I hardly feel qualified to post this as a three week newbie and that it is not my work but that of Ralph S Bacon, an extremely knowledgeable chap around Arduino's, coding etc. who I have followed and created a copy of his instructions to get these beasties up and running properly at 32Mhz.
What is wrong of me is copying and distributing his work without firstly seeking his permission, to that I may have to take this down should he object. .
Why have I done this? Finding information like this is priceless and if a 3 week Arduino newbie can follow it through to a result proves the quality of his work and justifies me distributing his information for others to find and use.
Features of the LGT8F328P Arduino Clone Module
12 Bit Analogue Ports (4096 Steps
Digital to Analogue output (DAC)
32Mhz Clock Speed (Twice as fast as Uno/Nano)
1.8v – 5v working voltage (at full Clock speed)
Internal Reference Voltages of 1.024, 2.048 & 4.096
80mA Output Pins on PE4/5, PD1/2 & PD 5/6
Can you give a few links to those boards ?
I can buy them at Amazon for 10 euros That is twice as much as a Raspberry Pi Pico and the Raspberry Pi Pico is officially supported.
I rather read what to do instead of opening a pdf or zip file.
Is there a json file to install in the Arduino IDE ?
It would be a nice adventure, but I think that I pass this one
I’m unsure why you are particularly interested in this as a newbie - what is your project ?
There are other Arduino products more powerful than the traditional Nano worth considering .
Eg nano every ., Arduino 101..
For the device you mention you probably need the add ins to run it in the the Arduino environment - I’ve no idea
Anyhow you can read the conditions of his license for this on GitHub Here
It makes a lot of sense to buy half a dozen of them to play around with. Some of the features apart from the clock speed of 32Mhz is in my opinion very impressive.
Of great interest, a 12 bit Analogue Ports (4096 steps) which I can imagine could be a bit jittery and require some serious filters and a very stable supply.
Digital to Analogue output (DAC) Again very useful as is the Reference voltages.