Industrial-grade LoRa wireless data radio station — Ultra-long-distance transmission, efficient self-organizing network

A wireless data radio is a device specifically designed for the efficient and reliable transmission of digital data in wireless environments. The LoRa6500Pro utilizes industrial-grade LoRa modulation technology, offering exceptional reception sensitivity, significantly enhancing penetration capability and communication range, and providing stronger anti-interference performance. Users can configure the module to switch between different operating modes via PC software. In MESH mode, the routing module automatically routes data, supporting multi-module combinations to achieve network transmission without blind spots or distance limitations. Additionally, users can encrypt wireless data using AES128 through PC software or serial commands, ensuring secure data transmission.

Industrial-grade LoRa modulation technology

Efficient reception sensitivity: The penetration capability and communication range have been greatly improved, surpassing traditional FSK and GFSK technologies. This ensures the stability and reliability of data transmission even in complex wireless environments.

Multiple operating modes / Flexible deployment via PC software

Mode Switching: Users can easily switch the module's operating mode via PC software to adapt to different application scenarios.

PC Software Configuration: Users can configure and manage the module through PC software, simplifying operations and enhancing convenience.

MESH mode

Automatic Routing: In MESH mode, the routing module features automatic routing, supporting multi-module combinations to form a network with no blind spots and no distance limitations for data transmission.

Data encryption

The radio station features data encryption capabilities, allowing users to further secure wireless data transmission with AES128 encryption through PC software or serial commands, ensuring enhanced data security.

Long-distance transmission—up to 10 km in open areas

In MESH mode, multi-module combinations can achieve network coverage without blind spots or distance limitations. In open environments, a single module can reach a transmission distance of up to 10 kilometers in low-rate mode, ensuring stability and reliability in long-distance wireless transmission.

Selectable frequency bands

Operating frequency bands: 433/470 MHz, with multiple frequency options available. Users can select different operating frequencies based on their on-site needs.

The wireless data radio station supports multiple transmission methods and provides TTL, RS232, and RS485 level interfaces.

In MESH mode, hop count options: Users can choose the number of hops in the MESH network based on specific needs, optimizing the network topology to improve communication efficiency and coverage.

CRC Check Optional: The module has internal CRC checking enabled within the wireless chip, and there is an internal checksum mechanism for wireless data. However, in extreme conditions, interference may cause the wireless data to bypass these checks, leading to erroneous data output from the module. Therefore, the module provides an optional CRC check feature for users to use under such conditions.

LBT (Listen Before Talk) Optional: When multiple transmitters operate simultaneously, the module first checks the environment for other transmitters before transmitting. If another transmitter is currently transmitting wireless signals, the module will delay its transmission until the other transmitter stops. This ensures that transmissions do not interfere with each other.

In MESH mode, node/router/node+router options: The module supports configuration as a regular node, a routing node, or a node with routing functionality simultaneously within the MESH network. This allows dynamic adjustment based on network requirements, enhancing the flexibility and adaptability of the network.

High quality + industrial-grade

With a metal enclosure, compact size, and easy installation, this module features a perfect shielding design, ultra-long-distance capability, strong anti-interference performance, and an additional separate heatsink. It is a truly high-quality industrial-grade wireless data radio station designed for reliable and stable operation over extended periods.

Stable and reliable

Built-in hardware watchdog reset circuit: The module includes a hardware watchdog reset circuit that automatically restarts the system in case of anomalies, ensuring the module continues to operate stably even under strong external interference signals.

Built-in overcurrent, overvoltage, and reverse polarity protection circuit: The module features a built-in protection circuit that prevents damage from power supply anomalies or wiring errors. It protects the module from current and voltage fluctuations, extending device life and ensuring system safety and stability.

By configuration, the module can be made compatible with several models of LoRa data transmission modules from NiceRF’s same series, offering greater flexibility in pairing and use.

The LoRa6500Pro wireless data radio station, with its efficient reception sensitivity, strong anti-interference capability, and flexible configuration options, is an ideal solution for remote wireless communication. Its outstanding performance and high reliability meet a variety of application needs, providing users with a secure, stable, and efficient data transmission experience. Whether for industrial data collection, remote metering, or home automation and wireless data communication, the LoRa6500Pro demonstrates unparalleled advantages, making it an excellent choice in the field of wireless communication.

Precautions for Using High-Power Radio Stations

Use a suitable DC regulated power supply with strong resistance to high-frequency interference, low noise, and sufficient load capacity. If necessary, it should ideally include overcurrent, overvoltage, reverse polarity protection circuits, and lightning protection features.

Avoid using the data radio station in environments with high temperatures, humidity, low temperatures, strong electromagnetic fields, or excessive dust. These adverse conditions can accelerate the aging of internal components, shorten the device's lifespan, and strong electromagnetic interference can significantly weaken the signal, affecting the effectiveness of wireless transmission.

Ensure the use of low-loss, high-quality RF cables to minimize signal loss. Regularly check RF connectors to ensure they are securely fastened, avoiding signal loss due to looseness.

The ground of the data radio station should be properly connected to the ground of external devices (such as PCs, PLCs, etc.). Otherwise, it may damage communication interfaces or cause signal transmission instability, resulting in errors and other issues.