BBC Micro:bit computer now available to all for £13
1–10 of 43 posts
Re: BBC Micro:bit computer now available to all for £13
#2We definitely see the two platforms working hand in hand nicely for some interesting projects!
We're one of the launch re-sellers who are offering pre-order with shipping in late June: https://shop.pimoroni.com/products/microbit
Re: BBC Micro:bit computer now available to all for £13
#3Btw the best way to program these (if you want to do it the 'real' way) is using Yotta.
http://yottadocs.mbed.com/tutorial/tutorial.html
You can get started really quickly:
1. Install yotta
2. Start->Run Yotta
3. mkdir mything
4. cd mything
5. yt init
6. Paste some code in source/main.cpp
7. yt target bbc-microbit-gcc
8. yt install ble
9. yt build
Then find a file called mything-combined.hex in the build directory and copy it to the mBed USB drive.
It's all very command-line based and Yotta is Python/CMake-based which is quite slow and very IDE-unfriendly. But it does work well.
Re: BBC Micro:bit computer now available to all for £13
#4Not a bad price compared to other nRF51 boards, but I wish they'd included a coin cell holder. Btw the best way to program these (if you want to do it the 'real' way) is using Yotta. http://yottadocs.mbed.com/tutorial/tutorial.html You can get started really quickly: 1. Install yotta 2. Start->Run Yotta 3. mkdir mything 4. cd mything 5. yt init 6. Paste some code in source/main.cpp 7. yt target bbc-microbit-gcc 8. yt…
Re: BBC Micro:bit computer now available to all for £13
#5Re: BBC Micro:bit computer now available to all for £13
#6Available for £13 when you order 90. So you pay more than £1000!
Re: BBC Micro:bit computer now available to all for £13
#7Re: BBC Micro:bit computer now available to all for £13
#8Not a bad price compared to other nRF51 boards, but I wish they'd included a coin cell holder. Btw the best way to program these (if you want to do it the 'real' way) is using Yotta. http://yottadocs.mbed.com/tutorial/tutorial.html You can get started really quickly: 1. Install yotta 2. Start->Run Yotta 3. mkdir mything 4. cd mything 5. yt init 6. Paste some code in source/main.cpp 7. yt target bbc-microbit-gcc 8. yt…
1. sudo apt-get install gcc-arm-none-eabi
2. make
Instead, we have this extreme tool-bloat where a tiny tiny executable is produced using python, python-setup, cmake, libffi, libssl, clang, pip and finally yotta in addition to GCC and binutils (which is really all you should need).Can someone please explain to me this new trend of in-house tools and tool-bloat?
Re: BBC Micro:bit computer now available to all for £13
#9Future versions of the device may come with 32k RAM which would be sufficient. However, until such time it’s highly unlikely MicroPython will support BLE." [1]
That's a shame. I mean, I know it can be accessed by programming the hardware directly, but for most of the kids receiving these that puts BLE out of reach, when remote sensor, remote control & mesh network type capabilities would have opened up another whole class of projects that these could have been used for.
Would another 16K of memory really have pushed the price out of range, or was this more a question of the hardware design being finalised before the software stack?
[1] http://microbit-micropython.readthedocs.io/en/latest/ble.htm...
Re: BBC Micro:bit computer now available to all for £13
#10http://www.trustedreviews.com/opinions/raspberry-pi-2-vs-bbc...
Their conclusion:
> As you can see, there really is no comparison between these two devices. If the Raspberry Pi 3 is a 'my first proper computer,' then the BBC Micro Bit teaches the raw building blocks of coding at the heart of it. It's even more fundamental.
> The Raspberry Pi 3 is a much more advanced and practically useful device, but if you or your kid is starting at the very beginning of your programming journey, the BBC Micro Bit looks hard to beat.