hardware revision it cannot know which pios_led_cfg_ structure to use.
Possibly this should be abstracted further into board_hw_defs to create
functions like board_init_led.
Also the BU should probably compare the hw_revision of the original and new
bootloader to make sure the user doesn't break their board.
hardware revision it cannot know which pios_led_cfg_ structure to use.
Possibly this should be abstracted further into board_hw_defs to create
functions like board_init_led.
Also the BU should probably compare the hw_revision of the original and new
bootloader to make sure the user doesn't break their board.
Bootloader updaters were all broken due to recent
changes in LED configuration handling. Removing
LED support from the BU loads allows them to build
again, but they provide no feedback about when they're
finished writing flash.
The bootloader has been enabling pull-ups on all GPIO
pins during early init. These pull-ups are disabled
immediately before jumping to the firmware. This transition
results in all servos seeing a wide pulse as the board
resets making them jerk sideways aggresively and then snap
back to neutral.
All channels at max when using the FrSKY 4ch D4FR in PPM
mode results in the frame pulse shrinking well below our
threshold of 3800us and we lose frame.
With all 8 channels at max, the frame pulse becomes
indistinguishable from the other channels. Using all 8
channels with the FrSKY in PPM mode is NOT recommended
even after this change.
Recommend using at most 7 active channels in this mode so
we can still find the frame pulse.
Bootloader updaters were all broken due to recent
changes in LED configuration handling. Removing
LED support from the BU loads allows them to build
again, but they provide no feedback about when they're
finished writing flash.
The bootloader has been enabling pull-ups on all GPIO
pins during early init. These pull-ups are disabled
immediately before jumping to the firmware. This transition
results in all servos seeing a wide pulse as the board
resets making them jerk sideways aggresively and then snap
back to neutral.
All channels at max when using the FrSKY 4ch D4FR in PPM
mode results in the frame pulse shrinking well below our
threshold of 3800us and we lose frame.
With all 8 channels at max, the frame pulse becomes
indistinguishable from the other channels. Using all 8
channels with the FrSKY in PPM mode is NOT recommended
even after this change.
Recommend using at most 7 active channels in this mode so
we can still find the frame pulse.
