AVR® MCUs offer exceptional performance, power efficiency and flexibility for a wide range of embedded applications. With easily customizable peripherals and premier code-efficient architecture, you can implement multiple functions on a single chip with seamless and minimal programming through our award-winning development ecosystem.
AVR EB Family
The AVR EB product family combines powerful Core Independent Peripherals (CIPs) with the robust and efficient AVR CPU core to create a family of MCUs that is capable of driving highly accurate systems, optimizing system performance and reducing BOM cost.
AVR SD Family
The AVR SD family is a low-cost, functional safety-compliant MCU designed to meet ASIL C and SIL 2 requirements. It features a dual-core lockstep CPU, ECC on all memories and advanced hardware safety features to enable fast fault detection within 1 millisecond, preventing hazardous situations and increasing reliability.
AVR EA Family
The AVR EA family, with its powerful AVR CPU, integrated analog and Core Independent Peripherals (CIPs), enables you to build compact designs with built-in flexibility and lower system cost.
AVR DA Family
Improve system response for complex single-chip control applications enabled by a combination of large memory and interconnectable Core Independent Peripherals.
AVR DD Family
The AVR DD family builds upon the low-power performance of the AVR architecture with a world-class selection of Core Independent Peripherals and a fully loaded intelligent analog portfolio, giving you the freedom to innovate with your designs.
AVR DB Family
Take advantage of the integrated level shifters and three highly configurable op amps to implement real-time control functionality in a variety of industrial control, home appliance, automotive, IoT and other applications.
AVR DU Family
Discover our AVR DU family of powerful microcontrollers, with up to 64 KB Flash, 24 MHz speed, real-time control, enhanced USB functionality and advanced CIPs for modern embedded system designs.
ATtiny1627 Family
Improve real-time performance with high-speed measurement, or measure small amplitude signals in harsh and noisy environments with the 12-bit differential ADC and Programmable Gain Amplifier (PGA).
2025 Configurable Logic Design Challenge Is Now Live
Join us for our 2025 Configurable Logic Design Challenge. With expert judges, free development tools and a $10,000 prize pool, this contest is an excellent opportunity to show off your design skills using our innovative CLB peripheral. Click the link below for more information about the contest and register now.
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.
2. Configure
Our comprehensive MPLAB development ecosystem offers powerful tools to help you configure, develop, debug and qualify embedded designs. With an Integrated Development Environment (IDE), C and C++ compilers and production-ready code generation tools, you can easily get your first prototype up and running in no time.
3. Build
Effortlessly take your idea from concept to prototype with our Curiosity Nano Development Platform. Our cost-effective MCU development boards simplify rapid prototyping with an incredibly adaptable tool set and integrated programming and debugging capabilities.