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General| Brand | AcSiP |
|---|---|
| Model | S76S |
| Category | Control Unit |
| Language | English |
Details the physical connections between the MCU and the SX1276.
Lists and defines the pins on the XB board for various interfaces.
Outlines the hardware and software requirements for firmware upgrading using ST-LINK/V2.
Lists the necessary hardware and software for firmware upgrades using ULINK2.
Provides instructions for connecting and disconnecting the board for firmware updates with ST-LINK/V2.
Step-by-step guide on downloading firmware files using the ST-LINK/V2 utility.
Details the process of connecting and disconnecting for firmware updates using ULINK2.
Describes the SMA-J antenna connector for RF signal input.
Details the I2C bus interface capabilities, including modes and DMA support.
Explains the 3.3V power supply provided by the regulator to the MCU and SX1276.
Explains the Serial Wire Debug port for STM32 platform debugging and flashing.
Describes the universal synchronous/asynchronous receiver transmitters (USART) features.
Details the 12-bit analog-to-digital converter's functionality and modes.
Explains the SPI/I2S interface for communication with external devices.
Describes how the NRST pin triggers an external reset to the MCU system.
Explains the core components of the Microcontroller Development Kit (MDK) for embedded development.
Describes software packs containing device support, libraries, and examples for MDK.
Guides users through the installation process of the MDK development environment.
Lists the minimum hardware and software specifications needed for MDK.
Provides instructions for downloading and installing the MDK Core software.
Explains how to install legacy support for MDK Version 4 projects.
Details legacy support options for MDK Version 4 compatibility.
Guides on using the Pack Installer to manage and install necessary software packs.
Guides on setting up the development environment for ST-LINK/V2.
Explains how to edit source code and build the application within the IDE.
Details the UART debug logger function for receiving messages via USB.
Explains the Ping-Pong demonstration for LoRa communication behavior.
Describes the power-saving feature demonstration available in the SDK.
Illustrates the flow chart of the main C source code for the SDK.
Defines the LoRaWAN protocol and system architecture for long-range communication.
Discusses using open-source resources for LoRaWAN stack deployment.
Explains how the LoRaMac-node works with the S76S/S78S SDK LoRa driver.
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