Learn how the Configurable Logic Block (CLB), a small FPGA integrated into the microcontroller, can be used to create custom hardware-based logic.

Explore how the AVR® EB can reduce noise and vibrations of fans and pumps by using sinusoidal motor control.

Explore the USB capabilities of the AVR® DU family

MIPI I3C® offers major improvements over I2C and SPI. This demo focuses on three important new features in I3C: dynamic addressing, hot-join capability and in-band interrupts.

Explore the MVIO feature of the PIC® and AVR® MCUs that allows you to have two separate voltage domains and mitigates the need for a logic level-shifter.

View an audio-reactive light show similar to what you would see in a concert using the PIC18-Q71 MCU.

Explore how PIC® and AVR® microcontrollers can be used in systems with real-time constraints by utilizing Core Independent Peripherals.

Configure the integrated OPAMPS on a PIC18-Q71 and see their output in real-time, and determine if your design can be achieved without any external components.

See how the analog peripherals, like Operational Amplifiers and Analog Comparators, of the PIC® and AVR® MCUs can be used in a functional safety system.

Explore the anti-noise capabilities of the AVR® ADC. Input a variety of noise signals into the ADC and see the filtered output on the other end.