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PIC32C and SAM MCUs Based on Arm® Cortex®-M Cores
Find the Right Arm Cortex-Based MCU for Your Design
- PIC32C Devices
- SAM Devices
Get Started in Three Easy Steps
1. Discover
Discover over 4,000 detailed project examples with GitHub code repositories and helpful tips and tricks on our MPLAB® Discover content search platform. Find application notes, data sheets and more with this comprehensive resource for all your embedded design needs.
Reference Designs
Simplify your design cycle, from concept to production. Explore our extensive portfolio of reference designs to jumpstart your design process.
2. Configure
Our comprehensive MPLAB development ecosystem incorporates powerful tools to help you configure, develop, debug and qualify embedded designs. With seamless code generation, effortless device configuration and easy troubleshooting, our tool chain is built to get you to market faster.
3. Build
Easily take your idea from concept to prototype with our Curiosity Nano Development Platform. These cost-effective MCU development boards simplify rapid prototyping with an incredibly adaptable tool set and integrated programming and debugging capabilities. Effortlessly expand your design to include sensors, connectivity modules and more with our Curiosity Nano Base for Click boards™.
Elevate Your Coding Experience with Our MPLAB AI Coding Assistant
MPLAB AI Coding Assistant is a free, customized version of the Continue extension available on the Microsoft® Visual Studio® Code Marketplace that is tailored specifically for developers working with Microchip products. It offers code suggestions with the AI autocomplete feature, automates mundane tasks and provides access to Microchip data sheets within the editor. A Microchip-trained virtual assistant chatbot is also available to answer your coding questions to elevate your coding experience and accelerate your development.
Choose the Right Core
Cortex-M0/-M0+ Based MCUs
Streamlined Design
Our MCUs based on a Cortex-M0+ core offer low power, fast performance and single-cycle I/O for efficient bit control. They support memory protection for secure operation and feature low-power modes for embedded applications.
Cortex-M3/-M4 Based MCUs
General Purpose Applications
Cortex-M3 and Cortex-M4 cores share a common architecture, with the Cortex-M4 core also including DSP instructions and an optional hardware Floating Point Unit (FPU) for efficient signal processing and faster math operations. Since both cores offer 3–5 times the performance of the Cortex-M0+, our MCUs based on these cores are well-suited for more compute-intensive embedded applications.
Cortex-M7 Based MCUs
Complex Real-Time Applications
Our MCUs powered by the Cortex-M7 core deliver top-tier performance within the Cortex-M family. Featuring a double-precision Floating-Point Unit (FPU), advanced DSP capabilities, faster memory access and improved branch prediction, they are built for high-efficiency processing. Integrated peripherals enable easy configuration, helping streamline development and enhance your design. These MCUs are excellent options for advanced motor control and high-performance embedded systems.
Cortex-M23/-M33 Based MCUs
Secure and Trusted Performance for Embedded Systems
Energy-efficient Cortex-M23 and Cortex-M33 cores are designed for secure, real-time embedded applications. Our MCUs with these cores support Arm TrustZone® technology to provide hardware-enforced isolation between secure and non-secure code.
32-bit Arm Cortex-Based MCUs
Similar Devices
- PIC32C Devices
- SAM Devices
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Similar Devices
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Similar Devices
Need Help Choosing a Product for Your Design?
Our Client Support team is here to support you. Use the link below to schedule a call with a member of our team, use our live chat widget in the bottom right corner or submit a question for assistance and we will follow up with you as soon as possible.
