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Industrial 5G Router Powers Smart Port Transformation at Xiamen Hairun Terminal
In this groundbreaking case study, we’ll explore how Yeaplink’s industrial 5G routers revolutionized operations at Xiamen Hairun Terminal, creating a truly connected smart port environment.
Network Infrastructure Deployment
Core Equipment Implementation
- Crane Systems: Deployed SR810 waterproof 5G CPE
- IP66 protection rating for harsh port environments
- Operating temperature range: -35°C to +75°C
- Gigabit Ethernet support for HD video transmission
- Multiple DNN slice functionality for service optimization
- Container Trucks: Installed SR800 industrial 5G routers
- Dual SIM redundancy for network reliability
- Built-in GPS/Beidou positioning
- Industrial-grade protection features
- Support for multiple industrial protocols
Technical Solutions
Remote Crane Operation
The SR810’s cpe router capabilities enabled:
- Ultra-low latency (<20ms) video transmission
- Multiple HD camera feeds through 5G network
- QoS management for prioritized control signals
- Secure VPN tunneling for remote operations
Smart Container Truck Management
SR800 routers provided:
- Real-time vehicle positioning
- Fleet management through STAR Device Manager platform
- Automated route optimization
- Vehicle-to-infrastructure communication
Network Architecture
Security Features
- IPSec VPN encryption
- Firewall protection
- Access Control Lists (ACL)
- IP-MAC binding
Reliability Measures
- Dual SIM carrier backup
- Multiple network failover
- Industrial protocol conversion
- SNMP-based monitoring
Challenge Resolution
Video Latency
- Implemented QoS policies
- Utilized network slicing
- Optimized video compression
Large-scale Device Management
- Centralized through STAR platform
- Remote FOTA updates
- Real-time monitoring
- Automated maintenance
Performance Metrics
- Network Availability: >99.99%
- Device Uptime: >99.9%
- Control Latency: <20ms
- Video Quality: 1080p at 30fps
Business Impact
- 50% reduction in operational costs
- 40% improvement in efficiency
- 25% increase in throughput
- Zero safety incidents since implementation
Conclusion
Through the deployment of Yeaplink’s industrial 5G routers, Xiamen Hairun Terminal has achieved a new benchmark in port automation and efficiency. The success of this implementation demonstrates the transformative power of industrial 5G technology in modernizing traditional port operations.For more information about Yeaplink’s industrial 5G cellular router solutions, please contact our technical team.
Yeaplink Smart Port Case Study: Key Questions & Analysis
Q1: “Why did Xiamen Hairun Terminal choose industrial 5G routers over traditional networking solutions?”
The decision was based on measurable technical advantages. The SR810’s IP66 protection rating and -35°C to +75°C operating range perfectly suited the harsh port environment. Additionally, its dual SIM redundancy and multiple DNN slice functionality provided the reliability needed for critical port operations.
Q2: “How does the network architecture ensure zero downtime in port operations?”
The implementation relies on multiple redundancy layers: dual SIM cards for carrier backup, dual power supplies, and the SR800’s triple backup system (wired, 5G, and Wi-Fi). This isn’t theoretical – the system has demonstrated 99.99% uptime in real-world conditions.
Q3: “What role does the STAR Device Manager platform play in port efficiency?”
The platform enables centralized management of over 200 network devices, with FOTA updates and SNMP monitoring. Real data shows this reduced maintenance time by 40% and enabled proactive issue resolution through real-time performance monitoring.
Q4: “How does the system maintain security in an open port environment?”
Security is multi-layered: IPSec VPN encryption for data transmission, built-in firewall with SPI, and IP-MAC binding for device authentication. The system processes over 10,000 daily transactions with zero security breaches recorded.
Q5: “What makes the industrial 5G router solution future-proof?”
The system’s adaptability is built into its architecture: support for both SA/NSA 5G modes, upgradeable through FOTA, and Linux OpenWrt system for custom development. This isn’t speculation – the platform has already accommodated three major port expansion phases.
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