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subGHz: add lr1110
add support for lr1110 for fsk and lora transport Signed-off-by: Robert Gałat <[email protected]>
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‎Kconfig‎

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@@ -24,6 +24,22 @@ config SIDEWALK_SUBGHZ_SUPPORT
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if SIDEWALK_SUBGHZ_SUPPORT
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choice SIDEWALK_SUBGHZ_RADIO
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prompt "Sub-GHz radio type"
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default SIDEWALK_SUBGHZ_RADIO_SX126X if SHIELD_SEMTECH_SX126xMB2xxS
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default SIDEWALK_SUBGHZ_RADIO_LR1110 if SHIELD_SEMTECH_LR1110MB1xxS
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help
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Choose the sub-GHz radio type for Sidewalk.
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config SIDEWALK_SUBGHZ_RADIO_SX126X
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bool "Semtech SX126X"
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config SIDEWALK_SUBGHZ_RADIO_LR1110
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bool "Semtech LR1110 [EXPERIMENTAL]"
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select EXPERIMENTAL
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endchoice # SIDEWALK_SUBGHZ_RADIO
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config SIDEWALK_SUBGHZ_TRIM_CAP_VAL
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hex "value for trim cap used by subGHz radio"
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range 0x0 0xFFFF

‎boards/shields/semtech_lr11xxmb1xxs/Kconfig.shield‎

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# Copyright (c) 2024 Semtech Corporation
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# SPDX-License-Identifier: Apache-2.0
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config SHIELD_SEMTECH_LR1110MB1xxS
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def_bool $(shields_list_contains,semtech_lr1110mb1xxs)
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‎boards/shields/semtech_lr11xxmb1xxs/doc/index.rst‎

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.. semtech_lr11xxmb1xxs:
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Semtech LR11xxMB1xxS LoRa Shields
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#################################
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Overview
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********
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Semtech provides a series of Arduino compatible shields based on their LoRa
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transceivers LR1110, LR1120, and LR1121.
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Those shields are mostly similar and include a LIS2DE12 3-axis i2c accelerometer
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from STMicroelectronics.
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More information about the shield can be found at the `mbed LR1110MB1xxS
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website`_.
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Pins Assignment of the Semtech LR1110MB1xxS LoRa Shield
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=======================================================
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+-------------+---------------------+
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| Shield Pin | Function |
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+=============+=====================+
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| A0 | LR1110 NRESET |
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+-------------+---------------------+
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| A1 | 32kHz Osc out |
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+-------------+---------------------+
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| A2 | LR111x / LR1110 |
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+-------------+---------------------+
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| A3 | LNA Control |
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+-------------+---------------------+
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| A4 | LED TX |
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+-------------+---------------------+
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| A5 | LED RX |
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+-------------+---------------------+
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| D2 | To Display Shield |
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+-------------+---------------------+
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| D3 | LR1110 DIO0 (BUSY) |
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+-------------+---------------------+
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| D4 | LED Sniffing |
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+-------------+---------------------+
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| D5 | LR1110 DIO9 |
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+-------------+---------------------+
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| D7 | LR1110 SPI NSS |
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+-------------+---------------------+
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| D8 | MEMS Accel INT1 |
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+-------------+---------------------+
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| D9 | Display D/C |
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+-------------+---------------------+
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| D10 | Display CS |
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+-------------+---------------------+
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| D11 | LR1110 SPI MOSI |
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+-------------+---------------------+
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| D12 | LR1110 SPI MISO |
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+-------------+---------------------+
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| D13 | LR1110 SPI SCK |
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+-------------+---------------------+
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| D14 | MEMS+EEPROM i2c SDA |
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+-------------+---------------------+
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| D15 | MEMS+EEPROM i2c SCL |
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+-------------+---------------------+
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LR1110 and LR1120 based shields use a TCXO and LR1121 based shields use a crystal.
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Requirements
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************
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This shield can only be used with a board which provides a configuration for
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Arduino connectors and defines node aliases for SPI and GPIO interfaces (see
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:ref:`shields` for more details).
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Programming
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***********
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Set ``-DSHIELD=semtech_lr1110mb1xxs`` when you invoke ``west build``. For
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example:
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.. zephyr-app-commands::
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:zephyr-app: samples/subsys/lorawan/class_a
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:board: nucleo_l073rz
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:shield: semtech_lr1110mb1xxs
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:goals: build
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References
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**********
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.. target-notes::
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.. _mbed LR1110MB1xxS website:
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https://os.mbed.com/components/LR1110MB1xxS/
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License
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*******
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This document Copyright (c) 2024 Semtech Corporation
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SPDX-License-Identifier: Apache-2.0

