Ever wondered how 0s and 1s transition to Netflix ? That’s cliche intro but the article is all about starting from scratch , and when i say scratch i mean from the dark corners of logic gates all the way through CPUs and modern GPUs just to end up ta...
Ever wondered what’s really going on inside your computer when you open 20 Chrome tabs, blast music, and edit a document—all at once? 🤔 Let’s pull back the curtain and break down the key components that make your digital world go 'round: the CPU, co...
Here’s a direct comparison of FPGAs, GPUs, and CPUs in the context of High-Frequency Trading (HFT): 1. Latency TechnologyLatencyExplanation FPGA✅ Ultra-low (10s–100s of ns)Processes data in hardware with near-instant reaction time. CPU❌ High...
This documentation provides an in-depth understanding of data structures, algorithms, memory concepts, space complexity, and advanced list operations with clear explanations and hands-on code examples. 🔹 Section 1: Data & Algorithm Basics 1.1 Under...
Branch prediction refers to a CPU's ability to predict the outcome of a boolean statement to streamline processing. This concept parallels human decision-making, where people continuously assess potential outcomes based on experience and inference, o...
ATMEGA328P used in the Arduino UNO R3, is a beginner-friendly microcontroller widely used for embedded development and creation. Let’s try to understand the different components of our beginner-friendly microcontroller! This is a sketch of the compo...
In the fast moving world of tech, NVIDIA and AMD have emerged as indispensable players. Their contributions span across multiple industries, from gaming and artificial intelligence (AI) to data centers and automotive technologies. Understanding why t...
Welcome again everyone! In this article I will be going over a new topic for many of us. This article will go over “SIMD”. I will attempt to explain it in simple terms. Lets get started! What is SIMD? SIMD stands for Single Instruction Multiple Data....
🚀 1. CPU (중앙 처리 장치, Central Processing Unit) CPU는 컴퓨터의 두뇌🧠 역할을 하는 핵심 부품이다. 프로그램을 실행하고, 연산을 수행하며, 데이터를 관리하는 중심 장치이다. 🔹 CPU 주요 기능 3가지 명령어 해석 및 실행 프로그램 명령어를 이해하고 실행한다. 연산 수행 사칙연산(+, -, ×, ÷)부터 논리연산까지 다양한 계산을 수행한다. 데이터 이동 메모리, 저장장치, 주변장치 간의 데이...
Real-world applications you could replicate: Object Detection for Autonomous Vehicles: Utilize FPGAs to accelerate image preprocessing and inference tasks, ensuring real-time performance. AI in Medical Imaging: Implement image analysis for patholog...
