I spent months explaining: • Linux • Kernels • System Calls • File Systems Then I realized something. To truly understand Linux, you must understand the CPU first. Because every process, every syscall, and every instruction eventually runs here. New video: How CPUs Work. #Linux #ComputerArchitecture youtu.be/gXao1fVNdvQ?si=0Cvh…

Think Like a Machine: Computer Architecture Unlocked ⏱️ 5.5 hours ⭐ 4.61 👥 8,729 🔄 Aug 2025 💰 $17.99 → 100% OFF comidoc.com/udemy/think-like… #ComputerArchitecture #Engineering #ComputerScience #udemy

Built this as a learning tool for computer architecture. If you are studying pipeline hazards, branch prediction strategies, or cache hierarchies, it might be worth a look. github.com/muditbhargava66/S… #ComputerArchitecture #Pipeline #Superscalar #OpenSource #Python

Data bus bottleneck. When the CPU generates data faster than the bus can clear it, buffers choke. Prototyping pipelined architectures quickly teaches you that computer engineering is just advanced plumbing. #simulation #ComputerArchitecture #RISCV

🇳🇱 PhD in Real-Time AI & Computer Architecture – TU Eindhoven 🤖 Position: PhD in Computer Architecture for Real-Time AI at the Edge 🏫 University: Eindhoven University of Technology (TU/e) 📍 Location: Eindhoven, Netherlands 🇳🇱 🏢 Department: Electrical Engineering 👨‍🏫 Supervisor: Dr. Sander Stuijk ⏰ Deadline: 30 June 2026 💰 Salary: €3,059 – €3,881/month 🚀 Passionate about AI systems, hardware & edge computing? Join the NWO FIND program and help design next-gen architectures to run large AI models on edge devices with strict constraints on latency, energy & memory. 🔬 Research Focus • ⚡ Real-time AI on embedded systems • 🧠 Hardware-aware ML optimization • 🔌 FPGA, GPU & accelerator co-design • 📉 Model compression (quantization, pruning) 🚀 What You’ll Do • Design novel computer architectures for edge AI • Optimize ML models for real-time performance • Co-design hardware algorithms • Prototype & validate with industry (ASMPT) 🌍 Why This Role? • 🤝 Work with top companies (ASML, NXP, Canon, Shell, TNO & more) • 🔬 Part of a large national AI research program (12 PhDs) • 🏭 Real-world applications: semiconductors, automotive, HealthTech • 🌐 Located in Brainport Eindhoven – a leading tech hub 🎯 Ideal Candidate • MSc in Computer/Electrical Engineering or related • Strong computer architecture & embedded systems knowledge • Experience with FPGA/GPU/SoC (plus) • Familiarity with PyTorch/TensorFlow (plus) 🎁 What You Get • 💼 4-year fully funded PhD • 💰 Competitive salary bonuses • 🎓 Training, teaching & career development • 🏫 World-class labs & industry collaboration 🌟 Impact Enable efficient, real-time AI at the edge, powering next-gen smart systems across industries. 🔗 More Info phdscanner.com/opportunities… #PhD #EdgeAI #ComputerArchitecture #Netherlands #EmbeddedSystems #AIResearch

Paper Acceptance Announcement 🎉 Paper titled "SLIM: A Scalable Large Integer Multiplier with Run-time Configurable Operand Length for FPGAs" has been accepted at the IEEE Computer Society Annual Symposium on VLSI (ISVLSI) 2026. Authors: Sasi Snigdha Yadavalli (IIIT Bangalore and SURE intern 2025 at IITH) and Rajesh Kedia (IITH) 👏 Congratulations to the authors! 🔍 Key Highlight: The paper proposes a highly configurable and scalable large integer multiplier, SLIM, which multiplies slices of the large operands using a smaller base multiplier. SLIM is designed for FPGAs and combines runtime configurable operand width with design-time configurable base multiplier width and the interface width for streaming operands and result. It consumes considerably less time and FPGA resources compared to existing runtime configurable large integer multipliers. #VLSI #CSEIITH #IITH #ComputerArchitecture #DigitalDesign #ISVLSI2026

검은고양이가 말아주는 디지털회로설계엔지니어 커리큘럼 -- basic knowledge -- SystemVerilog(Basic)->Digital Design(Mano)->Rust->C ->ComputerArchitecture(Patterson)->SystemVerilog(RISCV)->Microelectronic Circuits(Razavi)->CMOS VLSI Design(Rabaey)->Digital IntegratedCircuits(Rabaey)->UVM Basic ---Tool knowledge------ Linux->Cshell/tcl script->VCS->Verdi->VIP(Basic)->Spyglass->FusionCompiler->Confluence/JIRA->UVM ---Interface knowledge--- UART/SPI/I2C/AXI/APB/JTAG/기타등등 ---Domain Specific knowledge---(1개 선택) PCIe, USB, Ethernet, NPU, BUS, Memory, PHY, 기타등등

Temporal & Spatial Locality explained with simple examples and code - If you’re learning cache behavior, performance optimization, or OS fundamentals, this repo is for you with real time performance analysis. github.com/Harshkant87/Funda… #ComputerArchitecture #OperatingSystems #Performance #Caching #CS

What actually gets you hired as an RTL engineer isn’t what most students think. It’s not your GPA. It’s not how many textbooks you read. It’s this 👇 You can design, debug, and explain real hardware. Most candidates: • know theory • memorized pipelines • wrote a few toy modules But freeze when asked: 👉 “Why is your design failing timing?” 👉 “Why did your FSM glitch?” #RTLDesign #Verilog #FPGA #RISCV #ComputerArchitecture #HardwareEngineering #TechCareers

