The ‘Black Magic Probe’ (or in short: BMP) is a very small and open source JTAG/SWD debug probe with a build-in GDB Server. I saw that probe referenced in different places, so I thought I try it out with a few of my NXP LPC and Kinetis boards:
BMP with LPC and Kinetis Boards
A few days ago NXP has released a new version of their Eclipse IDE flagship: the MCUXpresso IDE v11.0.
NXP MCUXpresso IDE V11.0.0
The previous v10.3.1 was released back in Feb 2019, and the 11.0 now in June this year matches up with the Fall university semester. I appreciate that the releases are about every 6 months, so this gives me time to use it in my university lecture material and lab work. I had the weekend for trying it out, and I’m very pleased.
Seefeld in Tirol/Austria is a beautiful hiking region, northwest of Innsbruck. Nearby there is a beautiful hike around the Brunschkopf (1510m) with views to three lakes. But most of them may appear only now and then.
Lottensee
It can be the small things which can make me wonder. While hiking up a trail up to a mountain, a snail in the middle of a tree trunk had my attention. A beautiful coiled shell!
Snail on a trunk
Now I can tell the truth: the hidden goal of this color posts is to check if I’m color blind or not (and you can check the same :-). After the lilac collection, here is the last one: this time the color is yellow, and includes a small trap.
After the ‘blue‘ series, here is yet another hicking flower color collection: Lilac!
After the ‘green‘ one, here is another impression from my recent hiking tours in the Alps: this time a combination of brown, green and blue.
The one below is the Gentiana Verna (or Spring Gentian). It is rather small and widespread, found on sunny alpine meadows.
Gentiana Verna Group
Impression from one of my recent mountain hiking tours: Mountain spring water flowing slowly through grass meadows, building a symbiosis with green algae. Maybe a camera cannot reflect the number of green colors the human eye is able to see?
Green Algae Composition
Happy Greening 🙂
With the cost of an single pin, many ARM Cortex-M boards including the NXP i.MX RT1064 can produde SWO data: think about a pin able to stream data out of the chip in realtime. For example interrupt activity which otherwise might be hard to capture:
SWO Interrupt Trace
Having access to a laser cutter makes it possible to design custom enclosures. This one is for a Raspberry Pi in a Steampunk design:
Steampunk Enclosure
MCU on Eclipse 