From tooling and architecture to developer workflows. A solid look at how embedded engineering is evolving beyond traditional constraints
https://t.co/pu6D9jDaQz by @popovicu94
A great deep dive for embedded + firmware engineers who enjoy hardware that fights back
HDD Firmware Hacking Part 1 https://t.co/RkuDImaCTg #embedded#embedsys
⚔️ Firmware flame war starter:
“Rust is too heavy for MCUs.”
“C is unsafe.”
“Tooling matters more.”
“Memory footprint decides everything.”
Meanwhile, here’s data from an industrial comparison of Embedded Rust vs C using Ariel OS https://t.co/0BoNFAg12Y
The author built a dynamic quadruped robot for ~$1,450. One of the coolest engineering tradeoff breakdowns I’ve read in a while
https://t.co/dbUH5PnXgt by @aaedmusayt
The article titled "Fully Preserving Fisher-Price Pixter" is a fantastic @dmitrygr job!
Extract of the TLDR by himself: […] complete reverse engineering, documentation, emulation, and preservation of all […] device series and [almost] all the games
https://t.co/hlNGlQzrYL
linux networking is so low level that you can sniff every packet your machine sees with a single raw socket.
without wireshark and libpcap the kernel handing ethernet frames directly to userland.
linux literally exposes raw layer-2 traffic to userspace.
The author built a dynamic quadruped robot for ~$1,450. One of the coolest engineering tradeoff breakdowns I’ve read in a while
https://t.co/dbUH5PnXgt by @aaedmusayt
Do you remember the PC Engine? The TurboGrafx-16 in the US? I used to love this video game console so much. How was its hardware?
PC Engine CPU https://t.co/m5WPfbnhXB
A great deep dive for embedded + firmware engineers who enjoy hardware that fights back
HDD Firmware Hacking Part 1 https://t.co/RkuDImaCTg #embedded#embedsys
⚡️ A deep dive into embedded security and firmware protections: “Exploiting the Tesla Wall Connector from its Charge Port Connector – Part 2: Bypassing the Anti-Downgrade” #embedded#embedsys
https://t.co/ruFHUsSRwk
From tooling and architecture to developer workflows. A solid look at how embedded engineering is evolving beyond traditional constraints
https://t.co/pu6D9jDaQz by @popovicu94
should've bought some photonics stocks when I first saw this video.. anyway this is a photonic integrated circuit chip from a 1.6T DWDM transceiver module by Infinera (2 wavelengths x 2 polarizations (DP-64QAM) x 96 GBaud), and I'll make some guess on what is going on on this PIC.
before I start, you can zoom in onto the edges and see the facets were cleaved... (the year was already ~2020)
(image credit: https://t.co/kYtiLWRrhn)
When 'Close to the Hardware' isn't close enough
A great reminder that the real “Hello World” of embedded systems isn’t blinking an LED. It’s understanding everything that happens before main() even exists https://t.co/BxHpqHBqd8 #embedded#embedsys
From Gates to a Calculator
A fully functional scientific calculator in hardware using an FPGA. It includes a custom soft CPU, microcode firmware, and supporting tools https://t.co/9QiwQt25ui