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Module LoRa868 v1.2 DIP Switch Instruction Manual

1. Overview

To avoid pin conflicts when stacking the Module LoRa868 v1.2 with the host, the module uses a DIP switch to flexibly switch the connection of key pins. Users can adjust the pin configuration according to the host being used (e.g., Core/Basic, Core2, or CoreS3), ensuring stable system operation.

DIP Switch IllustrationDIP Switch IllustrationDIP Switch Illustration

DIP Switch Illustration

2. DIP Switch Position and Pin Mapping

2.1 DIP Switch Position

The DIP switch is located at the specified position on the module, as shown below:

Module AppearanceDIP Switch Partial View

As seen in the image above, the DIP switch is used to toggle four key pins: NSS, BUSY, RST, IRQ.

2.2 Pinmap

The available pin mappings vary depending on the host. The key pin configurations are as follows:

Module Model MOSI MISO SCK RST BUSY NSS IRQ
Core (Basic) G23 G19 G18 G25/G13 G36/G2 G15/G12/G5/G0 G35/G34/G26
Core2 G23 G38 G36 G25/G19 G36/G32 G2/G27/G33/G0 G35/G34/G26
CoreS3 G37 G35 PB4 G5/G7 G8/G2 G13/G6/G1/G0 G10/G14/G9
  • For example, when using the Module LoRa868 v1.2 with Core (Basic), refer to the first row for the Core pin mapping:
    • RST: Choose either G25 or G13
    • BUSY: Choose either G36 or G2
    • NSS: Choose from G15, G12, G5, or G0
    • IRQ: Choose from G35, G34, or G26

3. DIP Switch Switching Operation

Please follow these steps to adjust the DIP switch settings:

  1. Power Off
    Ensure the module is powered off before adjusting the DIP switch to avoid damaging the hardware.

  2. Set the DIP Switch
    Select the appropriate pin mapping based on the host in use.

    DIP Switch Setting Illustration 1

In the image above, the DIP switch is set as follows:
RST → G25
BUSY → G2
NSS → G12
IRQ → G35

  1. Rewire and Power On
    After adjusting the DIP switch, reconnect the module and power it on for further use.
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