
When Parallel Reception of GNSS and LTE in Modules Is Important
Source: learn.sparkfun.com In LTE + GNSS modules, the real engineering challenge is not simply integrating two radios. The true difficulty is enabling continuous GNSS reception

Source: learn.sparkfun.com In LTE + GNSS modules, the real engineering challenge is not simply integrating two radios. The true difficulty is enabling continuous GNSS reception

Source: Pixabay Wearable devices combine sensors, wireless communication, batteries, and processing within a very small space. In many projects, PCB design becomes one of the

This case study demonstrates how a precision 16-channel Class AA RTD PT100 temperature measurement system achieves ±0.1°C accuracy at 0°C. By combining Class AA sensors

The Core Challenge Building a dog health collar that streams 100Hz IMU and piezo sensor data over BLE sounds simple until you face the real

Executive Summary This case study documents the development of an embedded Linux system that shares USB devices over Ethernet networks. Built on the RV1106G3

Credit: CSA Matter Brand Kit Introduction The Internet of Things (IoT) is transforming how we use and control various devices in everyday life. IoT

Project Overview IoT Tracker is a livestock tracking solution designed specifically for cattle monitoring in remote agricultural environments. The device combines cellular connectivity, solar

Introduction Imagine a fleet of embedded devices deployed across the country, running smoothly for weeks—until, without warning, they stop communicating. That was the mystery we

Introduction: This PCB module version 2.0 was designed as an upgrade for a dissolution tester to measure temperature using sixteen (16) individual PT100 temperature sensors.

Project Overview This case study presents the development of an advanced Pupilknowlogy system designed to measure Pupillary Unrest Index (PUI) and Pupillary Light Reflex (PLR)