It has: you can encrypt your code, store a decryption key in OTP, and decrypt into RAM. Or if your code is small and unchanging enough, store it directly in OTP.
I guess you are very serious about competing with industrial MCU’s.
We had to use a 2040 shortly after it came out because it was impossible to get STM32’s. Our customer accepted the compromise provided we replaced all the boards (nearly 1000) with STM32 boards as soon as the supply chain normalized.
I hope to also learn that you now have proper support for development under Windows. Back then your support engineers were somewhat hostile towards Windows-based development (just learn Linux, etc.). The problem I don’t think they understood was that it wasn’t a case of not knowing Linux (using Unix before Linux existed). A product isn’t just the code inside a small embedded MCU. The other elements that comprise the full product design are just as important, if not more. Because of this and other reasons, it can make sense to unify development under a single platform. I can’t store and maintain VM’s for 10 years because one of the 200 chips in the design does not have good support for Windows, where all the other tools live.
Anyhow, I explained this to your engineers a few years ago. Not sure they understood.
I have a project that I could fit these new chips into, so long as we don’t have to turn our workflow upside down to do it.
You can certainly do that, sure, but any Cortex-M MCU can do that, and plenty of others have hardware AES acceleration that would make the process much less asinine.
Also, 520K of RAM wouldn't be enough to fit a the whole application + working memory for any ARM embedded firmware I've worked on in the last 5 years.
> Also, 520K of RAM wouldn't be enough to fit a the whole application + working memory for any ARM embedded firmware I've worked on in the last 5 years.
what are you smoking? I have an entire decstation3100 system emulator that fits into 4K of code and 384bytes of ram. I boot palmos in 400KB of RAM. if you cannot fit your "application" into half a meg, maybe time to take up javascript and let someone else do embedded?
robomartin|1 year ago
I guess you are very serious about competing with industrial MCU’s.
We had to use a 2040 shortly after it came out because it was impossible to get STM32’s. Our customer accepted the compromise provided we replaced all the boards (nearly 1000) with STM32 boards as soon as the supply chain normalized.
I hope to also learn that you now have proper support for development under Windows. Back then your support engineers were somewhat hostile towards Windows-based development (just learn Linux, etc.). The problem I don’t think they understood was that it wasn’t a case of not knowing Linux (using Unix before Linux existed). A product isn’t just the code inside a small embedded MCU. The other elements that comprise the full product design are just as important, if not more. Because of this and other reasons, it can make sense to unify development under a single platform. I can’t store and maintain VM’s for 10 years because one of the 200 chips in the design does not have good support for Windows, where all the other tools live.
Anyhow, I explained this to your engineers a few years ago. Not sure they understood.
I have a project that I could fit these new chips into, so long as we don’t have to turn our workflow upside down to do it.
Thanks again.
ebenupton|1 year ago
XMPPwocky|1 year ago
ebenupton|1 year ago
ryukoposting|1 year ago
Also, 520K of RAM wouldn't be enough to fit a the whole application + working memory for any ARM embedded firmware I've worked on in the last 5 years.
TickleSteve|1 year ago
dmitrygr|1 year ago
what are you smoking? I have an entire decstation3100 system emulator that fits into 4K of code and 384bytes of ram. I boot palmos in 400KB of RAM. if you cannot fit your "application" into half a meg, maybe time to take up javascript and let someone else do embedded?