SOMOMAPL138-10-1503QHCR

The SOMOMAPL138-10-1503QHCR from Beacon EmbeddedWorks represents a cutting-edge solution in the Embedded - Microcontroller, Microprocessor, FPGA Modules segment, engineered for high-performance embedded systems. This module combines advanced signal processing capabilities with robust power efficiency, making it ideal for 5G infrastructure and edge computing applications where low-latency operation is critical.Featuring a versatile MPU, DSP Core architecture, this component delivers exceptional flexibility for multi-core processing tasks. When compared to conventional designs, its hybrid FPGA-MPU configuration enables superior parallel computation while maintaining precise clock synchronization across all cores.At the heart of the system lies the OMAP-L138, optimized for real-time digital signal processing with its advanced pipeline architecture. The processor's instruction set acceleration ensures deterministic execution cycles, crucial for industrial automation timing constraints.The integrated TMS320C6748 (DSP) significantly enhances computational density, providing dedicated hardware acceleration for complex algorithms. This co-processing unit features adaptive voltage scaling to balance thermal dissipation with processing throughput in automotive ECUs.Operating at 375MHz, the module achieves industry-leading performance-per-watt metrics. This clock frequency has been carefully validated to maintain signal integrity while minimizing electromagnetic interference in dense PCB layouts.With 16MB of non-volatile memory, the device offers ample storage for firmware and configuration data. The flash memory subsystem incorporates error correction codes (ECC) to ensure data reliability in mission-critical aerospace applications.The 64MB high-speed memory supports demanding multi-threaded operations. Its low-latency access architecture is particularly effective for buffering high-bandwidth sensor data in autonomous driving systems.Measuring just 1.57" x 1.18" (40mm x 30mm), this compact form factor enables high-density installations. The precision-engineered package maintains thermal performance characteristics essential for medical imaging equipment.Rated for 0°C ~ 70°C, the module delivers reliable operation in extreme conditions. This temperature resilience, combined with conformal coating options, makes it suitable for outdoor IoT deployments in harsh climates.