Supporting the maker community with @MicrochipTech MCUs and other devices and tools to bring innovative ideas to life. Follow along as we share their projects!
.@MicrochipTech's coffee maker demo showcases the PIC32 BZ6 running a Bluetooth app while driving a TFT screen via a parallel 8080 display interface — great example of how the MCU can support wireless connectivity and embedded graphics on a single device! https://t.co/prIGKh6oL6
Reach out and touch your lighting! Inspired by old rotary phones, John Engeln's Lightcomposer is an ATmega328P-powered lamp that's controlled through clockwise and counterclockwise movements. https://t.co/jQueniHYcU
Artifact 85 is a freeform circuit sculpture built as a four-track, 16-step sequencer and synthesizer that runs entirely on an ATtiny85: https://t.co/aoZ6KzitbI
Sadwizard designed a desktop air quality monitor featuring a flicker-free touch UI, real standards color coding, MQTT/Home Assistant telemetry, and a 3D-printed parametric enclosure — all controlled by a SAM D21-based @adafruit Feather M0 WiFi: https://t.co/tQ7F06IyJV
Prototype AI and vision systems with confidence. Our latest evaluation platforms combine scalable hardware and development tools to move from idea to implementation faster. Read the blog: https://t.co/X2rzzwFHhh. #DesignEngineering#EmbeddedSystems#EdgeAI
Newsons Electronics built an ATmega328-controlled projectile machine that's capable of predicting where a ball will land and positioning itself to make the catch every time: https://t.co/S2Dama3SOs
Mike Warren's Brain Turbocharger turns a Star Wars Force Trainer toy into an ATmega328-powered wearable that measures your brainwaves and activates cooling fans whenever you're concentrating. https://t.co/TqRai42oXl
"The STK500 lives on in a way in @Arduino..."
Watch @mbanzi show off one of the first 20 Arduinos ever built – based on AVR® and designed as a smaller, simpler, and affordable alternative to the STK500 starter kit: https://t.co/OvCXvmbgOD
Oleksandr created an eight-command radio control system, featuring a PIC16F76-powered transmitter and receiver with a range of 10 meters. https://t.co/0B99PRaM8m
#ThrowbackThursday: A perfect business card for a data scientist! Paul Klinger designed an ATtiny3217-powered PCB that runs a CNN to classify 5x5 pixel digits and shows the internal activations of each layer! https://t.co/QX0U9EHzeS