Compact industrial systems no longer mean limited performance. With the right architecture, small industrial PCs can deliver real computing power for automation, vision, and edge applications.
Most compact industrial controllers use low-voltage processors to achieve small size and low power consumption.
While efficient, these processors often struggle with demanding workloads and complex industrial tasks.
To bridge this gap, TP-IPC developed a standard voltage mini fanless industrial PC, combining compact size with real desktop-class performance.
Low-voltage processors are commonly used in small industrial systems because they offer:
• Lower power consumption
• Easier thermal management
• Compact system design
• Lower hardware cost
• Sufficient performance for light workloads
They are well suited for basic data processing, simple control tasks, and light-duty applications.
Compact design with optimized thermal conduction structure.
The IBOX-602 series adopts desktop-class standard voltage processors, bringing real computing performance into compact industrial platforms.
Through optimized aluminum alloy housing and copper thermal conduction technology, the system achieves full fanless cooling while maintaining stable operation under heavy workloads.
This design enables:
• Silent operation
• High thermal stability
• Long-term reliability
• Industrial-grade durability
With advanced expansion design and industrial-grade protection mechanisms, compact systems can now support complex industrial peripherals, high-speed data transmission, and stable long-term deployment in harsh environments.
• Stronger computing performance
• Better multitasking capability
• Rich system expansion options
• Support for complex industrial applications
• Flexible OS and configuration options
• Stable real-time control performance
Standard-voltage systems are ideal for scenarios where performance, stability, and reliability matter more than ultra-low power consumption.
In real industrial deployment, the choice between low-voltage and standard-voltage platforms depends on application requirements:
If the task is light and energy efficiency is critical → low-voltage systems are suitable.
If the task is complex and computing performance is critical → standard-voltage compact systems are the better choice.