Spanning across four distinct series, the Renesas Synergy™ Microcontroller family is designed for end applications ranging from connected mobile devices for the IoT market to high-performance embedded systems controllers.
With a range of performance, features, and pin-compatibility within each series, Synergy MCUs deliver the scalability, power consumption, code-reusability, and performance needs for the embedded market.
Synergy MCUs are designed to enable high software re-use when migrating from one MCU to another, reduce PCB layout efforts, and increase manufacturing efficiency.
To enable these key benefits Synergy MCUs maintain drop-in pin-to-pin compatibility across the same packages within each series, as well as peripheral and register compatibility across the family.
Components
At the silicon level, more than 70 different core function and peripheral components are used in different combinations to build devices that comprise the Synergy MCU family. These components are scalable and compatible to enable maximum re-use of software from one project to the next. Learn the functions of each MCU component here.
The four MCU series in the Renesas Synergy™ family include:
S1 Ultra-low Power
Design products with analog capabilities, secure connectivity, and robust safety for applications that require long battery life and standby times.
S3 High Efficiency
Deliver power-sensitive applications that need secure connectivity, advanced analog and timing control, safety self-test, segment LCD, and capacitive touch control.
S5 HIGH INTEGRATION
Implement demanding control applications with a combination of secure connectivity, large memory, serial memory expansion, high-accuracy analog, color LCD graphics with 2D engine, and safety functions.
S7 HIGH PERFORMANCE
Handle multiple high-speed secure connectivity channels simultaneously, drive a stunning color display, perform precision control operations, or sense analog signals with high accuracy.
FIND THE RIGHT MCU
Compare features, functionality, and performance across the series and determine the right MCU for your project.
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