Modern defense vehicles rely on networked communications, mission systems, and real-time data exchange to support operational effectiveness in the field. To enable these capabilities, a rugged DIN Rail fanless embedded computer was deployed within a vehicle mounted networking architecture, delivering the processing performance, connectivity, and environmental durability required for tactical communications. The solution provided a compact and reliable platform capable of supporting software-defined networking applications in demanding defense environments.
Challenges
- Need for a high-performance processor capable of supporting software defined networking and tactical communication workloads
- Demand for high-speed memory to ensure responsive network management and data processing
- Requirement for multiple Ethernet ports to connect mission critical communication and networking systems
- Limited installation space within vehicle mounted deployments
- Requirement for military standard shock and vibration performance together with NDAA and TAA compliance
Solution
- Premio’s DIN Rail Fanless Embedded Computer (DCO-1000-ASL Series)
- Intel® Atom® x7835RE processor combined with DDR5 memory for efficient edge processing and networking performance
- Four integrated 2.5GbE LAN ports supporting communication equipment, mission systems, and software defined networking architectures
- Compact fanless design optimized for deployment within space constrained vehicle environments
- Ruggedized platform designed for shock and vibration resistance while meeting NDAA, TAA, and UL compliance requirements
Benefits
- Local Engineering Support in the United States
Company Overview
A global defense technology organization develops advanced military vehicles, combat platforms, and mission critical systems for defense forces worldwide. The company is recognized for delivering highly engineered mobility solutions that enhance survivability, operational effectiveness, and battlefield readiness. Continued investment in digitalization, connected systems, and next generation vehicle technologies supports the evolving needs of modern defense operations.
The Challenges
Processing Demands of Tactical Networking
Modern military vehicles are increasingly dependent on software defined networking to manage communications and data flow between onboard systems. These applications require sufficient computing resources to process network traffic while maintaining reliable system responsiveness.
High Speed Data Processing Requirements
As network complexity increases, memory performance becomes increasingly important for managing real time communications and system operations. Legacy memory technologies can limit responsiveness when multiple applications operate simultaneously. The deployment required a modern computing platform capable of supporting efficient data handling and network management.
Connecting Multiple Mission Systems
Vehicle mounted deployments often integrate radios, communication devices, sensors, and networking equipment within a single platform. Supporting these systems requires multiple Ethernet interfaces capable of handling simultaneous network traffic.
Space Constraints Inside Defense Vehicles
Available space within military vehicles is often limited by mission equipment, communication hardware, and operational requirements. Large computing systems can create installation challenges and reduce deployment flexibility.
Compliance and Environmental Requirements
Vehicle mounted systems must operate reliably under harsh conditions including vibration, shock, and continuous movement. In addition, defense programs often require compliance with sourcing and regulatory standards. The solution needed to provide rugged operation while supporting NDAA and TAA requirements for defense related deployments.
The Solution
Premio’s DIN Rail Fanless Embedded Computer (DCO-1000-ASLSeries)
The DCO-1000-ASL Series was selected to serve as the embedded computing foundation for the vehicle mounted networking platform. Designed for industrial and mission critical environments, the system combines rugged fanless operation, flexible connectivity, and compact deployment capabilities. Its combination of performance, reliability, and environmental resilience made it well suited for defense vehicle applications.
Intel Atom x7835RE Processor and DDR5 Memory
Powered by the Intel Atom x7835RE processor and DDR5 memory technology, the system provides the computing resources required for software-defined networking and tactical communication workloads. The eight core processor architecture supports efficient network traffic management and edge computing functions. DDR5 memory enhances overall responsiveness while improving performance for real time applications.
Four High Speed Ethernet Interfaces
The integrated 4x 2.5GbE LAN ports enable connectivity between multiple communication and mission systems within the vehicle. This networking capability allows the platform to support software defined networking architectures while maintaining reliable data transfer across connected devices. The result is a flexible and scalable networking foundation for modern defense platforms.
Compact Fanless Architecture
The compact form factor (150 x 105 x 50 mm) enables installation in space constrained vehicle environments where every inch of available space is critical. Fanless operation eliminates moving components that could be affected by dust, vibration, or long-term wear. This design contributes to improved reliability while simplifying deployment across different vehicle platforms.
Ruggedized and Compliant Platform
The system is engineered to withstand the demanding conditions commonly encountered in military vehicle deployments. Compliance with MIL-STD-810H shock and vibration requirements helps ensure dependable operation during movement across challenging terrain. NDAA and TAA compliance further support defense procurement requirements while UL certifications provide additional assurance of safety and reliability.
The Benefit
Local Engineering Support in the United States
With headquarters located in Los Angeles, Premio provides responsive engineering and technical support within the United States. This proximity allows customers to receive faster assistance during development, integration, and deployment. Access to local engineering expertise helps system integrators accelerate project timelines and resolve technical challenges more efficiently.
Conclusion
As defense vehicles continue to adopt network centric architectures, reliable embedded computing platforms play a critical role in supporting communications and mission operations. The DCO-1000-ASLSeries delivered the processing performance, networking capability, and rugged durability required for vehicle mounted software defined networking applications. For more information, contact sales@premioinc.com.