#Difference Between Microcontroller And Fpga

100x Faster…But Not Worth It?! #diy #fpga #microcontroller #arduino #esp #electronics #engineering

Comenta “link do treinamento” que te enviarei o link para o treinamento que fiz! Comenta “link do ebook” que te enviarei o link do ebook! Esses materiais incríveis foram elaborados pelo Centro Oficial de Treinamento FPGA Altera na América do Sul, a @macnicadhw, uma multinacional japonesa que atua na distribuição de componentes eletrônicos e fornece soluções em IoT e IA. 👉 Se você quer dar os primeiros passos no mundo da tecnologia FPGA ou expandir seus conhecimentos, essa é uma excelente oportunidade! Vamos juntos explorar essa tecnologia inovadora? 🚀💡 #macnica #FPGA #arduino #esp32 #iot #inteligenciaartificial #CursosOnline

Cpu vs Fpga !

Get ready for the ultimate microcontroller showdown! ESP boards take on Raspberry Pi in a battle of performance, versatility, and innovation. Which one will come out on top for your next project? Watch, compare, and decide your winner! #Microcontrollers #ESPvsRaspberryPi #IoT #Electronics #DIYProjects #EmbeddedSystems

💯 Top 10 Microcontroller Boards You NEED in 2026! . . From beginner builds to pro-level embedded systems — we ranked the most popular boards based on performance, wireless features, power efficiency, and real-world usability. . . Inside this list you’ll find powerful options from Arduino, Raspberry Pi, Espressif Systems, STMicroelectronics, and PJRC — covering everything from IoT and robotics to automation and product prototyping. . . Whether you’re a student, maker, or embedded engineer, this guide helps you pick the right board and avoid costly mistakes in 2026. . . 👀 Watch till the end to see which board takes #1 — and why it’s the most future-proof choice! . . 👇 Tell us in comments: which board are you using right now? . . Follow @robu.in_ for more informative content 🔥 . . #microcontroller #electronics #arduino #esp32 #raspberrypi #teensy #stm32 #iotprojects #roboticsengineering #embedded #embeddeddeveloper #makerlife #diyprojects #engineeringlife #hardwarestartup #techreels #reelsindia #instareels #reelitfeelit #learnengineering #electronicsprojects #roboticsprojects #makersofinstagram #indiemakers #robu #robuin #techindia #robureels #viralreels

The FPGA Programming Handbook 📘 Level up your FPGA programming game with the “FPGA Programming Handbook”! This comprehensive guide takes you on a journey through the world of FPGA development, equipping you with solid skills in SystemVerilog and VHDL. Craft practical projects like a VGA controller, microprocessor, calculator, and keyboard to amplify your expertise. 🚀 Key Highlights: • Explore a wide range of FPGA applications and master the Xilinx tool flow • Dive deep into SystemVerilog and VHDL for robust and efficient hardware circuits • Refine your skills with CPU, VGA, and calculator projects for real-world experience Don’t miss out on this opportunity to level up your FPGA skills. Grab your copy now and enjoy a 20% amazon discount! 💰 Link in story to purchase. Let’s unlock the power of FPGAs together! 🔥 #vhdl #fpga #electronics #engineering #tech #arduino #technology

Diferencia entre un microcontrolador y un microprocesador, ¿La conocías?

I want to introduce you to microcontrollers! We’re starting with one of the smallest most reliable ones, the Microchip PIC 12F675. This is my favorite small microcontroller. It’s an 8-bit part you can program in C code. #microcontroller #intro #electronics #tutorial #diy

⚡ 3 Types of ICs Explained! Analog vs Digital vs Microcontroller 🤯 3 TYPES OF ICs - हर एक अलग है! ⚡ Integrated Circuits सब एक जैसे नहीं होते! समझो इनका फर्क: 🌊 ANALOG IC: ✓ Continuous signals handle करता है ✓ Smooth sine waves, no steps! ✓ Examples: 741 Op-Amp, 7805 Regulator ✓ Uses: Audio amplifiers, voltage regulators, filters ✓ Real-world analog signals के लिए perfect ✓ Sound, temperature, light - सब smooth variations 💻 DIGITAL IC: ✓ Binary logic - सिर्फ 0 और 1 ✓ ON या OFF - बस दो states! ✓ Examples: 7400 NAND Gate, 7404 NOT Gate ✓ Uses: Logic circuits, computing, counters ✓ Calculator, computer, digital clock - सब digital ICs ✓ High (5V) या Low (0V) - sharp transitions 🤖 MICROCONTROLLER IC: ✓ Mini computer in one chip! ✓ CPU + Memory + I/O सब inside ✓ Examples: ATmega328 (Arduino), PIC, ESP32 ✓ Programmable - कोड लिखो, behavior change करो ✓ Uses: Robots, IoT, smart home, automation ✓ Modern electronics का brain! ━━━━━━━━━━━━━━━━━━━ 📊 QUICK COMPARISON: Signal Type: - Analog → Continuous (∞ values) - Digital → Binary (only 0/1) - MCU → Programmable data Complexity: - Analog → Simple - Digital → Medium - MCU → High (complete system) Applications: - Analog → Audio, sensors, power - Digital → Logic gates, computing - MCU → Smart devices, robotics #TypesOfICs #AnalogIC #DigitalIC #Microcontroller #integratedcircuits

Normal microcontrollers are great, but what if you could configure your own custom hardware on the fly? 🤯 Meet the Shrike-lite! It looks like a Raspberry Pi Pico, but it’s a completely different beast. It packs TWO brains: the classic RP2040 chip sitting right next to a Renesas FPGA. This gives you true parallel processing and flawless timing precision—perfect for driving stepper motors in complex robotics projects. And at just around $4, it’s the ultimate entry point into the industry-standard world of FPGAs! ⚡️ A massive thank you to the team at @vicharak_in for sending this awesome board over to the lab for me to test out! 🙌 This Reel is just a quick teaser, but I’m currently working on a full, in-depth long-form video for my YouTube channel! We’ll be diving way deeper into how FPGAs work, setting up the code, and actually building a full project from scratch. Make sure you head over to my YouTube channel and subscribe (link in bio!) so you don't miss the full build when it drops. What kind of project should we create with it in the long video? Drop your ideas in the comments! 👇🛠️

. . . 🇪🇸 Así es como comprobé el funcionamiento de mi Z80, es un circuito básico para comprobar que el microcontrolador funciona correctamente. Se le inyecta una señal de reloj mediante un 555 y vemos como va haciendo el desplazamiento mediante los LED en las salidas del Z80. . . 🇺🇸 This is how I checked the operation of my Z80, it is a basic circuit to check that the microcontroller is working correctly. A clock signal is injected through a 555 and we see how it scrolls through the LEDs on the Z80 outputs. . . #z80 #zilog #led #bytes #8bytes #computer #ordenador #computadora #computerscience #computerengineering #electronics #555 #clock #electronicsengineering #protoboard #breadboard #resistor #retrocomputer #hertech_ind

A little more fun. I have developed a very basic library for the CH32V003F4P6 microcontroller to drive this miniature 0.42" OLED display. A little i2c bit-banging and smart workaround with the ASCII table, and it all works well. I have big plans with this display and MCU, and now I can actually continue working on the project. If everything goes as planned, it will yield at least two cool little gadgets. Stay tuned!