Button ASMR anyone?
In our newest video, we take a listen to each type of button in our catalog that clicks, which is a lot of buttons! We've also added the audio files to all of the product pages.
https://t.co/F6SmF0SPFs
We've got a great deal of the week for you this week! Our MicroMod ESP32 Function Board is 63% off! Snag one (or a bunch) while the deal lasts!
See the deal 🔽
https://t.co/ziqHKwjpCP
Have you seen our new MCP4725 Qwiic 12 Bit DAC Breakout? It provides true analog generation with non-volatile memory and straightforward I2C integration, ensuring your microcontroller can handle analog tasks efficiently and consistently.
Check it all out!
https://t.co/lJiDliaiFK
Why Your USB Serial Data Looks Like Garbage
When you’re wiring together fast embedded systems it’s easy to assume USB will “just work.” That assumption is exactly what led to a subtle bug: perfectly timed data turning into unreadable garbage.
Read more:
https://t.co/EQzwp3bDWH
What else could the XRP become? That’s the question behind the WPI XRP Medal Challenge—and we would love to see how you answer it!
Learn more on the contest page at https://t.co/Iaodt5EJwD
Brought to you by @WPI@Raspberry_Pi@joeltelling (3DPN) @digikey@xrpRobots and us!
We are inspired by the students and educators that participated in the first-ever Ag Tech Robotics Challenge at College of Eastern Idaho!
This event got some coverage on local news!
https://t.co/qhHTzr2jar
https://t.co/MxRBM4mOG2
@eastidnews@LocalNews8@INL@xrpRobots
Ooh! What Does This Button Do?
These 16mm Mushroom Head Pushbuttons, available in both red and green, were designed for high visibility interfaces and industrial setups, and the oversized metal actuators deliver a satisfying tactile response.
https://t.co/Z6ZZtZOdeG
Teensy often serves as the "brain" of complex projects because of its tiny footprint and massive processing power. Inevitably, these projects require parts that can be 3D printed.
Turns out users have created printable designs around Teensy boards!
https://t.co/i3zbOhiPCG
Introducing SparkPNT's newest precision timing device: the GNSSDO+
Featuring the mosaic-T from Septentrio part of Hexagon and the STP3593LF Double-Oven OCXO from Rakon , this disciplined oscillator provides ultra-precise timing output!
Learn more: https://t.co/mj3NLTMb0c
What else could the XRP robot become? That’s the question behind the WPI XRP Medal Challenge—and we would love to see how you answer it!
Learn more on the contest page at https://t.co/4VeKnuzRcv
Brought to you by @WPI@Raspberry_Pi@joeltelling (3DPN) @xrpRobots and us!
How far can you push RTK corrections using LoRa? In our new video, we test a long-range base and rover setup using the SparkPNT Facet with a built-in 915MHz, 1W LoRa radio, achieving reliable RTK accuracy over 9 miles of line-of-sight distance!
https://t.co/kmJvhvzRpf
No 3D printer no problem!
We now carry the the U-Frame and Single Pump Enclosure for the AgXRP, which is perfect for those of you who need replacement parts but don't have access to a 3D printer.
https://t.co/hAOQ6OLYnf
Last week, we released the AgXRP Starter Kit, an open-source, autonomous robotics platform, that can turn your desk into a smart farm. Today, we released a series of new videos that will help you understand everything you need to know about it!
https://t.co/b7sxDmIugy
We wanted to see if it was possible to replace a hub using LEGO® SPIKE components with hobby electronics - turns out it is!
S we built a custom robot combining LEGO® SPIKE platform with off-the-shelf hobby electronics, MicroPython, and 3D-printed parts.
https://t.co/JlEdwcyJQU
The new AgXRP comes in 4 variations: the AgXRP Starter Kit, the AgXRP Pump & Soil Moisture Sensor Expansion Pack, and DIY versions of each of them that allow you to 3D print your own frames and enclosures.
https://t.co/JymGDwAYRE
@xrpRobots, @CornellEng, and @uidaho
Imagine a classroom where students do not just read about the future of agriculture, they build it. 🌱
We are proud to launch the AgXRP Beta with our partners @xrpRobots, @CornellEng, and @uidaho
Learn more ⬇️
https://t.co/shRqDb8Mvx
We love this article from our friends over at @ElectromakerIO highlighting the Teensy 4.1!
"When it comes to pushing the boundaries of what microcontrollers can do, the Teensy 4.1 doesn’t just raise the bar, it launches it into orbit."
Check it out - https://t.co/j3d8Dph0yM