Updating microchip pet information

I mean, everyone knows the best microcontroller is the one you already know how to use.No, wait — the best microcontroller is definitely the one that is easiest to prototype with.I used a price-break of 100 units when determining pricing, and I looked at typical, general suppliers I personally use when shopping for parts — I avoided e Bay/Ali Express/Taobao unless they were the only source for the parts, which is common for devices most popular in China and Taiwan.I wanted to explore the

I mean, everyone knows the best microcontroller is the one you already know how to use.No, wait — the best microcontroller is definitely the one that is easiest to prototype with.I used a price-break of 100 units when determining pricing, and I looked at typical, general suppliers I personally use when shopping for parts — I avoided e Bay/Ali Express/Taobao unless they were the only source for the parts, which is common for devices most popular in China and Taiwan.I wanted to explore the $1 pricing zone specifically because it’s the least amount of money you can spend on an MCU that’s still general-purpose enough to be widely useful in a diverse array of projects.What I will do, however, is offer a ton of different recommendations for different users at the end. This microcontroller selection guide will have both qualitative and quantitative assessments. But these have an economies-of-scale effect; if we only have to produce five different MCU models, we’ll be able to make a lot more of each of them, driving down the price.Overall, I’ll be looking at a few different categories: Within a particular family, what is the range of core speed? How do different MCU families end up on that spectrum?It’s time for a good ol’ microcontroller shoot-out.

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I mean, everyone knows the best microcontroller is the one you already know how to use.

No, wait — the best microcontroller is definitely the one that is easiest to prototype with.

I used a price-break of 100 units when determining pricing, and I looked at typical, general suppliers I personally use when shopping for parts — I avoided e Bay/Ali Express/Taobao unless they were the only source for the parts, which is common for devices most popular in China and Taiwan.

I wanted to explore the $1 pricing zone specifically because it’s the least amount of money you can spend on an MCU that’s still general-purpose enough to be widely useful in a diverse array of projects.

pricing zone specifically because it’s the least amount of money you can spend on an MCU that’s still general-purpose enough to be widely useful in a diverse array of projects.What I will do, however, is offer a ton of different recommendations for different users at the end. This microcontroller selection guide will have both qualitative and quantitative assessments. But these have an economies-of-scale effect; if we only have to produce five different MCU models, we’ll be able to make a lot more of each of them, driving down the price.Overall, I’ll be looking at a few different categories: Within a particular family, what is the range of core speed? How do different MCU families end up on that spectrum?It’s time for a good ol’ microcontroller shoot-out.

This is an example of a real-world application where you often need good, real-time performance, so I thought it would be a perfect test to evaluate the raw processing power of each microcontroller.These MCUs were selected to represent their entire families — or sub-families, depending on the architecture — and in my analysis, I’ll offer some information about the family as a whole.If you want to scroll down and find out who the winner is, don’t bother — there’s really no sense in trying to declare the “king of

This is an example of a real-world application where you often need good, real-time performance, so I thought it would be a perfect test to evaluate the raw processing power of each microcontroller.

These MCUs were selected to represent their entire families — or sub-families, depending on the architecture — and in my analysis, I’ll offer some information about the family as a whole.

If you want to scroll down and find out who the winner is, don’t bother — there’s really no sense in trying to declare the “king of $1 MCUs” as everyone knows the best microcontroller is the one that best matches your application needs.

In 2017, we saw several new MCUs hit the market, as well as general trends continuing in the industry: the migration to open-source, cross-platform development environments and toolchains; new code-generator tools that integrate seamlessly (or not so seamlessly…) into IDEs; and, most notably, the continued invasion of ARM Cortex-M0 parts into the 8-bit space.

I wanted to take a quick pulse of the industry to see where everything is — and what I’ve been missing while backed into my corner of Digi Key’s web site.

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This is an example of a real-world application where you often need good, real-time performance, so I thought it would be a perfect test to evaluate the raw processing power of each microcontroller.These MCUs were selected to represent their entire families — or sub-families, depending on the architecture — and in my analysis, I’ll offer some information about the family as a whole.If you want to scroll down and find out who the winner is, don’t bother — there’s really no sense in trying to declare the “king of $1 MCUs” as everyone knows the best microcontroller is the one that best matches your application needs.In 2017, we saw several new MCUs hit the market, as well as general trends continuing in the industry: the migration to open-source, cross-platform development environments and toolchains; new code-generator tools that integrate seamlessly (or not so seamlessly…) into IDEs; and, most notably, the continued invasion of ARM Cortex-M0 parts into the 8-bit space.I wanted to take a quick pulse of the industry to see where everything is — and what I’ve been missing while backed into my corner of Digi Key’s web site.

MCUs” as everyone knows the best microcontroller is the one that best matches your application needs.In 2017, we saw several new MCUs hit the market, as well as general trends continuing in the industry: the migration to open-source, cross-platform development environments and toolchains; new code-generator tools that integrate seamlessly (or not so seamlessly…) into IDEs; and, most notably, the continued invasion of ARM Cortex-M0 parts into the 8-bit space.I wanted to take a quick pulse of the industry to see where everything is — and what I’ve been missing while backed into my corner of Digi Key’s web site.

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