The Beacon EmbeddedWorks SOMOMAPL138‑10‑1503QHCR is a high-performance, compact System-on-Module that combines an ARM-based microprocessor with a robust DSP core, perfect for global embedded applications. Powered by the OMAP‑L138 MPU paired with the TMS320C6748 DSP, it delivers efficient multitasking at 375 MHz while maintaining a small footprint (40 × 30 mm). It is built for energy-efficient and responsive operations. Designed with worldwide deployment in mind, this module supports diverse industries, from automation and medical to telecommunications, offering reliable, versatile processing in a streamlined form factor.

What Sets the Beacon EmbeddedWorks System-On-Module, OMAP-L138 MPU, DSP Core Apart?

This SOM stands out for blending power, efficiency, and compact design. The dual-core architecture, combining the OMAP‑L138 MPU and TMS320C6748 DSP, delivers smooth control and signal-processing capabilities in real time. Its small and durable form factor reduces system complexity and accelerates development cycles, all while lowering costs and energy use. Compliant with RoHS and REACH regulations, it’s ready for international deployment.

Advanced Features and Benefits Include

• Dual-core capability combining MPU (ARM-based) and DSP for versatile application support
• High performance with a 375 MHz clock speed, ideal for responsive embedded systems
• Compact size (40 × 30 mm), perfect for space-constrained designs
• Adequate memory (64 MB RAM, 16 MB flash) for efficient multitasking and firmware storage
• Regulatory compliant (RoHS3, REACH), ensuring global environmental and safety adherence
• Quick integration reduces development time and simplifies design workflows across regions

Product Use Case

• Real-time control and signal processing in robotics and manufacturing lines
• Enables rapid, reliable diagnostics and embedded imaging systems
• Versatile enough for signal modulation, protocol processing, and baseband tasks
• Powers interactive kiosks, compact audio/video modules, and IoT gateways
• Ideal for rugged vehicle interfaces, energy management units, and innovative instruments