SM-K26-XCL2GI

AMD Xilinx's SM-K26-XCL2GI revolutionizes the Embedded - Microcontroller, Microprocessor, FPGA Modules market with its ultra-low-power architecture, specifically optimized for IoT edge devices. Its energy-efficient design enables years of battery operation while delivering sophisticated sensor processing capabilities.The FPGA Core configuration implements innovative power gating techniques for IoT applications. Compared to traditional designs, this architecture reduces standby current by 95% while maintaining instant wake-up responsiveness.The ARM® Cortex®-A53 features advanced voltage and frequency scaling for dynamic power optimization. Its ultra-low-leakage transistors enable efficient operation in energy-harvesting wireless sensor nodes.With the Arm® Cortex®-R5F handling sensor fusion algorithms, the main CPU remains in sleep mode longer. This dedicated low-power accelerator is particularly effective for always-on voice recognition in smart home devices.Operating at 533MHz, 1.333GHz in active mode, the processor dynamically adjusts clock speed based on workload. The adaptive clock distribution network minimizes switching losses during partial array activation.The 16GB eMMC, 64MB QSPI flash memory incorporates power-aware sector management for IoT firmware. Its deep power-down mode reduces storage energy consumption to nanoamp levels during extended idle periods.4GB of retention-mode RAM preserves data during ultra-low-power states. The memory's state retention capability enables instant wake-up without data loss in wearable health monitors.The 2 x 240 Pin interface supports low-power sensor connections with integrated signal conditioning. Its energy-efficient design minimizes I/O leakage currents in battery-powered environmental sensors.Measuring just 3.03" x 2.36" (77mm x 60mm), the module enables compact wearable designs. The package's minimal thermal mass allows rapid temperature stabilization in medical patch applications.Rated for -40°C ~ 100°C (TJ), the solution operates reliably in outdoor smart agriculture sensors. The extended temperature range ensures functionality from arctic winters to desert summers.