Dual core dual architecture for flexible performance Dual core design combines Arm CortexM33 and Hazard3 RISCV cores to handle real time control on one side while providing flexible processing on the other. Clock speed is configurable up to 150 MHz for responsive task handling. Memory designed for practical embedded use 520 KB of SRAM for runtime data and 2 MB of onboard Flash memory for firmware and program storage. Modern and convenient interface TypeC connector supports up to date connectivity and easy integration. Easy board level integration Castellated module design allows direct soldering to carrier boards for compact, robust assemblies. Key benefits and what it solves Real time control plus flexible compute The two independent cores enable separating deterministic control tasks from higher level processing or development work, improving reliability and efficiency in embedded systems. Ample memory for firmware and data The combination of 520 KB SRAM and 2 MB onboard Flash provides space for complex firmware, multiple software rooms, and data logging without frequent rewrites or external memory needs. Simple, futureready interface A TypeC connector simplifies power and data connections and aligns with modern development and deployment workflows. Easy integration into custom boards The castellated module design makes it straightforward to mount the module onto carrier boards, supporting compact, productionready builds and rapid prototyping. Technical highlights at a glance Processors Dualcore Arm CortexM33 and dualcore Hazard3 RISCV Clock Flexible up to 150 MHz Memory 520 KB SRAM, 2 MB onboard Flash Interfaces TypeC connector Module format Castellated module for direct soldering to carrier boards Use scenarios Real time control systems Ideal for industrial automation and robotics where deterministic timing is critical. Run real time control tasks on the CortexM33 core while offloading coordination, data processing, or higher level logic to the RISCV core. Edge processing and IoT gateways Use the two cores to perform local data collection, preprocessing, and device management at the edge, with a compact module that can be soldered directly onto a carrier board in an enclosure or control cabinet. Prototyping and product development A convenient platform for developing and testing embedded applications that require both deterministic microcontroller behavior and flexible software development, with straightforward integration into custom hardware via the castellated module. Additional notes The description remains consistent with the original product specifications: dualcore Arm CortexM33 and dualcore Hazard3 RISCV, up to 150 MHz, 520 KB SRAM, 2 MB onboard Flash, TypeC connector, and castellated module for direct soldering to carrier boards. This layout is suitable for a range of embedded applications requiring reliable real time control and adaptable processing.