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RAKwireless Documentation

website·Indexed 35 days ago

https://developer.rakwireless.com

Technical documentation for RAKwireless IoT products, including WisGate LoRaWAN gateways, WisNode devices, and WisDuo modules. Includes hardware datasheets, AT command manuals, development workflows for RUI3 and Arduino IDE, and integration guides for AWS IoT Core for LoRaWAN, The Things Stack, and ChirpStack. Also features the WisDM API v4.1.5 for device management and ConnectOS Docker configuration.

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What's inside RAKwireless

  1. Overview of RAK Outdoor Cavity Band-Pass Filter

    The RAK Outdoor Cavity Band-Pass Filter is an RF accessory designed to improve LoRaWAN gateway performance in high-interference environments (such as urban rooftops with dense LTE/5G or industrial sites with radar). It uses a high-Q resonant cavity design to pass only the target LoRa frequency band while attenuating out-of-band signals by more than 75 dB, protecting receiver sensitivity and reducing packet loss. The device features an IP67-rated aluminum alloy enclosure and standard N-Female connectors.

  2. Overview of RAK19012 WisBlock USB LiPo Solar Power Slot Module

    The RAK19012 is a power board for the WisBlock system. It provides a USB-C connector for debugging and firmware uploading to the WisBlock Core, a battery connector with an onboard charger, a solar panel connector, a charge status LED, two user-configurable LEDs, and a reset button. It connects to the WisBlock Base board via a power connector.

  3. Overview of the RAK12027 Earthquake Sensor

    The RAK12027 is a high-precision seismic sensor module based on the Omron D7S chipset. It is designed for the RAKWireless WisBlock series and communicates with a target MCU via an I2C interface and interrupt pins.

    Key capabilities include:

    • Seismic Detection: Activates a shut-off output when seismic intensity reaches 5 or higher on the JMA (Japan Meteorological Agency) Seismic Intensity Scale.
    • Collapse Alert: Notifies the system if the device's horizontal position changes by more than 20 degrees, indicating a potential structural collapse.

    Safety Warning: Do not use this sensor in safety devices or applications where sensor operation directly affects human life.

  4. Overview of RAK2287/RAK5146 Pi HAT

    The RAK2287/RAK5146 Pi HAT is a converter board with a Raspberry Pi form factor. It allows RAK2287 SPI or RAK5146 SPI LPWAN concentrator modules to be mounted on top of a Raspberry Pi. The board features a 40-pin female Pi HAT connector and a mini PCIe connector. It is compatible with Raspberry Pi 3 Model B+ and Raspberry Pi 4.

  5. Overview of the Soil pH Monitoring Solution

    The Soil pH Monitoring Solution is a plug-and-play system designed for agricultural greenhouses, water conservancy, aquaculture, flower cultivation, and pasture grasslands. It consists of a RAK Sensor Hub and a Soil pH sensor (RK500-22). The system collects accurate soil pH readings and transmits them via LoRaWAN or NB-IoT/CAT M1 for cloud storage and analysis.

  6. Overview of the RAK12023 Soil Moisture Sensor Connector

    The RAK12033 is a connector module designed to interface a soil moisture sensor probe (specifically the RAK12035) with a WisBlock Base board. It features one standard WisBlock IO connector for the base board and three dedicated connectors for the RAK12035 probe. Note that while there are three connectors, only one RAK12035 soil moisture sensor can be connected to the RAK12023 module at a time.

  7. Overview of RAK3172 Development Workflows

    The RAK3172 module supports two primary development paths depending on the project goal:

    • AT Commands: Used for rapid prototyping where the module acts as a LoRa/LoRaWAN modem.
    • RUI3 API: Used for custom firmware development where the RAK3172 acts as a stand-alone device.

    There are three hardware variants of the RAK3172, all supported by these workflows:

    • RAK3172: Base model (STM32WLE5 with oscillator, standard temperature range).
    • RAK3172-T: Extended temperature model (STM32WLE5 with temperature controlled oscillator).
    • RAK3172-F: Includes an additional 512 kB external flash and temperature controlled oscillator.

  8. Overview of the Water Temperature Monitoring Solution

    The Water Temperature Monitoring Solution consists of a RAK Sensor Hub and a JXBS-3001-SW-RS Water Temperature Sensor. It is designed for high-precision monitoring in environments such as cold storage, pharmaceutical GMP monitoring, and HVAC systems. The system uses a plug-and-play architecture where the Sensor Hub collects data from the probe and transmits it to the cloud via LoRaWAN or NB-IoT/CAT M1.

  9. Overview of RAK12029 WisBlock Inductive Sensor Module

    The RAK12029 is a metal detection sensor module based on the Texas Instruments LDC1614 inductance-to-digital converter (LDC). It measures the oscillation frequency of up to four LC resonators and outputs a 28-bit digital value proportional to the frequency, allowing for the detection of metallic objects. It is designed to be immune to DC magnetic fields and magnets.

  10. Overview of the WisBlock Indoor Location Tracker Kit

    The WisBlock Indoor Location Tracker Kit is an IoT solution designed for high-accuracy indoor asset and resource tracking. It combines Ultra-Wideband (UWB) technology with accelerometers and 9-DOF sensors. The kit is compatible with the Arduino IDE and supports multiple connectivity protocols including LoRaWAN, BLE, LTE-M, and NB-IoT. It features USB-C for power/data and supports Li-Ion batteries with built-in solar charging.

  11. Overview of WisBlock Industrial 4.0 Kit

    The WisBlock Industrial 4.0 Kit is a customizable IoT kit designed for industrial environments, supporting process automation, asset counting, and predictive maintenance. It features a variety of industrial sensors (inductive, proximity, fork, current/coulomb) and interfaces (relays, joysticks, barcode scanners).

    Key Capabilities:

    • Connectivity: Supports LoRaWAN, BLE, and optional LTE-M/NB-IoT.
    • Power: USB-C interface for data and power; supports Li-Ion batteries with built-in solar charging.
    • Development: Compatible with Arduino IDE.
    • LoRaWAN Bands: RU864, IN865, EU868, AU915, US915, KR920, and AS923.

  12. Overview of RAK2461 WisNode Bridge IO Lite

    The RAK2461 WisNode Bridge IO Lite is an industrial-grade LoRaWAN bridge based on the RAK3172-T module. It allows for the wireless transmission of data from RS-485 interfaces, digital inputs (DI), and digital outputs (DO/Relays) to a LoRaWAN network. It supports Class C LoRaWAN, operates in temperatures from -20°C to +70°C, and can be mounted via wall or DIN rail. Configuration is managed through the IO.Box tool.