Hardware

TODO

Articles

• USB3: why it's a bit harder than USB2

• Everything I know about SSDs

• My Business Card Runs Linux

• Wireless is a trap

• PlayStation 3 Architecture

• Architecture of Consoles

• Intel, Mobileye, and Smiling Curves

• Больше одноплатников хороших и разных: модели конца 2021 года, на которые стоит обратить внимание

• Mac SE/30 odyssey

• The Framework is the most exciting laptop I've ever used

• What scientists must know about hardware to write fast code

• Building a Curve25519 Hardware Accelerator

• Performance Speed Limits

• How Capacitive Soil Moisture Sensors Work

• Hardware Memory Models

• DIY Through Hole Plating of PCBs

• Как втиснуть 16 ГБ памяти на материнскую плату, которая не поддерживает такой объём

• Examining a technology sample kit: IBM components from 1948 to 1986

• Как я жарил видеокарту

• Тест памяти, убивающий ноутбуки — почти детектив

• Hardware-as-a-Service

• Have you considered buying used hardware?

• Пишем USB-драйверы для заброшенных устройств

• Neuromorphic computing: An Overview

• В чем разница между CPU и GPU?

• Notes on building a deep learning PC

• The History of the Microprocessor and the Personal Computer

• How we ran a Unix-like OS (Xv6) on our home-built CPU with our home-built C compiler

• Computer Architecture Takeaways

• Terminal Server on a Budget

• Hardware Floating Point

• It's 2021 and USB-C is still a mess

• Neuromorphic Chips Take Shape

• Manufacturing Process of a CPU

• Краткое введение в SIM-карты

• Coding for SSDs – Part 1: Introduction and Table of Contents

• С чего начинается hardware-стартап: Команда и прототип

• Необычный дуалбут: ноутбук с «двойным дном»

• Одноразовые зарядные устройства. За что нам это?

• Почему RAID-5 — «mustdie»?

• Intel 4004 — процессор изменивший мир

• Introduction to Digital Design and Integrated Circuits

• Open-source Firmware

• Tracking Firmware Code Size

• Recovering Firmware Through U-boot

• Neuromorphic computing: An Overview

• Мой компьютер на логических микросхемах

Books

• A History of Modern 64-bit Computing

• Practice Problems for Hardware Engineers

• A Modern Primer on Processing in Memory

• Branch Prediction Is Not a Solved Problem: Measurements, Opportunities, and Future Directions

• Accelerating Sparse Matrix-Matrix Multiplication with GPU Tensor Cores

• The Hardware Lottery

• How to flash an LED

• 2022 Roadmap on Neuromorphic Computing and Engineering

Courses / Videos

• How do hardware timers work?

• Take a look inside Steam Deck!

• USENIX ATC '21/OSDI '21 Joint Keynote Address-It's Time for Operating Systems to Rediscover Hardware

• How does n-key rollover work?

• The True Cost of Processor Manufacturing: TSMC 7nm

• Apples M1 Processor: The hardware behind the hype

• Why making chips is so hard

• IEDM 2020 Tutorial: Memory-Centric Computing Systems, Onur Mutlu, 12 December 2020

• Stanford Engineering Hero Lecture: Morris Chang in conversation with President John L. Hennessy

• Inside the Apple II

• Building a new C64 in 2020

• The microarchitecture of Intel, AMD, and VIA CPUs

• Hardware interrupts

• The future of computing: a conversation with John Hennessy (Google I/O '18)

• Neuromorphic Computing Is a Big Deal for A.I., But What Is It?

• Exploring How Computers Work

• How Do Computers Remember?

Links

• CRAY-1 COMPUTER SYSTEM

• Apple Lightning

• Manuzoid - Search for Manual Online

• Anatomy of a CNC Router

• Eero - WiFi router

• Xilinx

• Nvidia

• AMD

• Nintendo DS Architecture

• Xbox Architecture

• PlayStation Architecture

• Build an 8-bit computer from scratch

• Major Tom Workshop [YouTube]

• Hardware Unboxed [YouTube]

• Titan M tools - This repository contains the tools we used in our research on the Google Titan M chip

• caravel - Caravel is a standard SoC hardness with on chip resources to control and read/write operations from a user-dedicated space

• Open Hardware Verification - A List of Free and Open Source Hardware Verification Tools and Frameworks

• System Bus Radio - Transmits AM radio on computers without radio transmitting hardware

• The Hacker's Hardware Toolkit

• chisel3 - Chisel 3: A Modern Hardware Design Language

• WLED - Control WS2812B and many more types of digital RGB LEDs with an ESP8266 or ESP32 over WiFi

• From the Transistor to the Web Browser - From the Transistor to the Web Browser, a rough outline for a 12 week course

• UEFITool

• Binwalk

• Tasmota

• hackrf - low cost software radio platform

• litex - Build your hardware, easily!

• Awesome Firmware Security

• Awesome Hardware Description Languages