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That was my exact first computer with the CGA graphics, GEM Desktop, Locomotive Basic etc. All the software came in 4 360KB diskettes. The diskettes had each it's own beautiful color. There were 3 sample Basic programs that seemed to me quite advanced. One sample was a document management system. Another was a drawing program where you could draw with a mouse. Didn't know that GEM Desktop was made by Digital Reasearch. It was a very good windowing system. I believe it was based on MS-DOS. There was also a CP/M OS. So much software in only 1.2MB.
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Exactly, thanks for sharing.
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I dearly remember the keyboard's warm red Caps Lock light and my sessions of running Print Master and writing BASIC programs on it.
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You can quite literally run Doom on it. This isn't new either; here's a video from 8 years ago demonstrating that, and the author mentions not being the first person to do this: https://www.youtube.com/watch?v=y6PP_IBbOTY

Newer models like the ESP32-P4 are substantially more powerful, running dual cores and with all sorts of computational acceleration built in.

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We will see the day your toothbrush has more compute than the original IBM PC.
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Pretty sure we have, e.g. [0], "TI's MSPM0Cx MCUs featuring Arm® Cortex®-M0+ core with 24 MHz CPU, 32-bit structure, 4 to 16 KB Flash provide cost-effective designs for electric toothbrush and shaver applications." - compared to the 5150[1], it's 4x the bus width, 5x the CPU clock, albeit with fewer RAMs.

[0] https://www.ti.com/lit/ab/slaaeg0/slaaeg0.pdf

[1] https://en.wikipedia.org/wiki/IBM_Personal_Computer

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That insane new Dyson toothbrush definitely. It has on-device AI analyzing 28 fps video from its camera.

https://www.youtube.com/watch?v=tF2piG0N5gg

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At 8mhz? I'd imagine it rivals at least the Pentium III
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Well, probably not, but maybe a plain Pentium?

The Pentium III was a superscalar core that scaled up to 1.4 GHz. This microcontroller is max 240 MHz and does less work per cycle.

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Probably, I was use this example because I feel youngers can't imagine how much we could do with such MS-DOS class computer, even within its limitations.

So naturally an ESP32 can do so much more.

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