A COM allows you to upgrade the processor module without redesigning your entire carrier board, which is ideal for long-lifecycle products.
Single Board Computers & Computer-on-Modules Component Intelligence
Engineering-grade compute modules and integrated boards for scalable embedded designs.
What are Single Board Computers & Computer-on-Modules components?
SBCs provide a complete, ready-to-use computing platform, while COMs offer a modular approach by separating the core compute engine from carrier-specific I/O. Choose based on your production volume, thermal constraints, and the need for future-proof scalability.
How to Choose Single Board Computers & Computer-on-Modules Components
Selecting between a fixed SBC and a modular COM depends on your project's lifecycle, I/O requirements, and mechanical constraints.
SBC vs. COM
Use SBCs for rapid prototyping and lower-volume production; use COMs to decouple the processor module from the custom carrier board for easier upgrades.
Thermal Management
High-performance modules require active or passive cooling solutions; verify the TDP against your enclosure's airflow capabilities.
I/O Requirements
Map your required interfaces (PCIe, MIPI CSI/DSI, CAN, Ethernet) against the board's native headers or the carrier board's expansion capabilities.
Software Ecosystem
Evaluate the maturity of the Board Support Package (BSP), kernel support, and community documentation for your target OS.
Lifecycle Longevity
Prioritize modules with guaranteed 5-10 year availability for industrial and medical applications to avoid premature redesigns.
Popular Single Board Computers & Computer-on-Modules Components
Live| # | Part | Category |
|---|---|---|