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IOTomorrow is the Final Submission...
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#Difference Between Microprocessor And Microcontroller
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トレンドリール
(12)
2.2M
OFPopular Microcontrollers RANKED!
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#robonyx #microcontroller #electronics #robotics #DIYElectronics #arduino #raspberrypi #engineering #maker #circuit #technology #IoT
@officialrobonyx
425.3K
DEGet 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
@devomech
1.2M
ADPopular Microcontrollers RANKED!
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#microcontroller #electronics #robotics #DIYElectronics #arduino #raspberrypi #engineering #maker #circuit #technology #IoT
📸: Robonyx
@advancepranjal
49.9K
CI😮Mesmerising view of a 1980's chip under a microscope. Amazing video by @albin.jd
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#electronicsengineering #vintageelectronics #microprocessor #transistor #soldering #integratedcircuit #ic #whatsinside #curiousminds #technology #electronics
@circuitmix
3.8M
MI🇬🇧 Intel Core i7-920 — The Dawn of a New Era 🔥
Released in 2008, the Intel Core i7-920 marked a revolution for Intel’s CPU design.
Built on a 45 nm process, with 4 cores and 8 threads, it was part of the first Nehalem generation — introducing the LGA 1366 socket and a triple-channel memory controller.
Running at 2.66 GHz (up to 2.93 GHz Turbo), it replaced the old FSB with Intel’s QPI bus, offering smoother communication and better performance.
Under the microscope, this silicon reveals a complex and elegant layout — a masterpiece of early multicore engineering ⚙️
🇫🇷 Intel Core i7-920 — Le début d’une nouvelle ère 🔥
Sorti en 2008, le Core i7-920 a marqué une étape majeure dans l’histoire d’Intel.
Gravé en 45 nm, doté de 4 cœurs et 8 threads grâce à l’Hyper-Threading, il faisait partie de la première génération Nehalem, inaugurant le socket LGA 1366 et le contrôleur mémoire intégré triple canal.
Fonctionnant à 2,66 GHz (jusqu’à 2,93 GHz en Turbo), ce processeur ouvrait la voie à une nouvelle architecture plus efficace, avec le bus QPI remplaçant l’ancien FSB.
Sous le microscope, on découvre une organisation d’une finesse impressionnante pour son époque — un véritable témoin du savoir-faire d’Intel avant la course au nanomètre d’aujourd’hui ⚙️
#Intel #Corei7 #CPU #Processor #Microscope #VintageTech #ComputerEngineering #Die #SiliconChip #TechCollector #Vintage #Engineering #Pentium #Hardware #TechNostalgia
@microscopie_44
187.4K
MIWaitlist link in bio ❤️ #technology #engineering #arduinoproject
@mixikid
206.1K
TE⚡ 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
@techlogicindia
212.7K
ELBillions of switches, one brain. 🧠⚡
At the heart of every phone and computer lies the Microprocessor. But how does it actually "think"?
It all starts with the Transistor. 🤏
Think of a transistor as a microscopic digital switch with no moving parts. It has two simple states: ON (1) and OFF (0).
A modern CPU packs billions of these tiny switches onto a single silicon chip. By flipping them on and off at incredible speeds (GHz), they create logic gates that do the math, run your apps, and even render this video! 🤯
Hashtags:
#microprocessor #transistor #semiconductor #electronics #engineering
@electrical.engine
302.2K
I2Microcontroller peripherals should be understood by inventors. Properly applied peripherals and tiny 8-bit microcontrollers can be a clean path toward a $500k new product idea. This video lays it all out for you at a high level. #invention #money #stem #diy #howto
@i2c_jason
417.6K
DE8 popular microcontrollers rank boards, including Arduino UNO, ESP32, and more. Watch to see where each one stands? We've ranked them from S-tier to D-tier so you can pick the right one for your next project.
#microcontrollers #arduino #esp32 #stm32 #Teensy #devomechsolutions
@devomech
26.0K
MIEver wondered how a CPU is actually born? 🖥️⚡..
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From sand to silicon ⚡ Watch how the brain of every computer—your CPU—is born. An animated journey into the world of microchips! 🖥️✨ #TechExplained"
📍Location: Silicon Valley, California
Hashtags:
#CPU #Engineering #TechAnimation #SiliconValley #ComputerScience #Innovation #Technology #ChipDesign #FutureTech #Nanotechnology #AI #Microchip #Processor #ScienceAnimation #Inventions #DigitalWorld #Trending2025 #FYP #ViralVideo #mimbasimba #usa #unitedstates #education #animation
@mimbasimbaofficial
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