Little PCs

Core Little PCs represent Stealth’s foundational compact computing solutions designed for controlled and semi-controlled industrial environments. These systems prioritize stability, long-term availability, and cost-efficient performance, making them ideal for standard industrial applications where extreme ruggedization is not required. 

Core Little PCs are best suited for deployments such as factory automation, control rooms, embedded systems, and commercial-industrial installations where reliability and consistency matter most. 

Key Features:

• Entry to mid-range Intel processors (Celeron to Core series)

• Standard industrial I/O for general-purpose applications

• Fanless or low-power thermal designs for controlled environments

• Compact, space-efficient form factors for embedded deployment

Performance Little PCs are engineered for more demanding industrial applications requiring higher processing capability, enhanced thermal design, and greater environmental tolerance. These systems are built for sustained workloads and continuous operation in environments where vibration, dust, temperature variation, or higher data workloads are expected. 

Performance-tier Little PCs are ideal for advanced automation, edge computing, vision systems, data-intensive industrial tasks, and applications requiring rugged design without full extreme-environment specialization.

Key Features:

• Higher-performance Intel processors (Core i5/i7/i9 options)
• Enhanced thermal design for sustained workloads
• Expanded I/O and multi-display support
• Ruggedized construction for vibration and temperature variation

Xtreme Little PCs represent Stealth’s most rugged and specialized compact computing systems, designed for harsh and mission-critical environments where standard industrial PCs may fail. These systems may include sealed designs, advanced environmental tolerance, and specialized compliance depending on the application. 

Xtreme Little PCs are built for deployments requiring maximum reliability in extreme conditions such as outdoor installations, transportation infrastructure, defense-related environments, and other harsh industrial applications where failure is not an option.

Key Features:

• Sealed or fanless designs for harsh environments
• Wide and extended operating temperature ranges
• Shock and vibration resistance
• Specialized compliance or application-specific configurations