#Computing Components

Ever wondered how a computer actually thinks?💭 I built one from scratch — on a breadboard. 🧵💻 Here’s how the magic happens, from binary to blinking LEDs. It’s not just wires… it’s logic, memory, and control in action. Follow along to see how computers work at the lowest level. ⚡️ #TheWiredJourney #BreadboardComputer #BenEaterInspired #HowComputersWork #LowLevelLogic #ComputerEngineering #DigitalLogic #BinaryLife #STEMReels #EngineeringStudent #TechExplained #BuildToLearn #ComputerArchitecture

Understanding Hardware is crucial in Embedded Systems Engineering. While chatGPT certainly helps with explaining difficult concepts, it can not physically debug the hardware that might be a cause of software failure.

High performance computing

Datacenter Rack Architecture Follow & subscribe @networks.baseline ❤️❤️ #networking #networkmarketing #network #education #fblifestyle

🇬🇧 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

The Ridiculous Engineering Of The World’s Most Important Machine Our latest video, out now on YouTube! Link on our story. Written by Sulli Yost, @casper_mebius and Derek Muller Directed and produced by Sulli Yost Presented by Derek Muller and @casper_mebius #science #veritasium #physics #engineering #asml

Inside your PC, billions of tiny switches run every app you use. This is how a CPU really works, explained step by step. Watch till the end if you want to truly understand your tech. 🧠📲 #cpu #engineeringlife #computerscience #howitworks #pcbuild

Comment “ETL” to get the links! 🔥 If you’re working with data but don’t truly understand ETL, you’re only seeing half the system. Dashboards, analytics, ML pipelines, and data platforms all depend on it — whether you realize it or not. ⚙️ ETL (Extract, Transform, Load) — Explained Clearly A clean breakdown of what ETL is, why it exists, and how raw data actually becomes usable. 📚 ETL with a Real Example Step-by-step explanation showing how data moves from source → transformation → destination in real systems. 🎓 ETL for Beginners (Non-Technical Explanation) Perfect if you’ve heard the term everywhere but never built a solid mental model of it. 💡 With these ETL resources you will: 📊 Understand how data pipelines really work 🧠 Learn the difference between raw data and analytics-ready data 🏗 Connect databases, data warehouses, and reporting systems logically ☁ Level up for Data Engineering, Backend, Analytics, and Cloud roles If you want to move from “I query data” to “I design data systems”, ETL isn’t optional — it’s foundational. 📌 Save this post so you always have an ETL roadmap 💬 Comment “ETL” and I’ll send you all the links 👉 Follow for Backend Engineering, Data Systems, and Career Growth

paper circuits for learning physical computing concepts

This customer wanted a maxed-out AI-ready PC, and we delivered with dual GPUs for maximum performance. 💪 A lot of you asked, “What’s the point of two GPUs?” Well, here’s why it makes a huge difference: AI & Machine Learning: Two GPUs drastically reduce training time and improve parallel processing, perfect for deep learning and LLMs. Multiple Monitors & Workflows: Ideal for setups with 3+ monitors, especially for productivity heavy environments like trading, content creation, or data science. Rendering, Mining & Simulations: Whether you’re doing GPU-based rendering, crypto mining, or real time simulations, more GPU power means better efficiency. Workload Distribution: Split heavy tasks across GPUs to keep your system cool and responsive. It’s a serious tool for serious computing, in other words, it’s a flex:) SPECS: CPU: @amd Ryzen 9 9950X3D MB: @asusrog X870E ROG Crosshair Hero RAM: @gskillgaming 128GB DDR5 Storage: 4TB @samsungus 9100 Pro GPU 1: @rog_usa ASUS ROG RTX 5090 Astral GPU 2: ASUS ROG RTX 5090 Astral AIO: @tryxglobal Panorama SE 360mm PSU: 2500w Hela Fans: 4x140mm @lianliofficial TL LCD + 3x120mm Lian Li TL fans Case: @phanteks NV9 . . . . #techbaddie #halloftech #fyp #tech #pcsetup #setup #gamimg #gamingpc #rog #pc #ai #highend #5090 #reels

Servers Screaming 🤖 #HardwarePlug 🔌 🔌 🔌 #ai #artificialintelligence #tech #armenian

Computer Evolution 1950-2100 #computer #evolution #tutorial #learning #officialcomputerskills