I've been playing with an idea that would involve running a machine over a delay-tolerant mesh network. The thing is, each packet is precious and needs to be pretty much self contained in that situation, while modern systems assume SSH-like continuous interaction with the user.

Has anyone heard of anything pre-existing that would work here? I figured if anyone would know about situations where each character is expensive, it would be you folks.

Alternative Youtube Link

Alternative Youtube Link

I recently stumbled upon a channel that definitely belongs here. A pair from Slovakia presents rare Soviet-era computers and other technology.

Alternative Youtube Link

So I'm cleaning out a house and found a brand new Gateway2k Pentium 4 computer. Someone opened the boxes but never took the computer out, its all still in the plastic and I don't want to ruin the unboxing for someone that is into this. The computer is free to a good home in the Boston metro area to make your retro gaming dreams come true! Shoot me a message, first come, first served.

P4 Computer - Gateway 2000 model 510 - part number 2800434

17" TFT Monitor - Gateway FPD1730

Speakers - Boston Acoustics BA745

Edit: Found a taker, hopefully it goes to it's forever home on Saturday!

Edit edit: its gone!

I am looking for something simpler than MAME, I want to emulate an 8-bit CPU with 32K RAM and 32K ROM connected to a VT100 type terminal - this would be a simple Linux executable that one runs from the terminal emulator, I will simulate using a built-in teletype by copy/pasting text files into the terminal or copy/pasting screen output to text files.

Either CPU would be good. I will be doing machine-code programming, at least until I build my own assembler. Then, who knows...

I am not affiliated with this title in any way. I am just sharing it out of appreciation for fine work and in the hope that someone here may be interested.

cross-posted from: https://lemmygrad.ml/post/4649344

kewl

Archive.today link to the article.

Alternative Invidious Link