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What is there to tinker? Using the connector on the back? As you pointed out, you get that on the cheaper option.

The mini PCs sold everywhere these days use standard Linux with over the counter components by Intel and AMD that are documented to death. They have the memory, faster CPU, fast storage, multiple HDMI outs, power switches etc. They run Windows if that's your thing. You can actually use them as your main computer if you are a teenager or light user.

This is far from the British computers that theoretically inspired the foundation. Even the cheaper 500 isn't such a great value for real world computer education. I bet more adult hobbyists like me use them than actual children.



> counter components by Intel and AMD that are documented to death

can you show me the GPIO library and documentation for a beelink n100?

where are the i2c pins on the motherboard, do they come with headers, or do we need to solder them in?

> Even the cheaper 500 isn't such a great value, unlike for instance, the foundation's (and mine) beloved ZX Spectrum.

the non plus 500 is £84. The Zxspectrum would be £500 adjusted for inflation.

a decent n100 (ie one that isn't a gamble) is £250, and again is for a different purpose.


I would argue that 400 is not a good value either, for that price you have to deal with occasionally broken file-system because caused by sd card and terrible keyboard. Not a good experience for beginner or a learning child.

People like to criticise x64 but getting a thin client from ebay and ESP32 GPIO board is probably the best bang for your buck.

No one buys raspberry pi to save money anymore, you buy it because you want to use Arm architecture and ability to use Android builds like LineageOS.




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