Renesas Synergy™ microcontrollers (MCUs) are designed with Arm® cores to power a wide range of applications—from IoT-connected devices to high-performance embedded systems. Offering scalability, energy efficiency, and pin compatibility, Synergy MCUs meet diverse needs across the embedded market. With the innovative Synergy Platform, engineers can focus on application differentiation by starting development at the API layer, speeding time to market, reducing costs, and breaking down barriers to entry, all while promoting code reusability and exceptional performance.
Start coding instantly at the API level and skip repetitive tasks. Focus on innovation and product differentiation with all-in-one support from Renesas to avoid delays.
Reduce software costs with included professional-grade tools for RTOS, networking, graphics, and more—all expertly maintained and updated by Renesas.
Access Synergy software and tools with no upfront fees or royalties, included with any Synergy MCU purchase, enabling agile development and quick market testing.
All Synergy MCUs use 32-bit Arm Cortex-M CPU processor cores designed specifically for energy-efficient and cost-sensitive embedded applications. The rich instruction architectures of these cores are upward compatible, driving scalability and a high degree of code re-use.
Synergy MCUs offer advanced memory features for greater design and development flexibility, and provide enhanced protection against unauthorized or unintentional access. The memory protection unit safeguards designated memory regions from unauthorized read or write attempts. The memory mirror function (MMF) provides the flexibility to virtually re-map the address of sections of code flash.
Synergy MCUs provide a range of analog signal processing and generation capabilities, including A/D conversion, D/A conversion. and analog signal comparison. The eventlink controller (ELC), PWM, external triggers, or software can trigger signal processing actions. Built-in diagnostics ensure reliable performance and synchronization offers protection against noise interference between modules.
Synergy MCUs feature a variety of timing and control functions necessary for real time applications. The asynchronous general-purpose timer (AGT) provides timer functions and signal measurement and generation capabilities, while general pulse-width modulation (PWM) timers generate pulse-based waveforms for a variety of applications.
Synergy MCUs provide a variety of HMI features for building interactive applications. Several components offer hardware acceleration for user displays, while a touch sense input module enables capturing user actions. Some MCU groups also offer support for capturing parallel data from imaging and other external I/O devices.
Synergy MCUs provide a wide range of options for connecting and communicating with external devices. Several peripherals offer synchronous or asynchronous serial communications, such as inter-integrated Circuit (I²C), serial peripheral interface (SPI), serial sound interface (SSI), and the serial communications interface (SCI).
Comprehensive resources, including tutorials, guides, and examples, are available to make your Bluetooth LE design journey easier.
