⚡ A look at the design of the ESP32 DevKit V1 - a small but powerful microcontroller for IoT, automation, and embedded systems.
📕 ebokify.com/esp32
This schematic presents the GPIO mapping, power management, UART, SPI, I2C communication, sensor integration and wireless connectivity in a clean engineering workflow.
ESP32 is bringing to life real-world smart systems in a more accessible and efficient way, from OLED displays, environmental sensors, and RGB LEDs. 🚀
Learning deep about:
🔹 Embedded Systems 🔹 IOT Automation
🔹 Hardware Integration and
🔹 Communication Protocols
This is where the real electronics engineering begins: Understanding schematics. ⚙️
#ESP32#IOT#EmbeddedSystem#Electronics#Robotic#engineering#Automation#hardware#shematic
Japan IT Week Spring 2026 kicks off today at Tokyo Big Sight. Our team is on site and ready to connect, join us to explore our latest embedded and edge computing solutions. See you there!
#JIW2026#JapanITWeek#IBASE#EmbeddedSystem#EdgeComputing#EdgeAI
Japan IT Week Spring 2026 kicks off today at Tokyo Big Sight. Our team is on site and ready to connect, join us to explore our latest embedded and edge computing solutions. See you there!
#JIW2026#JapanITWeek#IBASE#EmbeddedSystem#EdgeComputing#EdgeAI
In IoT and Robotics, you have to learn the basics of connection and wiring, then the code instructing the connections on what to do.
#embeddedsystem#Arduino
📡 Expert-Led Frontier Session | SAT, MAR 14 | 17:00 GMT 1
Edge Robotics in Deep Waters: Architecting Real-World Autonomous Underwater Vehicles with @LemuelIfuwe, AI Researcher, Sheffield Hallam University.
This session is a technical teardown of what it takes to build a real AUV — not only in a simulation but also in the physical world.
What's to be covered:
• Distributed architecture: SBC for high-level processing microcontrollers for motor control
• ROS 2 on the edge: practical node/topic design for real hardware deployments
• Sim-to-real: overcoming the constraints unique to marine robotics.
If you work with robotics, embedded systems, or edge computing, this is built for you.
Join us here - 🔗 bit.ly/ADTC_Discord#AfricaDeepTechCommunity#AfricaDeepTech#EmbeddedSystem#EdgeComputing
We’re at FOSDEM 2026 today!
Open source is at the heart of what we do at RAKwireless—from open hardware to community-driven innovation.
Our VP of Strategic Growth & Design Partner, Gavin Brown, is on-site Jan 31 – Feb 1. If you’re attending, let’s talk open source, collaboration, and IoT.
Book a 1:1 👉 lnkd.in/gKaWnE2A#FOSDEM2026#OpenSource#OpenHardware#IoT#EmbeddedSystem
We are honored to participate as a Gold Sponsor of VLSID 2026. Join us at this premier global conference to experience an exciting lineup of technology showcases, speaking sessions, tutorials and design contests, and explore our latest innovative solutions to accelerate your next design. mchp.us/3XDpo1P#VLSIDesign#EmbeddedSystem#EmpowerInnovation#AI#Silicon#Sustainability
Embedded systems are evolving. With no-code and low-code platforms, developers and even non-programmers can build complex functionality—such as real-time control, connectivity, and IoT applications—without writing extensive lines of code. These tools simplify integration with sensors, edge devices, and real-time processing while reducing development time and cost. Learn how this shift is opening new possibilities across automation, industrial control, and prototyping.
Read more: wevolver.com/article/embedde…#coding#software#RapidPrototyping#EmbeddedSystem#tech@MouserElec
It's been 2 months since I started the #3dmodeling with #FreeCad . I was already fed up with paying other people to do the #3dmodeling of my embedded systems.
To tell the truth, I found a new passion.
#FreeCAD#Robotic#Mechanic
🎉 Great energy at the RT-Thread IoT Workshop at the Faculty of ICT, Mahidol University!
Hands-on sessions with the Vision Board, an RT-Thread dev board powered by the @Renesas Cortex-M85 RA8D1 chip.
Exploring #RTThread, IoT applications, and #opensource#embeddedsystem 🚀