As cities continue investing in smarter transportation infrastructure, traffic intersections are becoming more connected and data-driven than ever before. To support real-time traffic monitoring and intelligent signal coordination, a smart transportation infrastructure provider was looking for super-rugged edge computers for deployment inside distributed roadside traffic control cabinets. By utilizing Premio’s super-rugged fanless mini computers with out-of-band management functionality, IT teams were able to remotely monitor system health, troubleshoot failures, and recover unresponsive systems without sending technicians onsite.
Challenges
- Traffic monitoring workloads required a high-performance processor for real-time roadside data processing
- Smart traffic cabinets required extensive onboard connectivity for traffic infrastructure integration
- Limited remote visibility made it difficult to diagnose abnormal shutdowns, frozen systems, and power-related failures
- Outdoor roadside cabinets required a rugged computing system for harsh environments
- Smart city deployments required rugged systems with worldwide industrial certifications
Solution
- Premio’s super-rugged fanless mini computers (RCO-1000-ASL Series)
- Intel x7835RE processors with DDR5 memory for real-time traffic data processing
- Strong onboard connectivity including 3x USB 3.2 Gen 2x, 4x COM, and 2x LAN
- Premio EDGEBoost OOB for remote monitoring event logging force shutdown and remote reboot recovery
- Super-rugged fanless and cableless thermal design supporting operation from minus 40 to 70 degrees Celsius
- UL and MIL-STD-810H certified for reliable operation
Benefits
- Up to 10 years of Intel embedded processor lifecycle support for long-term deployment stability
- Responsive support from Premio’s Los Angeles team backed by ISO-certified quality standards
Company Overview
Focused on intelligent transportation infrastructure, the organization specializes in deploying smart traffic management technologies that improve roadway efficiency and intersection safety. Its solutions support connected traffic systems through real-time monitoring, sensor integration, and advanced roadway automation capabilities. As smart city initiatives continue to expand, the company is advancing scalable edge computing solutions designed to modernize urban transportation networks.
The Challenges
Real-Time Traffic Data Processing Demands
The customer’s smart traffic intersection deployment was designed to support real-time traffic monitoring and intelligent signal coordination across distributed roadside intersections. The application needed to process growing amounts of data from traffic cameras, roadway sensors, and signal controllers without delays or performance bottlenecks.
Complex Integration Across Traffic Infrastructure
To support communication between traffic controllers, roadway sensors, cameras, and legacy infrastructure equipment, the customer’s smart traffic cabinets required extensive onboard connectivity. The deployment needed flexible I/O interfaces capable of supporting both modern and legacy systems within a single edge computing platform
Limited Visibility Into Remote System Failures
Because traffic control cabinets were distributed across multiple intersections throughout the city, diagnosing system failures often required onsite technician visits. During periods of unstable power or extreme summer temperatures, certain systems occasionally became unresponsive, leaving IT teams with limited visibility into power conditions, abnormal shutdown events, and system failures. The inability to remotely troubleshoot and recover systems increased operational downtime, maintenance complexity, and overall total cost of ownership.
Harsh Roadside Environmental Conditions
Installed across busy roadways and outdoor intersections, the city’s traffic control cabinets operated in harsh environments exposed to heat, dust, vibration, and changing weather conditions. Traditional fan-based systems were more vulnerable to dust buildup and mechanical failure during long-term roadside operation. The deployment required a rugged fanless computing platform capable of maintaining stable performance in demanding outdoor environments.
Ruggedization and Compliance Requirements
The customer required rugged computing systems designed for long-term deployment in demanding roadside environments. To meet smart city infrastructure requirements, the platform also needed worldwide industrial certifications like UL and MIL-STD-810H for deployment reliability and operational confidence.
The Solution
Premio’s super-rugged fanless mini computers (RCO-1000-ASL Series)
Premio’s RCO-1000-ASL Series is an ultra-compact industrial computer purpose-built for harsh environments. The series includes multiple models tailored for different deployment requirements, including the RCO-1000-ASL-10, RCO-1000-ASL-20, and RCO-1000-ASL-30, which support one, two, and three EDGEBoost I/O brackets respectively. These modular EDGEBoost I/O brackets allow customers to expand system connectivity with additional USB, COM, DP, HDMI, and DIO ports based on application needs.
