Articles on Hardware
Last updated: 2022/12/19
Top deep-dives on Hardware
So you might not know, but I have a background in electrical engineering. Therefore, articles that get down and dirty into the details of electronics have a special place in my heart. As the title implies, in this article, Kamila Součková gets the elbow grease on in this deep dive into how routers truly work. From a high level overview that focuses on the life of a packet in the data plane to routing, ARP, and MAC tables, Kamila gives you an informative overview of what that dust covered box with blinking lights does and how.
With the release of iOS 15, iPhone owners will be able to find their phone even when it's powered off. I don't mean searching for it like a needle in the haystack, only to realize it slipped out of your pocket and fell in between your couch cushions (at least you found some coins though); I mean using the app. In this article, Jiska explains how Apple did it, and some of its security implications.
Is it from a while ago? Yup. Is it kind of a marketing stunt? Sure. Is it still cool? Yes. It's pretty much the epitome of a self-hosted website. In this concise article, Roel Roscam Abbing describes the different infrastructure that went into making a website that is completely powered by solar energy, including software, hardware, and energy saving tricks.
Drew DeVault discusses some of the challenges of getting a RISC-V CPU system function like a "regular", useful computer.
I can understand that not everyone is a huge hardware nerd, and that's fine. But if you're spending a lot of time on your computer, and especially if you're doing it professionally, you definitely should have more than just a cursory understanding of its components. In this extensive article, Nick Evanson compares the two GPUs from two massive GPU manufacturers, Nvidia and AMD. Nick does a good job of getting down to the facts and cutting out the marketing BS.
This article is definitely much more hardware oriented. In it, Rodrigo Copetti breaks down a PS3, looking at the CPU, graphics, audio, I/O backwards compatibility, OS, games, and anti-piracy measures. "This writing encompasses ~6 years of research and development carried out by countless engineers", so be prepared for an education marathon.
Ken Shirriff outlines in detail the technological marvel that was the system used to measure the distance to the spacecraft sent to the moon.
Rodrigo Copetti presents anything and everything you'd ever want to know about the Xbox 360 (from a technical perspective).
Mario Zechner is starting on a journey (a series of articles) to "explore the ins and outs of software rasterization, starting from first principles, i.e. getting a pixel on screen".
- Covers C project setup for all OSes and VSCode
- A pixel (in the rasterization context) is the smallest "atomic" area within a raster for which we can define a color
- Next article is on drawing rectangles
Zak Kemble goes into the nitty-gritty of setting up a Raspberry Pi as a home router. Based on the comments, you could spin up a couple of these bad boys into a business.
Fiddling with hardware is not everyone’s cup of tea, but if you’ve ever considered building your own computer, I’d highly recommend it. In this article, Doug Brown takes it one step further, by setting himself the challenge of upgrading a montherboard’s BIOS without using any of the conventional approaches for his specific motherboard.
The Evolution of the PCI Express Specification: On its Sixth Generation, Third Decade and Still Going Strong
I first came across PCIe when building my computer. Dr. Debendra Das Sharma's article explores its development and evolution since its inception in 2003.
Robert Graham discusses how RISC is a set of creative tradeoffs that were meaningful in the early 1980s but became less so by the late 1990s. Robert also discusses how modern CPU architectures aren't really that different.
- If you are looking for the one thing that defines RISC, it's the thing that nobody talks about: horizontal microcode
- We've reached the point in tech where the instruction-set doesn't matter. It's not simply that code is written in high-level language. It's mostly that micro-architectural details have converged
- Old ideas take a long time to die
Chris Lu demonstrates a wave wall made with mostly active electronic components and hardly any digital hardware.
Raphael repurposes some electronic shelf labels (ESL) to build a cool little panel.
- An individual ESL has a similar brain to a fitness tracker
- They are controlled with a purpose-built device that talks to them via RF or NFC
- The main trick these chips use is to spend most of the time in a very low-power state, known as deep sleep
- To wake up the CPU back to life, usual choices are a timer or a change in the logic state on one of its input pins
- Low-power BLE devices have an extra power usage concern of broadcasting their existence
How do you guys feel about these building-type articles?
"The Yamaha DX7 digital synthesizer was released in 1983" and has been touted as "one of the most important advances in the history of modern popular music". In this informative article, Ken Shirriff literally picks the chip apart, covering what it does and how it does it.
Sebastian Sumpf "describe[s] how [they] enabled basic telephony support on the Pinephone" (the open source smart phone looks pretty cool from what I've seen).
"Falcon stands for FAst Logic CONtroller and is a proprietary microprocessor developed by Nvidia". Its first use was in GPUs from the G98 series, but has since been repurposed and reused for other series too. Mike Heskin and Michael have written a super in-depth article on hacking the Falcon. It really has everything you'd want to know, so check it out.
I'm guessing how we interface with technology is going to change a lot in the next 50 years. In this article, Artem Dementyev presents a "low-power miniature electronics board" that might be one of the first steps in having extensive tactile sensation with technology (this is how I can imagine it being used). Artem dives into the inner workings of board and describes all of its functionality.
"A differential equation-solving analog device is a reconfigurable computing platform that leverages the physics of the underlying substrate to implement dynamical system computations". Sara Achour's extensive article goes into the details on behavior of such a device and its functionality.