How Would You RoadTest a Powerful Microcontroller Designed for EV Charging, e-Bikes and Robotics?

Infineon microcontrollers are absolutely awesome.

The older ones used the 'DAVE' programming environment, but these newer ones use Modus Toolbox.

The processor is powerful, but Infineon microcontrollers usually have very nice integrated peripherals too, and good API (at least with DAVE, the APIs were very nice), for all sorts of industrial applications.

For this particular device, it would be interesting to see RoadTest reviews that would exercise (and the user to provide their code!) at least the CAN, Ethernet and the configurable serial blocks.

It's also got very interesting memory interfaces, and also support high-speed writing to SD cards, which is neat for logging loads of data, measurements, etc.

It's an extremely powerful, feature-rich processor, and the board looks well thought-out too. Also interesting to see M.2 interface on the board, which has SDIO and UART it looks like connected to it.

It's really a case of how deep a user wants to go, to review such a product. It's super-feature-rich.

With an old XMOS Xcore microcontroller, since that was a totally new concept to most people (including me), I wrote three blogs that described the architecture and then went into example projects with it. (link to first blog is here in case it helps show what I mean). Probably, this Infineon chip needs a slightly similar thing to get people up-to-speed. But, I'm concerned, most people won't be interested to read the review (which then doesn't help anyone), unless it's really targetted to the potential users of this product. Therefore it would be a shame seeing this board being used to flash neopixels (unless it was demonstrating some underlying OS or important middleware). 

It would be nice to spend time learning to use this microcontroller, it's a big time investment for sure, and would need several blogs perhaps spaced a few weeks apart. Provided a long application isn't needed, I'd love to apply : ) I'd rather be learning stuff over Xmas than not : )

Same as Michael, I don't have a current project for this, so if I was selected really it would only be an explanation of the technology and how to use it, with example hardware/software, prototyped onto the development board, i.e. no actual end device being made.

In terms of extras, perhaps the less the better, so that the focus is on using the microcontroller. However, I have not used CAN, and would require some sort of simple CAN node to attach to. I don't know what, perhaps others can suggest that.

Infineon microcontrollers are absolutely awesome.

The older ones used the 'DAVE' programming environment, but these newer ones use Modus Toolbox.

The processor is powerful, but Infineon microcontrollers usually have very nice integrated peripherals too, and good API (at least with DAVE, the APIs were very nice), for all sorts of industrial applications.

For this particular device, it would be interesting to see RoadTest reviews that would exercise (and the user to provide their code!) at least the CAN, Ethernet and the configurable serial blocks.

It's also got very interesting memory interfaces, and also support high-speed writing to SD cards, which is neat for logging loads of data, measurements, etc.

It's an extremely powerful, feature-rich processor, and the board looks well thought-out too. Also interesting to see M.2 interface on the board, which has SDIO and UART it looks like connected to it.

It's really a case of how deep a user wants to go, to review such a product. It's super-feature-rich.

With an old XMOS Xcore microcontroller, since that was a totally new concept to most people (including me), I wrote three blogs that described the architecture and then went into example projects with it. (link to first blog is here in case it helps show what I mean). Probably, this Infineon chip needs a slightly similar thing to get people up-to-speed. But, I'm concerned, most people won't be interested to read the review (which then doesn't help anyone), unless it's really targetted to the potential users of this product. Therefore it would be a shame seeing this board being used to flash neopixels (unless it was demonstrating some underlying OS or important middleware). 

It would be nice to spend time learning to use this microcontroller, it's a big time investment for sure, and would need several blogs perhaps spaced a few weeks apart. Provided a long application isn't needed, I'd love to apply : ) I'd rather be learning stuff over Xmas than not : )

Same as Michael, I don't have a current project for this, so if I was selected really it would only be an explanation of the technology and how to use it, with example hardware/software, prototyped onto the development board, i.e. no actual end device being made.

In terms of extras, perhaps the less the better, so that the focus is on using the microcontroller. However, I have not used CAN, and would require some sort of simple CAN node to attach to. I don't know what, perhaps others can suggest that.