2004 - 2007: Communication Technology Guarantee for Large-Scale Internet Transactions
• Over 70% Market Share;
• Serving the Top 10 Banks for Nearly 20 Years
2015 - Security Assurance for National Governing Bodies, Military and Public Security Systems
High-Level Protection System Communication Solution
• Learning from U.S. Military Thinking to Guard Governing Bodies
• Stable Operation of Secure IoT Communication for 6 Years
2023 - Digital Transformation of Nuclear Power Fire Protection
Digital Transformation of Intelligent Fire Protection in Nuclear Power
• Underlying Communication Builds a Safe and High-Speed Bus
• Upper-Level Applications Step into the Digital Era
ULC (Universal Cable Carrier) — Next-Generation Power Line Carrier Communication
Features: High Speed, Security, Stability
1st-Generation PLC
Low-Data-Interaction Power Line Carrier
• Circuit Modulation
• Fire Alarm Two-Wire Bus, 1–2K Low Speed
2nd-Generation PLC
Analog Data Power Line Carrier Detection
• Specialized Modem Module
• 10k-Level Communication
• Power Meter Reading, Electrical Fire Monitoring
3rd-Generation PLC
Short-Distance, High-Speed and Unstable Power Line Carrier
• Foreign Technologies Represented by Qualcomm
• Short Distance, High Speed, Unstable
• Does Not Support Stable Long-Distance Communication
• Home Powerline Adapters, Smart Home
Next-Generation PLC (ULC)
Stable, High-Speed and Long-Distance
Power Line Carrier Converged Communication
• High-Speed, Long-Distance & Stable: 10 Mbps Unidirectional, 20 Mbps Bidirectional Ring, 500m Single-Stage Distance
• Supports Parallel Connection of 200 HD Cameras on a Single Circuit
• IP-Enabled Circuitry Supporting Massive Access
National Cryptography Standard Algorithm, Source Encryption
ULC High-Speed Long-Distance Communication
ULC Secure Communication Chip
• AI (Artificial Intelligence)
• High-Speed, Long-Distance & Stable Communication
• Edge Computing
• Performance-Based Design
Multi-channel high-definition video transmission over power lines
Compatible with Multiple Cable Models
Compatible with Various High-Voltage AC / Low-Voltage DC Lines
IP-based access for third-party devices
IP-Based Communication Protocols
Third-Party IoT Device Access Compatibility
High-definition video transmission
Ring Topology: ≥ 20 Mbps, Single Segment: ≥ 500 Meters
Multiple HD Cameras over Existing Power Lines
Financial-Grade Security with National Cryptography Standard (SM) Algorithms
Achieving Sub-Meter-Level Indoor Positioning
Hybrid Positioning UWB/AoA/Differential BeiDou/Optical Positioning
Sub-Meter Localization Accuracy (Indoor & Outdoor)
Digital Multifunctional Detector
Equipped with Multi-Dimensional Sensing
Digital Multi-Function Combined Detector
Smoke Detection + Video + Millimeter Wave + Public Address + AI Recognition
High-Reliability Ring Structure/strong>
Supports ring network connection, and single-point failure will not affect system performance
Earthworm Routing: Wired and wireless connections serve as mutual backups
Multi-point failures will not affect system functionality
Reliable Control Inspired by DCS Style
Essentially enhance bus capacity, enabling high-speed, reliable large-scale scheduling and fault tolerance for the Internet of Things (IoT)
Multi-Channel High-Definition Firefighting Video
Effortlessly achieve the integration of fire protection and security
A 500-meter ring network supports 200 HD fire-fighting cameras
Rapid remote video confirmation of fire alarms
Bring about fundamental changes to fire prevention and fire-fighting rescue mechanisms
Full-Domain Data Collection, Situational Awareness, and Precise Positioning
Reliable Control and Intelligent Connected Communication
Support
ULC drives the transition of fire protection bus data from analog (switch) signals to digital signals, laying the foundation for digital transformation.
The ULC boasts versatility, reliability and wired-wireless mutual backup, and supports easy access for massive end devices.
• The network architecture based on optical fibers and Ethernet cables cannot address the networking needs of massive end devices by design.
• Wireless communication suffers from insufficient reliability.
"Collect All Collectible and All Required Production Equipment Data"
| Automatic Operation & Maintenance of Fire Doors | |
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Image Camera Intelligent Module Automatic Actuator |
| Automatic Operation &Maintenance of Smoke Control & Extraction | |
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Differential Pressure Sensor Airflow Sensor Fan Controller |
| Fire Pipeline Network Monitoring | |
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Integrated Water Condition Sensor Digital Pressure Gauge Digital Flow Meter Pump Controller |
| Automatic Test Discharge Device | |
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Digital Pressure Gauge Digital Flow Meter Electric Control Valve/Signal Valve |
Personnel Positioning, Material Management, and Anti-Fraud Check-In
Grid-Based Management and Control of High-Risk Operations
Hot Work, Edge Work, Hole Sealing, Underground Space Construction, etc.
Intrusion Alarm Linkage
Vibration Detection Linkage
Video Detection Linkage
Open/Short Circuit
Detection
Smoke Detection
Voice Intercom
Economic Benefits
Direct Economic Benefits
1. Shorten the construction period by 8–10 weeks
2. Reduce labor and lower production & operation costs
3. Reuse existing lines to cut renovation costs
4. Provide basic fire protection IoT services to reduce network construction costs
Indirect Economic Benefits
1. Improve fire protection supervision efficiency
2. Enhance fire protection early warning efficiency
3. Boost fire protection command efficiency
Social Benefits
1. Optimize resource allocation
2. Improve supervision efficiency and governance capabilities
3. Promote transformation and upgrading of the fire protection industry
4. Enhance social public safety
