This is small supercomputer!
My first distribution (Slackware 2.0) was running on a P75 MHZ with 8 MB.
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This is small supercomputer!
My first distribution (Slackware 2.0) was running on a P75 MHZ with 8 MB.
Related: The Octavo systems system-on-package: https://octavosystems.com/ It's a TI AMxx series linux computer in a package on package module like a raspberry PI is. It comes in two variants, a regular pitch BGA and an ultra wide BGA so that it is actually possible to hand solder it! (or with hot air or a toaster.) It is what is used on the Pocket Beagle. It saves you the need to to most high speed signals and really…
From 2016: https://news.ycombinator.com/item?id=11397638
> 128MB, DDR2, 166MHz This is small supercomputer! My first distribution (Slackware 2.0) was running on a P75 MHZ with 8 MB.
They have a programmable controller for their robotics models: 600MHz ARM CPU and 256MB DDR3 RAM. We are talking about a toy line here :)
I could not make out from the documentation - are there are GPIO pins as on the Raspberry Pi?
“Around 40” GPIO pins
The problem with Linux in these applications is that it's not a realtime OS.
That said, Linux can be built in a realtime mode.[1]
This project looks awesome. I can imagine it being used instead of the ESP8266 in many of my IoT projects. That would be a huge time saver. It will start to become competitive once it is actually cheaper than Raspberry Pi Zero. Especially as the Vocore2 is MIPS-based.
Also, it's not possible to take the RPi zero seriously until they start shipping in any serious quantity - I don't like the play they've made by keeping it scarce.