Checkout how we drilled through the back of a PCB in order to solder to the hidden pads under a cellular module.
The High Precision Temperature Sensor is now in full production! We also have a new machine imaging camera designed specifically for the SparkFun Edge Dev Board!
Building a DIY personal, portable, briefcase computer workstation with a Raspberry Pi!
Learn how we created our own SMD module using PCB tips and tricks for blind and buried vias.
Let's take a quick look at the current offerings of the popular LIDAR-Lite from Garmin!
In case you missed it, RPi 4 got a new bootloader that helps manage the heat this SBC produces.
We are going to the AIoT Summit on December 3rd with Ambiq Micro and TensorFlow, and we wanted to give you a sneak peek!
Version 4.1 of the SparkFun Inventor's Kit for Arduino Uno is now available! We also have three new heatsink cases, and a fan SHIM for your Raspberry Pi 4.
We added a follow-up GPS tutorial to increase your GPS skills a few weeks ago. Now we want to show you a practical example with a handheld GPS coordinate logger that will pin locations for your viewing pleasure using Google Earth.
A new SAMD21 Micro Development Board, a new version of the Teensy Shield, and a different look for our safety glasses.
I'm using six of the same sensor in my fiber optic suit, with only four hardware configurable addresses. I need to take advantage of my ESP32 to create multiple I2C buses.
When it comes to proximity and distance sensing, LiDAR has a lot to offer. With Garmin's LiDAR-Lite v4, there are some new features and advances you're definitely going to want to see.
A new, Qwiic-enabled, Crypto Co-Processor Breakout, a gator:circuit kit for micro:bit, and the newest version of the LIDAR-Lite!
What do you do after the SparkFun Inventor's Kit for Arduino? Here are a few more tutorials to help take your projects to the next level!
Is this the equivalent of the GNS Electronics NTRIP-X: https://www.gns-electronics.de/product/ntrip-x-basestation-bundle/ Would I need both…