YouTuber Stuff Made Here has shared the latest evolution of his intelligent basketball hoops, this time in the form of the ball-seeking hoop. Powered by a Teensy, this robotic backboard moves through three-dimensional space to ensure every shot ends with a satisfying swish.
After more than a year of development, sucofunk released Beatmaker's Sketchbook, a Teensy 4.1 based sampler and sequencer. Designed as an Open Source alternative to the OP1 and MPCs, it follows a "Sample, Sketch, Arrange, Play" workflow to help take your ideas from simple noodling to live performances.
https://www.pjrc.com/beatmakers-sketchbook-sampler-sequencer/
Andrew J. Harvie and John C. de Mello created OLIA, an open-source digital lock-in amplifier. Digital lock-in is a method for isolating weak signals to facilitate measurement amongst background noise, which is processed away via digital signal processing (DSP). The Open Lock-In Amplifier (OLIA) is a Teensy 4.0-based system that can outperform far more expensive commercial devices.
https://www.pjrc.com/olia-open-source-digital-lock-in-amplifier/
Gero Takke created the Ottopot, a Teensy-powered MIDI controller with "nothing but 8 dials". But what dials they are! 14-bit MIDI CCs changes with a 1:1 mapping to physical movement provides an experience more akin to analog pots, but with continuous rotation
The technology we experience as children can have a lasting impression. An algorithm that Mate Steinforth saw at a relative's house had such an impression that three decades later it drove the creation of a #Teensy based realization in LED form
tubelab.com created a 6-voice polyphonic hybrid digital/analog synth using Teensy and CirrusLogic CS42448 and a Moog-style ladder filter made from vaccum tubes!
Ash Powers long dreamed of creating a crankshaft balancing rig, and through a combination of mechanical, electrical, electronic, software expertise, and use of Teensy, his dream is now a reality
Researchers from Prof. Joohyung Kim's KIMLAB at the University of Illinois Urbana-Champaign (UIUC) used Teensy to develop a low-cost, easy-to-reproduce "pneumatic skin" that gives robots a sense of touch