In addition, Premio offers a dedicated remote-management model, the RCO-1000-ASL-20-OOB, which features a built-in RJ45 port specifically designed for remote-management functionality. This was the model utilized in this case study. The remote-management solution supports either in-band or out-of-band management depending on deployment requirements, allowing IT teams to remotely monitor and recover systems even when the operating system becomes unresponsive.
Premio also provides multiple remote-management solution packages tailored for different deployment needs. In this case study, the customer selected Premio EDGEBoost OOB to enable advanced out-of-band management capabilities without requiring additional licensing or subscription fees. This allowed the customer to remotely monitor, troubleshoot, and recover distributed edge systems more efficiently while reducing onsite maintenance requirements.
x7835RE High-Performance Processing with DDR5 Memory
Premio’s RCO-1000-ASL Series supports Intel x7835RE processors with DDR5 memory for improved system responsiveness and data-processing performance. Featuring an 8-core architecture, the platform efficiently handled traffic cameras, roadway sensors, and signal-controller workloads simultaneously. Combined with high-speed DDR5 memory, the system delivered stable multi-tasking performance for continuous roadside traffic operations.
Extensive Onboard Connectivity
To simplify infrastructure integration, Premio’s RCO-1000-ASL solution provided extensive onboard connectivity for both modern and legacy traffic systems. With 3x USB 3.2 Gen 2 ports, 4x COM ports, 2x LAN ports, and 2x CAN bus interfaces, the solution supported traffic controllers, roadway sensors, cameras, and communication equipment within distributed smart traffic intersections. This flexible I/O design helped reduce deployment complexity inside space-constrained roadside cabinets.
Premio EDGEBoost OOB Management
Premio EDGEBoost OOB is a built-in hardware-based solution designed to support out-of-band management for remote edge deployments. Through Premio’s GUI dashboard, the customer was able to remotely monitor, troubleshoot, and recover distributed traffic control systems even when the operating system became unresponsive. This significantly reduced the need for onsite technician visits across multiple traffic intersections while improving system uptime and maintenance efficiency.
In this case study, Premio’s EDGEBoost OOB provided:
- Remote power-status monitoring to quickly identify abnormal power conditions across roadside traffic cabinets
- Event-log visibility for diagnosing unexpected shutdowns and system-related failures
- Remote reboot functionality to restore unresponsive traffic systems without onsite servicing
- Force-shutdown capabilities for recovering frozen systems during unstable operating conditions
- Out-of-band remote access for troubleshooting systems even when the OS stopped responding
- Reduced onsite maintenance visits and lower total cost of ownership across distributed smart traffic deployments
Super-Rugged Design for Harsh Environments
Premio’s RCO-1000-ASL Series features a rugged fanless and cableless architecture designed for long-term operation in harsh roadside environments. Without internal fans or unnecessary cabling, the solution minimized dust accumulation and reduced potential points of failure commonly associated with outdoor industrial deployments. Supporting a wide operating temperature range from -40°C to 70°C, the RCO-1000-ASL Series maintained stable performance despite extreme heat and changing environmental conditions inside traffic control cabinets.
Industrial Certifications
For deployment inside roadside traffic control cabinets, Premio’s RCO-1000-ASL solution was designed with UL and MIL-STD-810H certifications to support reliable operation in demanding outdoor transportation environments. These industrial certifications provided added confidence for long-term deployment across distributed smart traffic intersections.
The Benefits
Long-Term Deployment Reliability
With Intel® embedded processor lifecycle support, the customer could maintain long-term traffic infrastructure deployments with fewer concerns about future hardware changes.
Local Engineering Support and Quality
Premio’s Los Angeles engineering team provided direct technical support throughout deployment, backed by ISO-certified manufacturing and quality standards.
Conclusion
As smart transportation infrastructure continues to expand, reliable edge computing and remote system management have become essential for maintaining stable traffic operations across distributed intersections. By deploying Premio’s super-rugged fanless mini computers with Premio EDGEBoost OOB, the customer was able to improve system uptime, simplify remote troubleshooting, and reduce onsite maintenance requirements for roadside traffic control cabinets. For more information about our products, contact our experts at sales@premioinc.com.