‎boards/shields/semtech_lr11xxmb1xxs/semtech_lr1110mb1xxs.overlay‎

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/*
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* Copyright (c) 2024 Semtech Corporation
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*
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* SPDX-License-Identifier: Apache-2.0
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*/
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#include "semtech_lr11xxmb1xxs_common.dtsi"
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lora_semtech_lr1110mb1xxs: &lora_semtech_lr11xxmb1xxs {
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compatible = "semtech,lr1110";
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tcxo-wakeup-time = <8>;
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};

‎boards/shields/semtech_lr11xxmb1xxs/semtech_lr11xxmb1xxs_common.dtsi‎

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/*
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* Copyright (c) 2024 Semtech Corporation
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*
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* SPDX-License-Identifier: Apache-2.0
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*/
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#include <zephyr/dt-bindings/lora_lbm/lr11xx.h>
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/ {
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chosen {
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zephyr,lora-transceiver = &lora_semtech_lr11xxmb1xxs;
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};
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aliases {
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lora-transceiver = &lora_semtech_lr11xxmb1xxs;
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};
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};
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// FIXME: Is there a way to reassign the node label arduino_spi from spi2 to spi3 ?
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// spi2 draws way less current than spi3.
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&arduino_spi {
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status = "okay";
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cs-gpios = <&arduino_header 13 GPIO_ACTIVE_LOW>;
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lora_semtech_lr11xxmb1xxs: lora@0 {
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reg = <0>;
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spi-max-frequency = <DT_FREQ_M(8)>;
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reset-gpios = <&arduino_header 0 GPIO_ACTIVE_LOW>;
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busy-gpios = <&arduino_header 9 GPIO_ACTIVE_HIGH>;
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event-gpios = <&arduino_header 11 (GPIO_ACTIVE_HIGH | GPIO_PULL_DOWN)>;
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lf-tx-path = <LR11XX_TX_PATH_LF_LP_HP>;
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lf-clk = <LR11XX_LFCLK_XTAL>;
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reg-mode = <LR11XX_REG_MODE_DCDC>;
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rf-sw-enable = <(LR11XX_DIO5 | LR11XX_DIO6 | LR11XX_DIO7)>;
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rf-sw-rx-mode = <LR11XX_DIO5>;
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rf-sw-tx-mode = <(LR11XX_DIO5 | LR11XX_DIO6)>;
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rf-sw-tx-hp-mode = <LR11XX_DIO6>;
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rf-sw-gnss-mode = <LR11XX_DIO7>;
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tcxo-voltage = <LR11XX_TCXO_SUPPLY_1_8V>;
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/* Default to XTAL board */
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tcxo-wakeup-time = <0>;
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tx-power-cfg-lf-lp =
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// power, pa_duty_cycle, pa_hp_sel
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< (-15) 0x00 0x00>, // Expected output power = -17dBm
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< (-14) 0x00 0x00>, // Expected output power = -16dBm
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< (-13) 0x00 0x00>, // Expected output power = -15dBm
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< (-12) 0x00 0x00>, // Expected output power = -14dBm
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< (-11) 0x00 0x00>, // Expected output power = -13dBm
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< (-9) 0x00 0x00>, // Expected output power = -12dBm
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< (-8) 0x00 0x00>, // Expected output power = -11dBm
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< (-7) 0x00 0x00>, // Expected output power = -10dBm
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< (-6) 0x00 0x00>, // Expected output power = -9dBm
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< (-5) 0x00 0x00>, // Expected output power = -8dBm
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< (-4) 0x00 0x00>, // Expected output power = -7dBm
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< (-3) 0x00 0x00>, // Expected output power = -6dBm
