Common Features of Three LoRa Data Transmission Modules: Multi-Level Safety Protection, Flexible Networking, and Stable Communication

LoRa6100II High Power & Long-Range Wireless Data Transmission Module

The LoRa6100II module is built on Semtech’s LLCC68 chip and utilizes LoRa spread spectrum modulation technology to deliver exceptional transmission range and strong anti-interference performance. It supports MESH networking and AES128 encryption to ensure a secure and stable wireless network.

Long-Distance Transmission Capability
With outstanding receiver sensitivity (up to -129 dBm), the module can achieve a maximum wireless communication distance of 12 kilometers under low data rates in open environments. This positions it among the leading wireless communication modules, making it particularly suitable for long-range control and monitoring scenarios.

High Power Output Design
Supporting up to 2W of transmission power (at 5V supply), the module offers significantly stronger penetration and wider coverage compared to standard 100mW modules. It meets the communication demands of complex terrains and obstructed environments.

MESH Networking Capability
The module supports multiple operating modes, including MESH networking with automatic routing. By integrating multiple modules, users can build a self-organizing network that eliminates blind spots and distance limitations, enhancing system stability and scalability.

Flexible Software Configuration
Users can flexibly switch and configure the module’s operating modes via PC software. This allows for highly customizable settings to meet the needs of various applications.

LoRa610Pro: High Sensitivity and Versatile Configuration

The LoRa610Pro module is based on Semtech’s SX127X chip and adopts LoRa spread spectrum modulation technology, delivering outstanding communication range and strong anti-interference performance. It supports MESH networking and AES128 encryption, ensuring secure and stable data transmission. Designed with 100mW output power and a compact form factor, it is ideal for embedded applications and widely used in remote wireless control.

Multi-Band Support
LoRa610Pro supports multiple frequency bands including 433/470/868/915 MHz, making it adaptable to regional communication standards across different countries and applications.

High Receiver Sensitivity
With a receiver sensitivity as low as -139 dBm, the module maintains stable wireless connections even in weak signal or high-interference environments. It is well-suited for long-range, low-data-rate communication tasks.

Flexible Serial Port Configuration
The module offers a variety of serial interface parameter settings, allowing for flexible and customized configuration based on specific application needs. It is compatible with industrial control, smart home systems, and remote monitoring applications.

MESH Networking Function
LoRa610Pro supports automatic routing, dynamically selecting the optimal communication path. This enables reliable multi-node connections and ensures robust performance in dense network environments.

LoRa6100Pro-mini: Compact Size and Dual Interface Flexibility

The LoRa6100Pro-mini module features a compact stamp-hole design, ideal for integration into space-constrained embedded devices. It supports up to 1W output power and offers both TTL and RS485 interface options.

Ultra-compact size
With its stamp-hole package and miniature size, the LoRa6100Pro-mini is perfect for embedding into portable devices, sensors, or other space-limited embedded systems, enabling flexible deployment in compact applications.

1W Output Power and 8km Transmission Distance
This module delivers up to 1W output power, enabling communication distances of up to 8 kilometers under low data rate settings. It is ideal for applications that require extended range, such as smart agriculture and remote monitoring.

Low Power Consumption
The LoRa6100Pro-mini features low power consumption, making it especially suitable for long-term operation in embedded systems. Whether battery-powered devices or projects requiring energy efficiency, it ensures effective power utilization.

TTL and RS485 Interface Support
The LoRa6100Pro-mini supports both TTL and RS485 interfaces, offering flexible compatibility with various devices and application scenarios. It is particularly well-suited for industrial automation, building control, and smart device connectivity.

Shared Features of the Three Wireless Data Transmission Modules

Multiple Protection Mechanisms for Stable Communication
All three modules integrate comprehensive protection features, including ESD (electrostatic discharge) protection, hardware reset protection, watchdog reset to prevent system crashes, and over-current, over-voltage, and reverse polarity protection circuits — significantly enhancing system reliability and safety.

Optional LBT Function
An optional LBT (Listen Before Talk) feature is supported, which helps reduce interference and improves communication efficiency and overall system stability.

Flexible MESH Networking Configuration
The modules support flexible MESH networking modes, including node mode, router mode, and node+router hybrid mode. This allows deployment in complex network structures and achieves broader wireless coverage.

Pin Compatibility
The LoRa6100II, LoRa610Pro, and LoRa6100Pro-mini modules are designed with pin compatibility, allowing for easy replacement across different applications, simplifying development and maintenance.

Advantages of Choosing Wireless Data Transmission Modules

Cost Reduction
No need for cable laying or trench digging—simply connect the module and install the antenna. This greatly reduces labor and material costs, making it ideal for complex or hard-to-wire environments.

Shorter Project Cycle
Compared to wired communication, which may require months of construction, wireless networking can be completed in just a few days to weeks, enabling faster and more efficient deployment.

Strong Adaptability
Unrestricted by geographical conditions, wireless modules are suitable for mountains, lakes, forests, and mobile equipment—offering a much broader application range than wired solutions.

Excellent Scalability
Adding new devices only requires connecting additional wireless modules, with no need to rewire the system—making upgrades and expansion simple and efficient.