SKU: IOWC-1691
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G-NiceRF LoRa610Pro 100mW LoRa Module for Mesh Network w/ UART

₹1,729.00 (Inclusive of all taxes)
Out of Stock

The G-NiceRF LoRa610Pro is a 100mW (20dBm) transparent LoRa RF module designed for long-range, low-power mesh networking. Operating from 3.3V to 6.5V, it supports TTL, RS232, and RS485 interfaces with AES128 encryption for secure industrial IoT and remote control applications.

Features

  • High-Power LoRa Transceiver: Features 100mW (20dBm) RF output power and -139dBm sensitivity for reliable communication over distances up to 5000 meters in open areas.
  • Multi-Interface Support: Integrates TTL, RS232, and RS485 serial interfaces for direct connectivity with PLCs, sensors, and embedded controllers without additional converters.
  • Secure Mesh Networking: Supports Node/Route and Node+Route mesh modes with AES128 data encryption, enabling scalable, self-healing wireless networks for industrial telemetry.
  • Robust Industrial Design: Built with overcurrent, overvoltage, and reverse connection protection circuits for reliable operation in harsh environments from -40°C to +85°C.
  • Advanced RF Features: Includes Listen Before Talk (LBT) for efficient channel usage and operates across 40 channels on 433, 490, 868, or 915MHz frequency bands.

Out of stock

Description

The LoRa610Pro is a professional-grade LoRa module engineered for demanding wireless telemetry and control systems. Its core architecture utilizes LoRa modulation to achieve a balance of extended range and minimal power consumption, making it ideal for battery-operated field sensors and gateways. The module’s integrated mesh networking stack allows devices to form dynamic, multi-hop networks that extend coverage and improve system resilience in complex or obstructed environments.

Built for industrial integration, the module includes robust protection circuits against electrical transients and interference, ensuring stable operation in electrically noisy settings. The support for multiple serial protocols (TTL, RS232, RS485) provides plug-and-play compatibility with a vast array of industrial equipment, from Modbus RTU devices to legacy serial terminals. This combination of RF performance, network flexibility, and interface versatility positions the LoRa610Pro as a key component for building scalable IoT infrastructure in agriculture, smart city, asset tracking, and remote monitoring applications.

Key Features

  • Long-Range LoRa Connectivity: Leverages Chirp Spread Spectrum (CSS) modulation for exceptional link budget, enabling reliable data links over several kilometers even at low data rates.
  • Flexible Serial Connectivity: Equipped with configurable TTL (3.3V), RS232, and RS485 transceivers on-board, eliminating the need for external level shifters or interface boards.
  • Secure Data Transmission: Implements AES128 encryption at the hardware level to protect sensor data and command packets from eavesdropping in sensitive applications.
  • Scalable Mesh Topology: Operates in transparent transmission, Node, Route, or combined Node+Route modes, allowing the network to scale by adding routing nodes that relay data for end devices.
  • Industrial Durability: Features a built-in anti-crash self-reset circuit and comprehensive electrical protection (overcurrent, overvoltage, reverse polarity) for high reliability in field deployments.
  • Spectrum Efficient: Listen Before Talk (LBT) functionality helps prevent packet collisions by checking channel activity before transmission, optimizing performance in dense node deployments.
  • Wide Power & Temperature Range: Accepts a 3.3V to 6.5V DC supply and operates across an industrial temperature span from -40°C to +85°C.
  • Regulatory Compliance: KC certified, ensuring the module meets specific regional regulatory requirements for radio frequency devices.

Applications

  • Industrial IoT & Telemetry: Remote monitoring of water tanks, silo levels, or industrial equipment status via RS485 Modbus networks in factories and utilities.
  • Smart Agriculture: Wireless sensor networks for soil moisture, temperature, and humidity across large farms, with gateways aggregating data via mesh links.
  • Asset & Fleet Tracking: Long-range tracking of vehicles, containers, or high-value assets in logistics and supply chain management.
  • Smart City Infrastructure: Connecting distributed assets like smart streetlights, waste management sensors, or environmental monitoring stations into a centralized network.
  • Remote Control & SCADA: Secure wireless control and data acquisition for remote pumps, valves, and actuators in oil & gas or water distribution systems.

Technical Specifications

Model / NameLoRa610Pro
Wireless ProtocolLoRa
Frequency Range433 MHz, 490 MHz, 868 MHz, 915 MHz (Configurable)
RF Transmit Power100 mW (20 dBm)
RF Sensitivity-139 dBm
Supply Voltage3.3 V to 6.5 V DC
Communication InterfacesTTL (3.3V), RS232, RS485
Network TopologyPoint-to-Point, Mesh (Node/Route)
Data EncryptionAES128
Channels40
Operating Temperature-40°C to +85°C
CertificationKC Certified
Dimensions (Shipping)12 cm x 9 cm x 2 cm

Frequently Asked Questions

How do I configure the LoRa610Pro module for a mesh network?

Configure the module using AT commands via its UART interface. Set the network ID and device address with AT+NETID and AT+ADDR commands. Choose the operating mode: AT+MODE=1 for Node, AT+MODE=2 for Route, or AT+MODE=3 for Node+Route. Ensure all nodes in the mesh share the same NETID, SPED (spreading factor/bandwidth), and FREQ parameters. Finally, set the AES128 encryption key with AT+KEY for secure communications across the network.

What is the procedure for connecting the LoRa610Pro to an RS485 Modbus sensor?

Connect the sensor's RS485 A and B lines to the module's corresponding RS485+ and RS485- terminals. Provide a 3.3V to 6.5V power supply to the module's VCC and GND pins. Configure the module's serial baud rate (AT+BAUD) and parity to match your Modbus device, typically 9600 or 19200 baud with 8-N-1 format. The module operates in transparent transmission mode by default, so any data sent from your microcontroller or PLC to the module's TTL RX pin will be wirelessly transmitted and output from the remote module's RS485 port to the sensor.

How do I change the operating frequency (e.g., from 868MHz to 915MHz) on the LoRa610Pro?

Change the frequency using the AT+FREQ command. First, ensure the module is in configuration mode (typically triggered by a specific sequence or command). Then, send AT+FREQ=915000000 to set it to 915MHz (or the corresponding value in Hz for your desired band). You must also verify that the SPED (spreading factor/bandwidth) setting is appropriate for the new frequency band's regional regulations. After changing the frequency, all communicating modules in the network must be updated to the same FREQ and SPED settings to maintain communication links.

What are the power requirements and sleep current for battery-operated use?

The module operates from a 3.3V to 6.5V DC supply. Its active transmission current can reach around 120mA at 20dBm output power. For battery savings, utilize the module's built-in low-power modes via AT commands. You can put the module into a deep sleep state where current consumption drops to microamp levels, waking it via a GPIO pin or internal timer for periodic data transmission. Design your power supply with sufficient capacity to handle the peak current during RF transmission to avoid voltage sag.

Package Includes

  • 1 x G-NiceRF LoRa610Pro LoRa Module
  • 1 x 6-pin connector

Additional Information

Weight 0.017 kg
Dimensions 12 × 9 × 2 cm