Very interesting project. It'd be nice to see video of it in action and what use cases the author had in mind. A pic in a different post shows the 48k ram chip, and not far away is an SD card of 1 gigabyte - that's a dramatic contrast. The storage can hold the contents of ram 21,845 times over. If an 8GB laptop today had the equivalent storage, it would be a disk of 174TB.
Browsing by tag 'lt6502b' gives other posts that have pictures of the motherboard. https://www.maddox.pro/?cat=65 (update: the codeberg link has all the relevant pics)
The 6502 can't actually address more than that. The flash controller built into modern SD cards are also going to be significantly more powerful than the 6502. And I'm surprised you can even buy SD cards that small still!
Unless you use bank switching, which historically a lot of 6502 machines did use (e.g. Apple III/IIe/IIc, BBC Master 128, Commodore 128, Commodore CBM-II, etc)
Not much later there was the Radio Shack Model 100, and a bit after that the Gateway portables, and of course, eventually the NEC Ultralite and eventually the Sharp PC-6220 (which was available under two other brands as well).
Also, for those with deep pockets there were the GRiD laptops....
Beat the heck out of dragging a 1702, a 1541 and a C64 around, though. I have three and they made regular trips to vintage fests because they were easy to set up. They can easily be connected to more drives or a bigger screen. Their only major drawback, and this is a big one, is that you can fry the SID if you plug in the external monitor with the power on. I did that once to my horror, and so have others.
A 6502 is capable of most actual workloads people have, whose profiles actually haven’t changed much. Almost all of our compute goes to GUI and rendering stacks that decorate our actual work.
I favor simpler machines, but that seems a bit of a stretch. Most people would like to communicate over the internet without every intermediate hop seeing their traffic (so, their emails, their chats, their credit card number, ...), therefore they want TLS which I don't think is practical on a 6502? To say nothing of watching videos and listening to music.
Surely a laptop prototype based on such a tested and well-worn CPU with 48K of RAM would be cool, but shouldn't it sip power? Like shouldn't it last for like months on a charge? Or am I revealing my very meager and outdated understanding of engineering with only a bachelor in computer science from like 2004?
It's gotta be integrated together (and possibly be at a smaller process size) before you get all the power savings. If you have a real 6502, it has no internal RAM or cache, and you need to send power back and forth to the RAM chips. (I presume it's SRAM, but it could also be PSRAM)
If you ran a 6502 emulator on a cheap ARM SOC, it would be much lower power.
Specs:
* 65C02 running at 10MHz
* 46KByte of user RAM
* EhBASIC 22p2 with custom extensions
* eWOZMON
* Compact Flash for storage
* Built in battery (7400mAh currently)
* USB-PD Rechargable
* 10.1" Screen with 1024x600 and 256 colours
* WiFi Modem (based on this - https://github.com/dhansel/WifiModem)
* nanoSwinSID for sound (as well as beeps)
Browsing by tag 'lt6502b' gives other posts that have pictures of the motherboard. https://www.maddox.pro/?cat=65 (update: the codeberg link has all the relevant pics)
Unless you use bank switching, which historically a lot of 6502 machines did use (e.g. Apple III/IIe/IIc, BBC Master 128, Commodore 128, Commodore CBM-II, etc)
https://de.wikipedia.org/wiki/Commodore_SX-64
Also, for those with deep pockets there were the GRiD laptops....
Maybe Bullshit Jobs was onto something, it seems that my entire work day consists of work decoration.
Because most people I know certainly have different workloads and need their rendering as part of the work, not to decorate it nicely.
But for keeping a distraction free digital diary, it might be a nice device.
Surely a laptop prototype based on such a tested and well-worn CPU with 48K of RAM would be cool, but shouldn't it sip power? Like shouldn't it last for like months on a charge? Or am I revealing my very meager and outdated understanding of engineering with only a bachelor in computer science from like 2004?
If you ran a 6502 emulator on a cheap ARM SOC, it would be much lower power.
https://basharchive.org/#s/Maddox