Portwell, Inc., a global innovator in industrial embedded computing solutions, launched PICO‑8021 Pico‑ITX single board computer (SBC), powered by Intel® Processor N150 and Intel Atom® x7000RE Series processors. Designed to address the growing demand for compact, energy‑efficient, and long‑life embedded platforms, PICO‑8021 delivers optimized performance for medical, retail, and self‑service equipment markets.
As edge computing continues to expand across healthcare digitalization and smart retail automation, system integrators are seeking high‑performance yet cost‑effective embedded boards with extended temperature support and industrial‑grade reliability. PICO‑8021 meets this need with a space‑saving Pico‑ITX form factor while maintaining robust connectivity, security features, and expandability for evolving edge applications.
Power-Efficient, Secure, and Compact Design for Long‑Life Embedded Systems
PICO‑8021 supports Intel® Processor N150 and Intel Atom® x7000RE Series processors, delivering up to quad‑core processing with optimized power efficiency around a 9W TDP. Built on Intel’s architecture for edge computing, these processors provide enhanced graphics capability, improved multitasking performance, and hardware‑level security acceleration, ideal for data‑sensitive and real‑time applications.
Key features include onboard LPDDR5 memory for improved bandwidth and vibration resistance, dual Intel® I210 Gigabit Ethernet for network redundancy, TPM 2.0 (Infineon) for enhanced cybersecurity, 2 × RS‑232 for legacy device connectivity, HDMI® 1.4 display output, USB 3.2 Gen2, M.2 2242 expansion, GPIO control, and wide operating temperature support from -45°C to 85°C (depending on CPU SKU) for harsh environments.
“PICO‑8021 is designed to be a ready‑to‑deploy embedded platform,” said Eden Cheng, Product Manager of Portwell. “With its soldered LPDDR5 memory, industrial‑grade components, and dual LAN architecture, customers can reduce development time and BOM cost while ensuring long‑term stability and security.”
Optimized for Medical and Smart Retail Applications
In medical environments, system reliability and data protection are essential. Serving as the core building block for medical devices, PICO‑8021 supports dual‑network isolation for hospital IT segmentation, TPM‑based encryption for patient data protection, and RS‑232 interfaces for medical measurement and monitoring equipment. Its compact form factor and wide‑temperature tolerance make it suitable for medical carts, bedside terminals, imaging displays, and ward information systems.
For retail and self‑service deployments, the board provides sufficient computing power for POS systems, digital signage, self‑ordering kiosks, and vending machines. Dual LAN supports POS‑backend separation, while USB and serial interfaces enable integration with barcode scanners, card readers, touch panels, and payment modules.
“Healthcare and retail customers are seeking platforms that balance performance, reliability, and cost,” added Eden Cheng. “PICO‑8021 enables system integrators to build scalable solutions with secure connectivity and long product lifecycle support.”
Driving Secure and Efficient Edge Computing Across Industries
With its compact Pico‑ITX footprint, low‑power Intel® processors, industrial‑grade durability, and comprehensive I/O integration, Portwell PICO‑8021 provides a versatile and enduring embedded solution for edge computing deployments. It empowers system integrators and OEMs to accelerate time‑to‑market while maintaining compliance, security, and reliability. From medical digital transformation to smart retail automation, PICO‑8021 stands as a cost‑effective yet capable computing foundation for diverse industry applications.
