥8h, IP67, 2.5G optical port
Intrinsically safe wireless terminal WIFI MESH (300Mbps), WIFI HALOW (1000Mbps)

Page 9: Typical Application Cases

1. Mining Dispatch Converged Communication System

  • Functions: integrates production dispatch telephones, administrative telephones, 4G/5G, public address broadcasting, video systems
  • Results: established unified command center, achieved multimedia communication, emergency command, improved on-site coordination capability

2. Underground "Three Disconnections" Rescue Scenario

  • Deployment: RG1100 base station (field wire relay) + intrinsically safe terminals + three-screen command console
  • Results: rapidly established surface-underground communication, real-time transmission of gas concentration and personnel location, ensuring rescue safety

3. Other References: Armed Police Emergency Visual Duty System, PetroChina Yunnan Petrochemical Emergency System (communication convergence + contingency plan management)

Page 10: System Architecture Summary

1. Architecture Layers

  • Terminal access layer: intrinsically safe terminals, sensors, UAVs, cameras
  • Transmission layer: fiber optic / field wire / MESH/HALOW/4G/5G (multi-link redundancy)
  • Service layer: converged communication, AI analysis, command dispatching (voice / audio-video / emergency broadcast)
  • Presentation layer: three-screen command console, command center large screen

2. Core Advantages

  • Fully intrinsically safe: all underground equipment complies with intrinsic safety standards
  • High reliability: multiple communication links + intelligent multi-routing, eliminating single points of failure
  • Easy deployment: no complex commissioning, rapid response to rescue requirements
  • Extended battery life: battery supports 8h+ single-shift rescue operations, meeting real-world operational demands
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