CATEGORIES

Datasheet: SBCs On the Edge of AI - To reduce latency, single-board computers take inferencing closer to the source
Circuit Cellar

Datasheet: SBCs On the Edge of AI - To reduce latency, single-board computers take inferencing closer to the source

A diversity of missions, size, computing resources and power consumption give designers a range of options for choosing the right board to fit the application.

time-read
2 mins  |
August 2024
Tech Overview: Specialized Drones
Circuit Cellar

Tech Overview: Specialized Drones

Reconnaissance, Surveillance, Making Movies, Heavy Lifting, Package Delivery, Planetary Exploration There's A Mission-Specific UAV For Every Task -

time-read
10+ mins  |
August 2024
No Blues with Bluetooth!
Circuit Cellar

No Blues with Bluetooth!

Part 4: Bidirectional communication between peripherals and central devices

time-read
10+ mins  |
August 2024
Review of the Siglent SDS812X HD - 12-bit Digital Storage Oscilloscope
Circuit Cellar

Review of the Siglent SDS812X HD - 12-bit Digital Storage Oscilloscope

After 10 years of experience with his Siglent SDS1202X Digital Storage Scope, Brian was keen to review Siglent's new 12-Bit High Resolution scope, the SDS812X HD.

time-read
10+ mins  |
August 2024
Hit Me Up On TCP - Part 2 Using TCP/IP for transferring data, MQTT is lightweight and simple-to-use
Circuit Cellar

Hit Me Up On TCP - Part 2 Using TCP/IP for transferring data, MQTT is lightweight and simple-to-use

This is the second in a two-part series where Pedro highlights network communication using ESP32 SOC and the ESP-IDF framework. Part two shows how to establish a multiple-end communication through MQTT, with an ESP32 SOC on one end to another end that can be anything capable of communicating through MQTT. Transport fundamentals are covered through a practical example showing how an ESP32-S2 SoC communicates using MQTT.

time-read
10 mins  |
August 2024
RFID Attendance Tracker - Employee Clocking System Arduino Project
Circuit Cellar

RFID Attendance Tracker - Employee Clocking System Arduino Project

Attendance trackers carry prohibitively high costs for small companies. Andrei shows us how to build a cost-effective, customizable employee clocking system with RFID technology. An Arduino board with Integration Platform as a Service allows attendance tracking with RFID cards to blend seamlessly with popular payroll systems.

time-read
10+ mins  |
August 2024

ページ 2 of 2

前へ
12