Inside every CPU is a tiny, insanely fast storage system: The Register File. .32 registers. .Instant access. .Everything depends on it. If you don’t understand registers, you don’t understand execution. A register is just a small storage slot inside the CPU. In RISC-V: x0 → x31 (32 total) Each one stores a value the CPU is actively using. #RISCv #ComputerArchitecture #CPU #Assembly #LowLevelProgramming

PicoRV32 is what happens when CPU design stops trying to look pretty and starts trying to win. It’s a tiny open-source RISC-V core, written in Verilog, built for one thing: doing more with less. No flashy giant pipeline. No bloated architecture diagrams. Just a brutally efficient design that fits where bigger cores can’t. That’s why PicoRV32 is so loved in FPGA and embedded projects: small area high clock potential easy to integrate real hardware mindset Textbook CPUs teach you how processors work. PicoRV32 teaches you how engineers actually build them. If you want to understand the gap between “computer architecture class” and “real CPU implementation,” start here. Tiny core. Big lesson. #PicoRV32 #RISCV #Verilog #FPGA #CPUDesign #ComputerArchitecture #DigitalDesign #OpenSourceHardware #EmbeddedSystems #RTL

People think modern CPUs replaced pipelines. They didn’t. They built on top of them. Pipeline: → fixed order → instruction flows step by step Out-of-Order: → dynamic scheduling → execute when ready → ignore original order But here’s the key: Out-of-order doesn’t remove the pipeline. It hides its limitations. Same foundation. Much more freedom. #CPU #ComputerArchitecture #Hardware

People think CPUs run instructions one by one. Wrong. They use a pipeline: Fetch → Decode → Execute → Memory → Writeback And these happen at the same time. That’s how CPUs get fast. Not smarter. Just more parallel. #CPU #ComputerArchitecture

🏆 Computer Architecture Hall of Fame — a brand new resource for the community! For the first time ever: 🥇 All four venue Hall of Fames (HPCA, MICRO, ISCA, ASPLOS) unified in one interactive page 🥈 A Combined ranking across all venues — see who dominates multiple HoFs at a glance 🥉 The first-ever IEEE Micro Top Picks Hall of Fame — 22 years of data (2003–2024), 261 Top Picks papers fully compiled 🏅 Honorable Mentions compiled as a separate tab (2014–2024, 130 papers) Also featuring: 🏫 Filter by institution 🔗 DBLP profile links for 250 researchers 📊 Cross-venue paper counts & year-by-year heatmaps 235 researchers. 5 venues. 22 years of Top Picks. 👉 prof-oguzergin.github.io/Com… #ComputerArchitecture #ISCA #MICRO #HPCA #ASPLOS #TopPicks

Pipeline in one line: 5 instructions running in 5 stages at the same time That’s the trick. #FPGA #RISCv #CPU #ComputerArchitecture #Hardware #ChipDesign

5/6 Key instructions to implement first: - addi / add - lw / sw - beq / jal - lui / auipc Master these and you already have a working mini-CPU! 6/6 Building your own RISC-V CPU on FPGA is one of the best learning journeys in hardware. Who’s starting their RV32I project this week? Drop your board (Tang Nano 9K? Arty? IceBreaker?) below 👇 Follow @riscvprogram for more step-by-step RISC-V FPGA content. #RISC-V #FPGA #RV32I #ComputerArchitecture

Most people code. Few understand what happens behind it. Completed CS301: Computer Architecture by @saylordotorg 📜 Score: 85.42% Learned: ⚡ CPU execution ⚡ Cache & memory ⚡ Pipelining ⚡ Parallel computing #TechTwitter #BuildInPublic #Programming #ComputerArchitecture #Dev

Ever wondered how RISC-V stays so efficient while keeping hardware simple? It all comes down to how we handle addressing modes in software rather than hardware. In our latest technical blog, we explore the vital role of Code Models within the RISC-V toolchain and how they empower designers to optimize performance. Key Takeaways: ▪️Simplicity by Design: RISC-V minimizes hardware costs by using only three basic addressing modes: PC-relative, Register-offset, and Absolute. ▪️Software Flexibility: We rely on modern toolchains to optimize addressing, achieving similar code size to complex ISAs with vastly simpler decoding rules. ▪️Medlow vs. Medany: Learn the functional differences between these two primary code models and how they determine where your code can be linked in the address space. ▪️ABI vs. Code Model: We clear up common misconceptions about how code models interact with function interfaces and pointers. By using fusible multi-instruction sequences and linker relaxation, RISC-V offers the power of variable-length addressing without the hardware bloat. Read the full technical breakdown here: na2.hubs.ly/H04lCV_0 #SiFive #RISCV #Semiconductors #ComputerArchitecture #Coding #TechBlog #OpenStandard

Know a rising star in Computer Architecture? 🌟 Nominations are OPEN for the IEEE TCCA Young Computer Architect Award! 🎓 Eligibility: PhD after 15 March 2020 🏆 Awarded at: #ISCA2026 Nominations close soon: bit.ly/4bo6CSr #ComputerArchitecture

🎓 Bilgisayar Mimarisi: RISC-V Tabanlı Yaklaşım — Türkçe açık erişim ders kitabının ilk bölümünü yayınladım. 📖 Bilgisayar tarihi, Moore Yasası, Von Neumann mimarisi, RISC-V'e giriş, başarım kavramları... CC BY-NC-ND 4.0 lisansıyla ücretsiz. ISBN başvurusu yapıldı, Google Kitaplar'a da gelecek. 📥 github.com/prof-oguzergin/bi… #BilgisayarMimarisi #RISCV #AçıkKaynak #ComputerArchitecture