Open source technology, resources, DIY electronics and more.
Boulder, Colorado
Joined December 2008
- Tweets11.9K
- Following440
- Followers16K
- Likes2.4K
Sense every shiver with our new Qwiic boards! 馃槺
Orientation and Acceleration sensing just got scary easy with our new Qwiic BMI330 and BMA456 boards! Plus, we've got some great price drops on a few versions of 6DoF and 3 axis accelerometer breakouts!
hubs.ly/Q04CTPbD0
What types of things are put in formaldehyde... It IS spooky season after all 馃寵馃敭
And measure formaldehyde levels yourself with our new sensor!
hubs.ly/Q04CP1pM0
What do you think Geoff got Chris to test our new Formaldehyde sensor with?
Halloween answers only 馃巸馃懟
And happy belated birthday Chris!
Our deal of the week features the WVR Audio Development Board.
WVR is a next-generation sample player powered by an ESP32. WVR is Arduino compatible and open-source, and fits on a common breadboard, with room to access all the pins.
hubs.ly/Q04Cb30M0
Combining a love of golf with a passion for open-source electronics?
The result is what maker Coleman Rollins calls Open GPS, an open-source device that lets golfers measure their shots, track which clubs they're using, and save their data for later.
hubs.ly/Q04C9y-b0
We have an eclectic mix of new products this week!
RPi has a new 10.1 inch touchscreen, we're now selling a standalone photoacoustic spectroscopy CO2 sensor, we're carrying some simple 2x20-pin female and male SMD right angle header!
See it all at
hubs.ly/Q04C9wJ20
Whether via zombies, meteorites, or some techno-apocalypse combo, WE ARE DOOMED!
Beyond food and shelter, what are you actually going to do? For this, may we present the Portable Teensy Synth for the End of the World.
Collab w/ Jeremy Cook! Watch at
hubs.ly/Q04BrpXd0
Portable DIY Teensy Synth Anyone?
We teamed up with Jeremy Cook to build a portable DIY synthesizer from arcade buttons, a Teensy Audio Shield, and a Qwiic Speaker Amp.
Learn how to make your own at hubs.ly/Q04Blp2s0
We're going to FUSE San Francisco! Hosted by @pointonenav, this event brings together engineers and technology leaders working on the challenges of high precision positioning with robots, autonomous vehicles, drones, or other intelligent machines.
Sign up bit.ly/4hKzzN5
We've released some updated current sensors and realized that it could be a little confusing which sensor could be right for you. So let's go over a basic overview of what current is and the most popular current sensors that we carry!
bit.ly/4zqxDPG
70 volts measured on the PHY side of an Ethernet transformer during a hot-plug event, on a circuit rated for 3.3V. It's really an analog problem disguised as a digital one.
This is the latest Paul's Deep Dives post. Read all about it at
bit.ly/4AMB6cH
We dug into the full analog side of Ethernet on Teensy 4.1, including where MAC addresses actually live, how transient protection works (and fails), and why transformer isolation isn't the same as transient immunity. news.sparkfun.com/17301
When we talk about @xrpRobots, the conversation is often around middle- + high-school classrooms, but XRP is being used in colleges and universities too!
Let's see what @WPI, @CornellSystems, CU Boulder, NH Community Colleges, and @MNSUMankato are doing!
hubs.ly/Q04yv6lB0
The new SparkFun STCC4/SHT40 Qwiic CO2 Sensor is a simple indoor air quality breakout that measures CO2 concentration.
While most sensors measure estimated CO2 concentration, this uses thermal conductivity to directly measure actual CO2 concentrations.
hubs.ly/Q04ymPyd0
Teaching robotics doesn't have to be difficult! With the XRP, you can progress students from Blockly to MicroPython, adding sensors and learning skills like computer vision along the way.
One robot enables years of learning!
Learn more at hubs.ly/Q04y8KhG0
Introducing the new Qwiic Formaldehyde Sensor, utilizing the miniature SFA40 from @sensirion!
The SFA40 from Sensirion is an electrochemical sensor that maintains accurate formaldehyde measurements in environments that have other common indoor gases!
hubs.ly/Q04xVlQk0
Ever wanted to make a human motion alarm (not to be confused with just a motion alarm)? Now you can! Using just a Teensy, a sensor, and a few small parts, professional maker Jeremy Cook shows us how simple this practical project can be!
Learn how at hubs.ly/Q04xN6BD0
The XRP wasn't designed to be a "build it once and move on" robot. Start with Blockly, move to Python, add sensors, experiment with autonomous robotics, keep going.
It's less about one robot, and more about how far you can take it.
Try for yourself at hubs.ly/Q04xH7Xd0
Insanely cool project from Reddit popped on our radar. The M.U.L.D.E.R. Unit is a Paranormal Investigation Device this user built to connect with their kids over "spooky stuff." This is a no-solder build that incorporates a bunch of SparkFun parts!
hubs.ly/Q04xgMZn0
The idea behind DMA is straightforward: instead of having the CPU repeatedly move data between a peripheral and memory, configure the DMA hardware to do the transfers for you. The difficult part is figuring out how all the pieces fit together.
Learn more!
bit.ly/4dzXk7N
