microprocessors

Where people care a lot is in embedded microprocessors.

On the other end, some critical performance things or microprocessors, etc., written in Rust cannot be written in Go.

My first job straight out of high school at age 18 was working on the development tools for embedded microprocessors.

Feel free to give your thoughts on these in terms of microcontrollers or low-cost microprocessors.

That was way more voices than they could get from microprocessors of the day.

One thing to keep in mind is how primitive microprocessors like the 6502 were.

Thus, if anybody was into the social aspect of computing, or reveled in multi-person/large projects, the shift to microprocessors was a horrible thing.

There are lots of innovations in tech happening outside of microprocessors.

I had my first job at 18 working on the development tools for embedded microprocessors.

A GPU consists of hundreds or thousands of microprocessors that have a traditional architecture: instruction decoding block, execution engines, registers, etc.

I've actually been thinking about this recently (in order to compile C into small, dense code for running, slowly, on 8-bit microprocessors).

Nvidia Titan X has 12 [1] microprocessors by your definition.

Adafruit sells small eInk screens (1.3"-2.7")[1] that you can attach to microprocessors for $30-$40.

Any example of a GPU with "hundreds or thousands of microprocessors"?

It should be called a "macroprocessor" instead (in direct contrast with "microprocessors").

Don't get me wrong, I like the article, but it dismisses a whole bunch of silicon valley stuff as "variations on a theme" of microprocessors and parsing radio spectrum.

Microprocessors too (AVR mostly) for various stuff.