Reliable Processing Power in Mobile Military Shelters with Premio’s Semi-Rugged Small Form Factor Computer

Overview

In remote defense operations, reliable computing power is essential for real-time decision-making and system control. A European electronic systems integrator sought to deliver advanced computing in a mobile military shelter where performance, durability, and connectivity were mission-critical. By deploying Premio’s BCO-3000-RPL Series, a semi-rugged small form factor industrial computer, the company achieved the right balance of processing power, I/O versatility, and environmental resilience for operations in hard-to-reach areas.

Challenges

  • Required a rugged and reliable computer capable of sustained operation in harsh field conditions
  • Needed 14th Gen Intel Core processor with 32GB RAM for intensive real-time workloads
  • Required abundant I/O for integration with multiple control interfaces
  • Needed semi-customization for a remote power on/off button
  • Demanded industrial-grade durability for dust resistance and long operational life

Solution

  • Premio’s semi-rugged fanless SFF industrial computer BCO-3000-RPL Series
  • Equipped with Intel® Core™ i9-14900T, 2x 16GB DDR4 RAM, and 1TB M.2 SSD
  • Rich IIoT connectivity with 3x LAN, up to 10x USB, and multiple COM ports
  • Customized COM port for remote power on/off control
  • Fully compatible with Windows 11 IoT for seamless software integration

Benefits

  • Mission-critical reliability in harsh environments
  • Flexible customization for operational control
  • Strong global engineering partnership and support

 

 

Company Overview

A leading European engineering firm specializing in electronic system design and optimization integrates hardware and software for demanding industrial applications. The company delivers scalable, high-performance systems optimized for real-time operation. Its future strategy focuses on expanding robust, connected edge computing solutions for mission-critical sectors such as defense and transportation.

 

The Challenges

Ensuring Rugged Reliability

Military field deployments require computing systems that can perform under extreme conditions. The integrator needed a platform that could withstand constant vibration, dust, and temperature fluctuations. Typical commercial PCs lacked the endurance and environmental sealing required for such missions.

High-Performance Processing Demands

To manage multiple sensor feeds and real-time controls, a powerful processor was mandatory. The system needed to handle intensive computation without thermal throttling. Only a 14th Gen Intel Core CPU with sufficient RAM capacity could ensure seamless multitasking and rapid data handling in the field.

Expansive I/O Connectivity

The deployment required extensive integration with external communication devices, sensors, and control interfaces. Standard PCs offered limited I/O options, making integration cumbersome. A system with abundant USB, LAN, and COM ports was essential to manage simultaneous data streams.

Semi-Customized Remote Power Functionality

Operators needed the ability to power the system on and off remotely from outside the mobile shelter. This required hardware-level customization without compromising the integrity of the industrial enclosure.

Industrial Durability and Longevity

The integrator emphasized long product lifecycle and endurance against dust ingress. Extended availability and industrial-grade certifications such as UL and CE were also necessary to comply with defense-grade reliability standards.

 

 

The Solution



Premio’s Semi-Rugged Fanless SFF Industrial Computer (BCO-3000-RPL Series)

Premio’s BCO-3000-RPL Series provided the exact blend of performance and resilience needed for military shelter applications. Built on Intel’s 14th Gen architecture, the unit offered the processing muscle for real-time edge analytics while maintaining fanless, dust-resistant operation.

High-Performance Intel Core i9 Processor

The powerful Intel® Core™ i9-14900T delivered high-speed computation while maintaining low power consumption. The hybrid P&E core architecture optimized processing workloads efficiently, making it ideal for long-duration, high-demand applications.

Rich IIoT Connectivity

Equipped with three 2.5GbE LAN ports, multiple USB interfaces, and four COM ports, the BCO-3000-RPL Series provided robust connectivity for control systems, networked devices, and diagnostic modules. This versatility reduced the need for external hubs or expansion modules.

Customizable Interface for Remote Power Control

Premio’s engineering team implemented a semi-customized configuration to enable remote power on/off through a modified COM port. This small but vital adaptation enhanced usability and operational safety in unmanned or hard-to-access deployments.

Industrial Durability and Certification

Designed with a heavy-duty metal chassis and tested under MIL-STD-810G shock and vibration standards, the system proved resilient to rugged field conditions. With certifications for UL, CE, and FCC, the unit assured reliability and compliance for long-term defense applications.

 

 

The Benefits

Mission-Critical Reliability in Harsh Environments

Industrial-grade durability ensures uninterrupted performance in remote, vibration-prone, and dusty military environments.

Flexible Customization for Operational Control

Tailored hardware modification enabled remote power on/off capability, enhancing usability and safety in unmanned or mobile deployments.

Strong Global Engineering Partnership and Support

Premio’s worldwide engineering and technical teams, located across the U.S., Europe, and Asia, provided expert assistance from customization through deployment to ensure optimal system performance.