RAK811 Breakout Board

Thank you for choosing RAK811 Breakout Board in your awesome IoT Project! 🎉 To help you get started, we have provided you all the necessary documentation for your product.

• Quick Start Guide
• AT Command Manual
• RAK811 Breakout 3D Model

Product Description

The RAK811 Breakout Board is a compact, low-power device that leverages long-range LoRa technology and wireless transceiver capabilities. It combines the RAK811 chipset and the Semtech SX1276 at its core, utilizing the full range of LoRa features.

The RAK811 Breakout Board complies with the latest LoRaWAN Class A and C protocol specifications, featuring full support for the LoRaWAN 1.0.2 stack in its firmware. It offers a simple and straightforward setup, enabling quick access to LWPA IoT platforms. Additionally, it supports LoRa Point-to-Point (P2P) communication, allowing customers to implement their own private LoRa networks.

The node can work in a number of modes, with different data rates and read data from the attached sensors with the help of its serial AT commands.

This board is a complete solution in developing your LoRaWAN protocol techniques. A few of its application includes: Automated Meters Reading, Home and Building Automation, Wireless Alarm and Security Systems, Industrial Monitoring and Control and Long Range Irrigation Systems

Product Features

• Based on Semtech SX1276.
• LoRaWAN 1.0.2 specification compliant.
• Supported bands: EU433, CN470, IN865, EU868, AU915, US915, KR920, and AS923.
• LoRaWAN Activation by OTAA/ABP.
• LoRa Point-to-Point (P2P) communication.
• Integrates both SMA and iPEX antenna connectors.
• Xbee form factor with standard 2.00 mm headers.
• Easy to use AT Command Set via UART interface with configurable baud rate.
• Maximum output power 100 mW (20 dBm), adjustable from 5 to 20 dBm.
• High sensitivity at -148 dBm, enabling extremely long range connectivity.
• Long-range - greater than 15 km with optimized antenna.
• Low power consumption: 11 μA on on standby.
• Ultra-Low Power Consumption of 11.9 μA (down to 1.11 μA @ 2.1 V) in sleep mode.
• Multi-channel, dual data buffer (256 bytes each).
• LoRa/FSK/GFSK/OOK modulation, bidirectional two-way communication.
• Long battery life for battery-powered applications.
• LoRa technology is capable of demodulating 20 dB below noise level which significantly improves immunity to interference when combined with integrated forward error correction.
• Operating temperature: -30° C ~ 85° C (industrial grade)
• Storage temperature: -40° C ~ 85° C (non-condensing)