A high-performance carrier board engineered for System-on-Module applications, supporting DDR memory, Gigabit Ethernet, USB connectivity and industrial embedded computing with optimized high-speed PCB layout.
The SOM Carrier Board was developed to provide a reliable, high-performance platform for industrial embedded systems. The design focuses on signal integrity, power stability, and high-speed communication interfaces.
Develop a compact carrier board supporting high-speed communication interfaces including DDR memory, Ethernet, USB, and multiple peripheral connections while maintaining excellent signal integrity.
The PCB was designed using controlled impedance routing, optimized power distribution, differential pair routing, and multilayer stack-up techniques to achieve reliable high-speed performance.
PCB Stack-up
High-Speed Memory
High-Speed Interface
Gigabit Connectivity
The board layout includes dedicated power planes, ground planes, impedance-controlled traces, and optimized routing for high-speed digital signals, ensuring reliable operation in industrial environments.
Explore different views of the SOM Carrier Board, highlighting the high-speed PCB layout, component placement, and engineering quality throughout the design process.
The carrier board was designed following high-speed PCB design practices to ensure stable operation, excellent signal integrity, and long-term reliability in industrial applications.
| Specification | Details |
|---|---|
| Board Type | System on Module (SOM) Carrier Board |
| PCB Layers | 10 Layer High-Speed PCB |
| Memory Interface | DDR |
| Communication | Gigabit Ethernet |
| USB | USB High-Speed |
| Power Design | Multi-Rail Power Architecture |
| PCB Software | Altium Designer |
| Applications | Industrial Embedded Systems |
High-speed memory routing with impedance-controlled traces.
Reliable high-speed network communication interface.
High-speed USB connectivity for embedded applications.
Complete schematic capture and PCB development.
Optimized stack-up for signal integrity and power delivery.
Professional PCB layout and manufacturing documentation.
Every hardware project follows a structured engineering workflow, ensuring high quality, reliability, and manufacturability.
Understanding system requirements, interfaces, performance targets, and mechanical constraints.
Component selection, circuit design, and electrical verification for reliable hardware architecture.
High-speed routing, impedance control, power integrity, and EMI-aware multilayer PCB design.
Prototype assembly, hardware validation, debugging, and functional verification before production.
Reliable embedded controllers for industrial environments.
High-speed communication platforms and gateway devices.
Compact embedded systems for intelligent edge processing.
Tailor-made hardware solutions for OEM applications.
From concept to prototype, 360Electronix provides complete embedded hardware development, PCB design, and product engineering services.