nuttx/Documentation/platforms/arm/nrf53/boards/nrf5340-dk/index.rst

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=================
Nordic nRF5340 DK
=================
The `nRF5340-DK (PCA10092) <https://www.nordicsemi.com/Products/Development-hardware/nrf5340-dk>`_
is a development board based on the nRF5340 from Nordic.
Serial Console
==============
Serial console for the application core:
===== ============ =============
Pin Signal Notes
===== ============ =============
P1.01 APP UART0 TX virtual COM 0
P1.00 APP UART0 RX virtual COM 0
===== ============ =============
Serial console for the network core:
===== ============ =============
Pin Signal Notes
===== ============ =============
P0.20 NET UART0 TX virtual COM 1
P0.22 NET UART0 RX virtual COM 1
===== ============ =============
LEDs and Buttons
================
LEDs
----
The PCA10092 has 4 user-controllable LEDs:
==== =======
LED MCU
==== =======
LED1 P0.28
LED2 P0.29
LED3 P0.30
LED4 P0.31
==== =======
A low output illuminates the LED.
CONFIG_ARCH_LEDS
----------------
If CONFIG_ARCH_LEDS is not defined, then the LEDs are completely under
control of the application. The following interfaces are then available
for application control of the LEDs::
uint32_t board_userled_initialize(void);
void board_userled(int led, bool ledon);
void board_userled_all(uint32_t ledset);
Pushbuttons
-----------
======= =======
BUTTON MCU
======= =======
BUTTON1 P0.23
BUTTON2 P0.24
BUTTON3 P0.08
BUTTON4 P0.09
======= =======
Configurations
==============
Each configuration is maintained in a sub-directory and can be selected as
follow::
tools/configure.sh nrf5340-dk:<subdir>
Where <subdir> is one of the following:
adc_cpuapp
----------
This configuration shows the use of the ADC peripheral.
composite_cpuapp
----------------
NuttShell configuration for the application core with support for CDC/ACM with
RNDIS composite driver.
nsh_cpuapp
----------
Basic NuttShell configuration for the application core (console enabled in UART0,
exposed via J-Link VCOM0, at 115200 bps).
nsh_cpunet
----------
Basic NuttShell configuration for the network core (console enabled in UART0,
exposed via J-Link VCOM1, at 115200 bps).
ostest_tickless_cpuapp
----------------------
This is a NSH configuration that includes ``apps/testing/ostest`` as a builtin
and enable support for the tick-less OS.
pwm_cpuapp
----------
This configuration shows the use of the PWM peripheral.
qspi_cpuapp
-----------
NuttShell configuration with enabled support for on-board MX25R QSPI memory.
rpmsghci_bt_cpuapp
------------------
This configuration enables RPMSG Bluetooth HCI client on the application core
and uses NuttX BLE stack for the host-layer
rpmsghci_nimble_cpuapp
----------------------
This configuration enables RPMSG Bluetooth HCI client on the application core
and uses nimBLE for the host-layer
rpmsghci_sdc_cpunet
-------------------
This configuration enables RPMSG Bluetooth HCI server on the network core which
can be accessed using RPMSG Bluetooth HCI client on the application core.
rptun_cpuapp
------------
This configuration enables basic RPTUN support on the application core.
The ``rptun`` command will be available from NSH.
rptun_cpunet
------------
This configuration enables basic RPTUN support on the network core.
The ``rptun`` command will be available from NSH.
sdc_cpunet
----------
Enables Nordic's SoftDevice controller on the network core and uses NuttX BLE stack for the host-layer.
The ``btsak`` application is included as a builtin.
sdc_nimble_cpunet
-----------------
Enables Nordic's SoftDevice controller on the network core and uses nimBLE for the host-layer.
The ``nimble`` test application can be used to enable a simple GATT server.
timer_cpuapp
------------
This configuration shows the use of the TIMER peripheral.