RAKwireless WisBlock LoRa Module RAK11310 /IN865

Name: RAKwireless WisBlock LoRa Module RAK11310 /IN865
Brand: RAKwireless
SKU: IOWC-1199
Price: 1589.00 INR
Availability: OutOfStock

₹1,589.00 (Inclusive of all taxes)

Out of Stock

The RAKwireless RAK11310 WisBlock LoRa Module is a low-power, long-range transceiver operating on the IN865 frequency band, based on the STM32WLE5CC SoC. It is fully compatible with the WisBlock ecosystem and supports LoRaWAN® Class A, B, and C for scalable IoT deployments.

Features

IN865 Frequency Band: Tailored for long-range LoRaWAN® communication in specific regional markets.
STM32WLE5CC SoC: Combines a powerful Arm® Cortex®-M4 core with a sub-GHz radio for integrated processing and wireless connectivity.
WisBlock Ecosystem Compatible: Designed for plug-and-play integration with other WisBlock baseboards, sensors, and IO modules.
Low Power Consumption: Optimized for battery-operated IoT endpoints in remote monitoring and telemetry applications.
RUI3 Firmware: Programmable via RAKwireless Unified Interface V3 (RUI3) for custom AT command or embedded application development.

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Description

The RAK11310 WisBlock LoRa Module is a dedicated wireless node engineered for reliable, kilometer-range data transmission in IoT networks. It integrates Semtech’s LoRa® modulation with an STM32WLE5CC microcontroller, providing both the RF transceiver and application processor in a single chip. This architecture simplifies design and reduces overall system power consumption.

The module operates on the IN865 frequency plan, making it compliant for use in regions where this band is authorized. It supports all LoRaWAN® device classes (A, B, C) and is pre-loaded with RUI3 firmware, offering a flexible development environment for both quick prototyping and mass production. Its compact form factor is specifically designed to slot seamlessly into the WisBlock modular platform.

Key Features

Regional IN865 LoRaWAN® Compliance: Ensures legal operation and network compatibility in target markets.
Integrated MCU + Radio: The STM32WLE5CC provides a 48MHz Cortex-M4 core alongside a sub-GHz radio, reducing BOM and footprint.
WisBlock Form Factor: Modular design allows for rapid assembly of sensor nodes by combining with WisBlock Core, sensor, and IO boards.
Extended Battery Life: Features advanced low-power modes and sleep states critical for field-deployed, solar, or battery-powered sensors.
RUI3 Development Framework: Enables programming via Arduino IDE, PlatformIO, or custom AT commands for tailored firmware.
Robust RF Performance: Delivers high receiver sensitivity and configurable transmit power for reliable links in urban and rural environments.

Applications

Smart Agriculture: Soil moisture monitoring, livestock tracking, and automated irrigation control systems.
Environmental Sensing: Remote air quality, water level, and weather station networks.
Industrial IoT (IIoT): Asset condition monitoring, tank level telemetry, and predictive maintenance sensors.
Smart City Infrastructure: Waste management, parking space occupancy, and streetlight monitoring.
Asset Tracking: Long-range, low-power tracking of containers, vehicles, or high-value equipment.

Technical Specifications

Microcontroller / SoC	STM32WLE5CC (Arm® Cortex®-M4)
Wireless Protocol	LoRa®, LoRaWAN® 1.0.3
Frequency Range	IN865 Band
Supported Device Classes	Class A, B, C
Firmware Platform	RAKwireless Unified Interface V3 (RUI3)
Form Factor	WisBlock Module
Operating Temperature	Standard Industrial Range (Typical)

Frequently Asked Questions

What development frameworks are supported for programming the RAK11310 module?

The module is programmed using the RAKwireless Unified Interface V3 (RUI3). You can develop custom firmware using the Arduino IDE with the RUI3 board support package or via PlatformIO. It also supports AT command mode for configuration via a serial terminal. The STM32WLE5CC chip allows for low-level development using STM32CubeIDE and the corresponding LoRaWAN® stack, providing flexibility from prototyping to production.

How do I integrate the RAK11310 module into a complete WisBlock sensor node?

To build a sensor node, slot the RAK11310 LoRa module into the dedicated radio slot on a WisBlock Base board (like the RAK5005). Then, add a WisBlock Core processing board (e.g., RAK4631) if needed, though the RAK11310 has its own MCU. Finally, plug in any required WisBlock Sensor or IO modules (for temperature, humidity, etc.) into the remaining slots. Power the assembly via the baseboard's USB or battery connector. The modular design requires no soldering for basic functionality.

What is the IN865 frequency band, and in which regions is it used?

The IN865 frequency band refers to the LoRaWAN® spectrum allocation for India, operating from 865 MHz to 867 MHz. This module is specifically certified and optimized for use in India and other regions that have adopted this frequency plan. Using a region-specific module like the RAK11310 ensures compliance with local radio regulations and seamless connectivity to LoRaWAN network servers operating in that territory, avoiding interference and legal issues.