Ⅰ. Industry Demand Background
All sensing, control and platform interactions of smart street lights rely on stable communication networks. Modern lamp poles integrate air sensors, noise detectors, surveillance cameras, traffic counters and charging piles, generating massive concurrent data that requires high network speed, stability, low latency and anti-interference performance.
Industrial-grade 5G wireless routers act as core communication hardware for smart street lamps. As terminal access hubs, they leverage 5G’s high-speed, low-latency and massive-connection strengths to break wired wiring limits, flexibly build full-area lamp networks and realize wireless data transmission for all terminals.
Ⅱ. Product & Solution Highlights
This integrated IoT communication solution for smart lamp poles adopts customized industrial 5G routers suitable for harsh outdoor municipal environments, which can be installed inside lamp poles for long-term operation.
- Equipped with wide temperature resistance, lightning protection and strong anti-interference performance, the devices maintain stable 24/7 online operation.
- Supports data transmission of sensors, outdoor screens, PTZ cameras and other terminals.
- Connects to cloud platforms via 5G networks to realize environmental monitoring, security surveillance and urban information release, delivering solid communication support for integrated smart lamp poles.
Ⅲ. Core Solution Advantages & Market Value
Customized for municipal scenarios, the solution solves industry pain points and surpasses traditional networking modes with outstanding implementability:
1️⃣ Cost-saving Construction
Blended 5G wired & wireless networking avoids large-scale excavation and complex wiring, greatly cutting construction, labor and time costs for urban, park and rural lamp renovation and new projects.
2️⃣ Low-latency & Stable Data Transmission
Industrial 5G equipment and switches support real-time data upload and instant control commands without lag or packet loss, ensuring stable operation of single-lamp control, environmental monitoring, video transmission and fault alarms.
3️⃣ Unmanned Intelligent O&M
The cloud management platform enables online monitoring, remote debugging and automatic fault alerts. It replaces manual patrols to eliminate management blind zones and improve maintenance efficiency.
4️⃣ Strong Compatibility & Expandability
Multi-protocol communication devices connect various sensors and monitoring equipment. New functional modules can be added without network reconstruction to match long-term smart city construction.
5️⃣ Wide Market Applicability
Cost-effective, reliable and expandable, the solution fits large-scale new building and renovation projects. It helps municipalities achieve energy saving and digital management, and builds a stable urban IoT communication base with universal industry value.
Ⅳ.Core Parameters of Comark 5G Industrial Wireless Router
✅ Adopts high-performance industrial wireless module with multiple low-power modes: sleep, scheduled online/offline and scheduled power on/off.
✅ 3×Gigabit LAN + 1×Gigabit WAN/LAN shared port, standard RS232/485 serial ports with DTU data transmission capability.
✅ Supports 802.11n/ac dual-band Wi-Fi and various VPN protocols including PPTP, L2TP and IPSec.
✅ Storage temperature: -40℃ ~ +85℃.
✅ Enables remote parameter setup and real-time online device monitoring.
Ⅴ. Practical Application Benefits
The solution has been widely deployed in numerous municipal lamp renovation and new smart street lamp projects, bringing remarkable practical benefits:
High-efficiency Precise Management
Eliminates decentralized control and slow response of traditional street lamps. Remote single-lamp/group/timed control and automatic fault alarms lift management efficiency by 90%, achieving refined unattended management and drawbacks of manual inspection.
Ultra-high Network Stability
Supported by 5G industrial forwarding hardware, all terminals realize low-latency lossless data transmission with network uptime above 99.98%, guaranteeing round-the-clock operation of all municipal services and reducing equipment failure rates.
Remarkable Reduction in Overall Expense
Blended networking cuts construction costs by over 35% by simplifying wiring engineering. Combined with remote maintenance and automatic fault diagnosis, on-site labor is sharply reduced, lowering later O&M costs by 60% and easing municipal fiscal pressure.