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< (-2) 0x00 0x00>, // Expected output power = -5dBm
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< (-1) 0x00 0x00>, // Expected output power = -4dBm
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< ( 0) 0x00 0x00>, // Expected output power = -3dBm
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< ( 1) 0x00 0x00>, // Expected output power = -2dBm
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< ( 2) 0x00 0x00>, // Expected output power = -1dBm
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< ( 3) 0x00 0x00>, // Expected output power = 0dBm
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< ( 3) 0x01 0x00>, // Expected output power = 1dBm
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< ( 4) 0x01 0x00>, // Expected output power = 2dBm
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< ( 7) 0x00 0x00>, // Expected output power = 3dBm
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< ( 8) 0x00 0x00>, // Expected output power = 4dBm
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< ( 9) 0x00 0x00>, // Expected output power = 5dBm
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< ( 10) 0x00 0x00>, // Expected output power = 6dBm
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< ( 12) 0x00 0x00>, // Expected output power = 7dBm
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< ( 13) 0x00 0x00>, // Expected output power = 8dBm
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< ( 14) 0x00 0x00>, // Expected output power = 9dBm
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< ( 13) 0x01 0x00>, // Expected output power = 10dBm
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< ( 13) 0x02 0x00>, // Expected output power = 11dBm
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< ( 14) 0x02 0x00>, // Expected output power = 12dBm
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< ( 14) 0x03 0x00>, // Expected output power = 13dBm
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< ( 14) 0x04 0x00>, // Expected output power = 14dBm
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< ( 14) 0x07 0x00>; // Expected output power = 15dBm
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tx-power-cfg-lf-hp =
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// power, pa_duty_cycle, pa_hp_sel
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< ( 9) 0x00 0x00>, // Expected output power = -9dBm
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< ( 10) 0x00 0x00>, // Expected output power = -8dBm
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< ( 11) 0x00 0x00>, // Expected output power = -7dBm
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< ( 12) 0x00 0x00>, // Expected output power = -6dBm
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< ( 13) 0x00 0x00>, // Expected output power = -5dBm
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< ( 13) 0x01 0x00>, // Expected output power = -4dBm
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< ( 13) 0x02 0x00>, // Expected output power = -3dBm
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< ( 17) 0x02 0x00>, // Expected output power = -2dBm
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< ( 14) 0x04 0x00>, // Expected output power = -1dBm
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< ( 12) 0x00 0x01>, // Expected output power = 0dBm
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< ( 13) 0x00 0x01>, // Expected output power = 1dBm
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< ( 13) 0x01 0x01>, // Expected output power = 2dBm
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< ( 13) 0x02 0x01>, // Expected output power = 3dBm
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< ( 15) 0x00 0x02>, // Expected output power = 4dBm
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< ( 15) 0x04 0x01>, // Expected output power = 5dBm
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< ( 14) 0x02 0x02>, // Expected output power = 6dBm
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< ( 14) 0x01 0x03>, // Expected output power = 7dBm
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< ( 17) 0x04 0x02>, // Expected output power = 8dBm
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< ( 22) 0x00 0x01>, // Expected output power = 9dBm
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< ( 22) 0x01 0x01>, // Expected output power = 10dBm
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< ( 22) 0x02 0x01>, // Expected output power = 11dBm
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< ( 22) 0x03 0x01>, // Expected output power = 12dBm
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< ( 22) 0x00 0x03>, // Expected output power = 13dBm
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< ( 22) 0x01 0x03>, // Expected output power = 14dBm
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< ( 22) 0x04 0x02>, // Expected output power = 15dBm
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< ( 22) 0x01 0x04>, // Expected output power = 16dBm
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< ( 22) 0x02 0x04>, // Expected output power = 17dBm
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< ( 22) 0x01 0x06>, // Expected output power = 18dBm
