But we could use a X86 with some GB and the Arduino audio Library ?
No, the Audio-lib requires an Kinetis cortex-m4 (ARM) processor. You can add SD Cards or SPI Flashmemory.
But we could use a X86 with some GB and the Arduino audio Library ?
@Paul, several #defines like for example FTM0_CH0_PIN are in pins_teensy.c and thus not visible for libraries like FreqMeasureMulti. It would be very helpful if these defines could be moved to a more global scope. Waddaya think?
I got some of the boards below, if somebody want one (for free), please email me. invited are all from this beta-test-thread (including paul ;-) ), but i can't send more than three - naked boards, unassembled, plus some parts (like PT8211, usb, ...)
It has PWM-Backlight, audio-out (+ active filter (c) by BEN), audio-in (schematic from the PJRC-site), LEDs+Keys via I2c-Extender, Nunchuck-connector, encoder, ir tx+rx, usb, 3x SPI-Memory, battery-holder, option to solder a esp12, an option for hw-debug (all optional). 100mmx80mm.
Currently not all functions are tested. Things currently known to work are Display, PWM-Backlight, keys+leds, audio-out (incl. filter). All other not tested.
View attachment 9716View attachment 9717
Hi, somewhere in this thread: https://forum.pjrc.com/threads/29284-Dual-channel-16bit-dac-PT8211 - there is a small board, too.