Converged Communication Command & Dispatch System Solution

Table of Contents

I. Project Background and Requirements... 4

1.1 Project Background... 4

1.2 Core Requirements... 4

II. Construction Objectives... 4

2.1 Overall Objectives... 4

2.2 Specific Objectives... 4

III. Overall Architecture Design... 5

Converged Communication 5

3.1 Architecture Diagram... 5

IV. Core Construction Content... 6

4.1 Base Command Center Construction (Core Dispatch Hub)... 7

4.2 Vehicle-mounted Command Center Construction (Mobile Dispatch Node)... 14

4.2.1 Core Equipment Configuration... 14

4.3 Portable Command Center Construction (Emergency Mobile Node)... 17

4.5 Converged Communication Coverage Base Station... 19

4.6 Command Terminal Deployment... 21

4.7 Rocket Tracking, Shooting and Control... 22

V. Key Function Implementation... 22

5.1 Multi-scenario Communication Coverage Function... 22

5.2 Intelligent Audio/Video Dispatch Function... 23

5.3 IoT Data Transmission and Analysis Function... 23

5.4 Trunking Voice Recording and Backup Function... 23

5.5 Dispatch Server Active/Standby Redundancy Function... 24

5.6 HD Audio/Video and Distributed Matrix Function... 24

5.6.1 HD Audio/Video Terminals... 24

5.6.2 Distributed Matrix Function... 24

VI. System Advantages... 25

6.1 All-element Convergence, Breaking Information Silos... 25

6.2 Multi-link Redundancy, Ensuring Communication Reliability... 25

6.3 Intelligent Empowerment, Improving Command Efficiency... 25

6.4 Full-area Coverage, Adapting to Multi-scenario Requirements... 25

6.5 Strong Compatibility, Protecting Existing Investment... 25

VII. Implementation Plan... 25

VIII. After-sales Service and Guarantee... 26

IX. Equipment List... 26

X. Conclusion... 33

Project Background and Requirements

1.1 Project Background

As the core hub of the national aerospace industry, a certain launch site's command & dispatch work directly serves launch missions. Currently, the existing communication command system at the site suffers from information silos between different systems and insufficient full-scenario coverage, requiring supplementary communication support and command capabilities for complex missions such as 800KM remote site management and multi-scenario emergency response. To improve command & dispatch efficiency and reliability, it is imperative to build a converged communication command & dispatch system featuring "full-area coverage, all-time interconnection, and all-element convergence".

1.2 Core Requirements

Resolve multi-device interoperability: Achieve seamless interconnection of various terminals including traditional digital trunking radios, SIP terminals, audio/video devices, and IoT sensors, eliminating information silos.

Ensure full-scenario communication coverage: Cover all scenarios including the base command center, launch site, vehicle-mounted command, portable emergency response, and 800KM remote sites, coping with complex terrain and extreme environments.

Enhance intelligent dispatch capability: Integrate AI analysis, speech-to-text, intelligent alerting and other functions to achieve intelligent tracking of the rocket launch process, rapid dissemination and execution of dispatch commands.

Strengthen emergency support capability: Build a multi-link redundant transmission network to ensure uninterrupted communication under extreme scenarios and efficient emergency response operations.

Achieve converged data perception: Aggregate multiple types of data including environmental monitoring, equipment status, and personnel location, providing accurate data support for command decision-making.