At the 2024 Dynercomm Channel Partner Conference, Dynercomm presented six integrated communication and security solutions, attracting significant attention from industry partners. Over the years, these solutions have become an important part of Dynercomm’s core portfolio, designed to address diverse communication and security requirements across a wide range of industries and application environments. Through professional technologies, scenario-based system design, and comprehensive service capabilities, Dynercomm is committed to providing customers with reliable, integrated, and application-oriented solutions. The following introduces Dynercomm’s six key communication and security solution systems.

Professional Digital Trunking Communication System

The Dynercomm Professional Digital Trunking Communication System is built around the Motorola Solutions Capacity Max architecture and integrates capabilities including command and dispatch, network-wide voice recording, and GPS/BeiDou positioning. The system can also interconnect and integrate with other communication platforms, including wired telephone systems, public address systems, and broadband Push-to-Talk (PTT) systems, enabling more unified communication and dispatch across different operational environments.

Capacity Max utilizes TDMA technology, follows the international DMR standard, and is fully compliant with DMR Tier III specifications. The system supports networking across up to 250 sites, with each site capable of supporting up to 3,000 radio terminals. Its redundant system architecture is designed to eliminate single points of failure across the network, providing a strong foundation for reliable and continuous communications in large-scale professional applications.

Representative Projects：Universal Beijing Resort, the Palace Museum in Beijing, Tesla Shanghai, Liaoyang Petrochemical, and Laoting Iron & Steel.

Underground Emergency Dispatch Communication Solution

The Dynercomm Underground Emergency Dispatch Communication Solution utilizes leaky feeder cable as the transmission medium, enabling radio signals to propagate and be distributed more evenly throughout underground tunnels. This architecture addresses challenges such as uneven signal distribution and communication blind spots underground, enabling wireless mobile communications between personnel and vehicles both above and below ground.

The two-way radios deployed with the system comply with applicable national explosion-protection requirements and are designed to operate in demanding environments involving high and low temperatures, water exposure, coal dust, and other challenging underground conditions. With advantages including long-distance coverage, extensive communication range, and convenient maintenance, the system can help mining operators reduce installation and maintenance requirements while improving the availability and reliability of underground communications.

Representative Projects：Zijin Mining, Zhangbei Hua’ao Lead-Zinc Mine in Zhangjiakou, and Heilongjiang Duobaoshan.

Micro-Vibration Perimeter Intrusion Detection System

The Dynercomm Micro-Vibration Perimeter Intrusion Detection System is based on Time Domain Reflectometry (TDR) technology. By utilizing frequency sweeping and multi-point echo measurement to analyze reflected pulse signals, the system can accurately locate intrusion alarm events with meter-level positioning accuracy. It is suitable for a wide range of applications across government, defense, military, industrial, and civilian environments.

When installed along the perimeter of a protected area, the system can transform an existing conventional fence into an all-weather electronic perimeter security barrier featuring precise detection, strong interference resistance, and a low false-alarm rate. The system also supports automated linkage and coordinated response with multiple security subsystems, including professional security radio communication systems, video surveillance systems, and audible and visual alarm systems, enabling a more integrated and intelligent perimeter protection architecture.

Representative Projects：PipeChina, Shandong University, and Enshi Military Airport.

Asset Displacement Security System

The Dynercomm Asset Displacement Security System incorporates security technology designed for the protection of Grade I national cultural relics, providing individual, point-specific monitoring for each protected object. The system is suitable for a wide range of personal, commercial, and institutional applications involving exhibitions, displays, valuable collections, cultural relics, and other high-value assets.

In industrial and specialized security environments, the system can also support anti-theft, unauthorized movement detection, and unauthorized-use alarms for specifically controlled assets such as hazardous materials, weapons, and other restricted items.

The system features a visualized management platform with multi-level user permission management and supports multiple configurable alarm linkage and response plans. It can also integrate with professional security radio communication systems, video surveillance systems, and audible and visual alarm systems to enable automated, coordinated security response across multiple platforms. Depending on customer requirements and system architecture, the solution supports both on-premises and cloud-based deployment.

Representative Project：The Palace Museum, Beijing.

Intelligent Video Compression System

The Dynercomm Intelligent Video Compression System is a real-time intelligent video processing solution integrating machine vision and AI-powered retrieval technologies. It is designed primarily to address the challenges associated with massive volumes of high-definition video storage and limitations on simultaneous HD video access caused by insufficient network bandwidth. Powered by Dynercomm’s independently developed core technologies, the system can achieve an average compression ratio of more than 10:1 for HD video while maintaining the original frame rate, resolution, and video duration, preserving critical feature points, and supporting subsequent AI-based intelligent analysis. This enables users to significantly reduce storage and bandwidth requirements while maintaining the integrity and usability of video data for intelligent applications.

Representative Projects：Sichuan Gas Field and Yalong River Hydrological Monitoring Station, Sichuan.

Fiber Optic Repeater Series

RC-OFD8 Fiber Optic Repeater

The RC-OFD8 Fiber Optic Repeater features a modular plug-in board architecture designed to provide high performance and reliability for professional wireless communication systems. The system incorporates dual power supplies, dual power amplifier modules, and dual optical modules, and supports connectivity to two base stations. Its redundant architecture is designed to eliminate single points of failure and strengthen overall communication system availability and reliability.

RC-TY800 Fiber Optic Repeater

The RC-TY800 is a digital fiber optic repeater specifically developed for railway communication applications and designed to comply with applicable national railway technical standards. The system supports same-frequency and cross-frequency configurations to address weak-signal coverage requirements along railway environments, helping extend reliable radio communication into areas where conventional network coverage may be limited.

RC-OF600 Digital Fiber Optic Repeater

The RC-OF600 is a new-generation digital fiber optic repeater supporting multiple flexible network topologies for different coverage and deployment requirements. The system also incorporates capabilities such as uplink noise suppression, helping improve communication performance and system stability in complex RF environments.

Across the product portfolio, Dynercomm fiber optic repeaters are equipped with touchscreen LCD interfaces to simplify system configuration, commissioning, and engineering implementation. The solutions also support remote network management and fault alarm functions, enabling operators to monitor system status, identify abnormalities, and improve long-term operation and maintenance efficiency.

Representative Projects： Tesla Shanghai Gigafactory, Sinopec Qingdao Refining & Chemical, and the Palace Museum, Beijing.