At the heart of the smart city lies the intelligent intersection. Traffic controllers, edge AI nodes, and sensing cabinets must perform flawlessly under relentless conditions—24/7 operation, harsh environments, and zero tolerance for prolonged downtime. Our Subrack platform is engineered specifically for this reality. It transforms complex, custom field hardware into a standardized, modular, and ruggedized system, providing the reliable mechanical and electrical backbone for intelligent traffic systems worldwide.
We provide more than hardware; we deliver the foundation for scalable, maintainable, and future-proof urban traffic infrastructure.
The Core Challenges We Solve for ITS Deployments
City-scale Intelligent Traffic System (ITS) projects consistently face critical hurdles that our Subrack architecture is designed to overcome:
Hardware Fragmentation & Poor Scalability: Mixing AI cards, comms boards, and I/O modules from different vendors creates integration nightmares and blocks easy upgrades.
Impossible Maintenance Windows: Taking a critical intersection offline for service is not an option. Systems must allow for repair without causing gridlock.
Sky-High Integration Costs: Endless custom wiring and configuration for each site drive up installation time, cost, and complexity.
Relentless Environmental Stress: Vibration, dust, humidity, and extreme temperatures demand industrial-grade robustness.
Our solution directly targets these pain points, turning chaotic field cabinets into clean, serviceable, and resilient nodes.
Our Modular Approach: From “Mixed Cabinet” to Integrated System
We replace proprietary, disjointed hardware with a unified, drawer-style architecture.
Standardized Eurocard Design (3U / 6U): AI inference, video encoding, 5G communication, and power modules all slide into a single, unified frame. Expansion becomes a simple plug-and-play operation.
Structured Backplane Connectivity (CompactPCI/VPX): We eliminate loose wires. Power, data, and control signals are routed via a robust backplane, cutting assembly labor by up to 60% and virtually eliminating wiring errors.
The result is a future-proof system where functionality can be upgraded by swapping boards, not replacing entire units.
Engineered for Zero-Downtime Urban Operations
Maintaining 24/7 availability is non-negotiable. Our platform is built for it.
True Hot-Swap Capability: Technicians can replace a faulty module in under five minutes without system shutdown—critical for traffic flow.
Intelligent Status Monitoring: Front-panel LEDs and backplane telemetry (voltage, temperature) enable precise remote diagnosis, boosting first-time repair rates above 95%.
Dual Redundant Power: Dual 48V DC inputs with power-loss ride-through ensure uninterrupted operation through grid fluctuations.
Ruggedized for the Demanding Roadside Environment
Our subracks are built to thrive where standard IT hardware fails.
Industrial-Grade Robustness: Featuring metal frames with EMC shielding, designed to comply with key standards:
Extended Reliability: With a Mean Time Between Failures (MTBF) ≥ 100,000 hours, our design meets stringent traffic controller reliability standards (e.g., GB/T 20609-2023), ensuring long-term performance in cabinets and poles.
Driving Efficiency: Standardization for Faster Deployment & Lower TCO
Our platform streamlines the entire project lifecycle.
Faster Deployment: Pre-tested, pre-assembled modules allow for “slot-in” installation on-site, dramatically shortening commissioning cycles.
Reduced Inventory & Cost: Standardized 3U/4HP or 6U/8HP boards across departments (traffic, police, environmental monitoring) can cut spare parts inventory by up to 70%.
Cross-System Compatibility: A unified hardware platform allows different city functions to share infrastructure, simplifying maintenance and training.
Proven in Global Smart Traffic Applications
Our solutions are at work in advanced systems globally:
Adaptive Traffic Control Systems: Powering embedded intersection computers that coordinate real-time signal timing using integrated detection and communication boards.
Smart Pole & Railway Monitoring: Consolidating relay logic, diagnostics, and communications into single subracks, reducing cabinet volume by 40% and turning diagnostic procedures from hours into minutes.
Technical Specifications Summary
Why Choose Our Subrack Platform for Your ITS Project?
We provide the critical link between advanced traffic management software and the physical world. Our platform is the enabler for:
Modularity that allows for easy technology refreshes and expansion.
Serviceability that ensures near-zero downtime for maintenance.
Standardization that slashes costs and accelerates project timelines.
Ruggedness that guarantees reliability at the harsh network edge.
Ready to build smarter, more resilient traffic infrastructure?
Contact us to discuss how our proven Subrack solutions can be tailored to the specific needs of your next intelligent traffic system deployment.