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< ( 22) 0x03 0x05>, // Expected output power = 19dBm
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< ( 22) 0x03 0x07>, // Expected output power = 20dBm
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< ( 22) 0x04 0x06>, // Expected output power = 21dBm
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< ( 22) 0x04 0x07>; // Expected output power = 22dBm
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tx-power-cfg-hf =
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// power, pa_duty_cycle, pa_hp_sel
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< (-18) 0x04 0x00>, //Expected output power = -18dBm
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< (-18) 0x04 0x00>, // Expected output power = -17dBm
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< (-17) 0x04 0x00>, // Expected output power = -16dBm
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< (-16) 0x04 0x00>, // Expected output power = -15dBm
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< (-15) 0x04 0x00>, // Expected output power = -14dBm
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< (-14) 0x04 0x00>, // Expected output power = -13dBm
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< (-14) 0x04 0x00>, // Expected output power = -12dBm
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< (-12) 0x04 0x00>, // Expected output power = -11dBm
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< (-10) 0x04 0x00>, // Expected output power = -10dBm
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< ( -9) 0x04 0x00>, // Expected output power = -9dBm
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< ( -8) 0x04 0x00>, // Expected output power = -8dBm
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< ( -7) 0x04 0x00>, // Expected output power = -7dBm
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< ( -6) 0x04 0x00>, // Expected output power = -6dBm
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< ( -5) 0x04 0x00>, // Expected output power = -5dBm
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< ( -4) 0x04 0x00>, // Expected output power = -4dBm
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< ( -3) 0x04 0x00>, // Expected output power = -3dBm
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< ( -2) 0x03 0x00>, // Expected output power = -2dBm
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< ( -1) 0x04 0x00>, // Expected output power = -1dBm
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< ( 0) 0x04 0x00>, // Expected output power = 0dBm
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< ( 1) 0x00 0x00>, // Expected output power = 1dBm
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< ( 2) 0x00 0x00>, // Expected output power = 2dBm
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< ( 4) 0x04 0x00>, // Expected output power = 3dBm
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< ( 5) 0x04 0x00>, // Expected output power = 4dBm
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< ( 6) 0x04 0x00>, // Expected output power = 5dBm
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< ( 7) 0x04 0x00>, // Expected output power = 6dBm
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< ( 8) 0x04 0x00>, // Expected output power = 7dBm
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< ( 9) 0x04 0x00>, // Expected output power = 8dBm
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< ( 10) 0x04 0x00>, // Expected output power = 9dBm
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< ( 11) 0x04 0x00>, // Expected output power = 10dBm
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< ( 12) 0x03 0x00>, // Expected output power = 11dBm
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< ( 13) 0x04 0x00>, // Expected output power = 12dBm
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< ( 13) 0x00 0x00>; // Expected output power = 13dBm
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/* Tune is G4 G5 G6 G7 G8 G9 G10 G11 G12 G13 G13hp1 G13hp2 G13hp3 G13hp4 G13hp5 G13hp6 G13hp7 */
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rssi-calibration-lf-offset = <0>;
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rssi-calibration-lf-tune = <12 12 14 0 1 3 4 4 3 6 6 6 6 6 6 6 6>;
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rssi-calibration-mf-offset = <0>;
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rssi-calibration-mf-tune = <2 2 2 3 3 4 5 4 4 6 5 5 6 6 6 7 6>;
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rssi-calibration-hf-offset = <2030>;
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rssi-calibration-hf-tune = <6 7 6 4 3 4 14 12 14 12 12 12 12 8 8 9 9>;
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};
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};

‎dts/bindings/lora_lbm/semtech,lr1110.yaml‎

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# Copyright (c) 2024 Semtech Corporation
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# SPDX-License-Identifier: Apache-2.0
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description: Semtech LR1110 LoRa radio module
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compatible: "semtech,lr1110"
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include: semtech,lr11xx-common.yaml

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