Intel NUC Rugged Board Element CMB1ABA (5-Pack)

Overview

The Intel BKCMB1ABA is a rugged development board designed to deliver reliable computing power in demanding environments. It supports M.2 SSDs for fast storage and operates with a low thermal design power of 15 watts, balancing performance and energy efficiency. Its compact size and wide DC input voltage range make it adaptable for embedded systems and industrial applications where space and power flexibility are critical.

Key features

• Energy-efficient operation with a 15 W thermal design power that reduces heat and power consumption
• Support for M.2 SSDs enables fast and flexible storage options tailored to various embedded and industrial needs
• Rugged design built to withstand challenging environments, ensuring consistent performance under stress
• Wide DC input voltage range from 12 to 24 volts allows integration with diverse power supplies and custom systems
• Compact dimensions of 170 mm by 136.4 mm fit well in space-constrained setups without compromising durability

Key specs

• Thermal design power (TDP): 15 W
• Storage support: M.2 SSD form factor
• DC input voltage range: 12 to 24 V
• Dimensions: 170 mm (width) x 136.4 mm (depth)
• Board type: U-series Element Carrier Board

Connectivity and compatibility

This board is designed to integrate seamlessly with Intel’s U-series Element modules, providing a solid foundation for embedded computing projects. Its support for M.2 SSDs ensures compatibility with high-speed storage devices, which is essential for applications requiring quick data access and transfer. The flexible power input range allows it to work with a variety of power sources commonly found in industrial and embedded environments.

Ideal uses and environments

The Intel BKCMB1ABA is well suited to engineers and developers working on embedded systems, industrial automation, and rugged computing solutions. Its energy-efficient design and compact form factor make it a strong choice for projects where space is limited and power efficiency is important. This board performs reliably in harsh conditions, making it a practical option for industrial settings that demand durability and consistent operation.