LGT8F328P available in QFN32 package

[LaZsolt]

I found it on Aliexpress, LGT8F328P in QFN32 package:

BTE23-13	BTE23-08

[dbuezas]

Very neat! counting pin, it is the same board size as the SSOP20 but with an external clock and more exposed pins.
How long until @wollewald comes out with a pinout diagram? 😀

[wollewald]

I searched for these boards on AliExpress, found them after some time, but unfortunately none of them were available for shipping to Germany. 😞

[LaZsolt]

Only 3 left at this moment. Here is a link: https://www.aliexpress.com/i/1005004884270856.html
The other board: https://www.aliexpress.com/i/33003833124.html

[LaZsolt]

When I set the shipping address to Germany then the item became unavailable.
I can send it to you if you want after I receceive it.

[wollewald]

That would be very kind! Thank you so much for your offer.

[trimarco232]

for those boards, the only new things is the crystal , ie. pin3(PE4/0C0A* & PF4/OC1B*/ICP3) and pin6(PE5/AC1O/CLKO & PF5/OC1A*) are still lost ...

[trimarco232]

one have to take care that both boards are available (when they are) in both 5v or 3v3 versions

[wollewald]

Now I have a BT13 module (thanks @LaZsolt!) and I tried a bit. From what I have seen by now, it behaves like a QFP32 that is mounted on a SSOP20 MiniEVB board. E.g. the IC itself has separate PD3 and PD4 pins which are connected to the one 3/4 board pin. And in contrast to the SSOP20 MiniEVB PF4 ist not available. So, as @trimarco232 already stated the advantage of this board is the crystal. Not sure if it is worth to create another pinout scheme for this module.