Portwell, a leading innovator in industrial embedded computing solutions, today announced the launch of RICH-61F0, a rugged, fanless embedded system powered by Intel Atom® x7000RE Series processor. Designed to meet the evolving demands of industrial digital transformation, RICH-61F0 targets applications that require compact size, high reliability, and long-term operational stability. As industries embrace automation, edge computing, and real-time data-driven decision-making, Portwell introduces RICH-61F0 as a rugged, versatile platform built for harsh, space-constrained environments—ideal for long-lifecycle industrial projects and outdoor systems.
RICH-61F0 is built on Intel Atom® Processors x7000RE Series, offering scalable performance options with 2, 4, or 8 cores and up to 12W TDP, balancing computing efficiency with low power consumption. The processor supports in-band ECC (IBECC), enhancing data integrity and system reliability for long-term industrial operation. Combined with Portwell’s embedded design expertise, the system features a fanless, sealed chassis and supports an extended operating temperature range from -40°C to +60°C, ensuring stable performance in harsh environments.
The system provides rich I/O connectivity, including dual 2.5GbE LAN ports (Intel® I226LT) for high-bandwidth networking, four USB 3.2 Gen 2 ports, HDMI® and DisplayPort outputs, and a COM port supporting RS-232/422/485 via RJ45. Flexible expansion is enabled through M.2 slots for storage and wireless modules, while 12V to 19V wide-range DC input allows deployment across diverse power infrastructures.
“RICH-61F0 was designed to address the real-world challenges of industrial environments, space limitation, thermal constraints, and long-term reliability,” said Armin Lin, Product Manager at Portwell. “By adopting Intel Atom® x7000RE Series, we deliver a platform that combines improved CPU performance over previous Atom generations, industrial stability, and long-term supply support, making it ideal for modern edge and IoT applications.”
Aligned with key market trends such as Industry 4.0, IIoT adoption, and edge intelligence, RICH-61F0 is well suited for a wide range of application scenarios. In factory automation and machine control, the system supports real-time data collection, equipment monitoring, and edge analytics for machine learning inference. Its dual LAN design and high-speed I/O enable seamless integration into production networks and control architectures.
For IoT gateway and edge computing deployments, RICH-61F0 functions as a reliable data aggregation and processing hub, supporting wired and wireless connectivity for cloud or on-premise systems. In smart retail, kiosks, and digital signage, the system’s compact form factor, silent fanless operation, and dual display outputs enable clean, reliable installations in customer-facing environments. Additionally, its rugged design makes it suitable for surveillance, transportation, and outdoor systems, where extended temperature tolerance and robust networking are critical.
“Customers across industries need computing systems that can be deployed quickly, managed remotely, and deliver long-term reliability—all within a compact footprint,” Lin added. “RICH-61F0 was developed to provide exactly that flexibility, durability, and performance in one embedded platform.”
With its rugged construction, flexible expansion, and efficient performance, RICH-61F0 delivers tangible benefits across industrial markets. The system ensures high reliability for long-term operation, supports remote management, and enables flexible deployment in space-constrained or harsh environments. By combining energy-efficient Intel Atom® x7000RE Series with Portwell’s industrial design strengths, RICH-61F0 helps customers accelerate digital transformation while reducing maintenance complexity and total cost of ownership.
As industries advance toward intelligent automation and edge-driven architectures, the Portwell RICH-61F0 stands out as a future-ready embedded system bridging performance, reliability, and deployment flexibility to empower customers across factory automation, IoT, transportation, and beyond.
