ELECROW Outdoor Solar Powered LoRa Node Repeater with GPS and nRF528406W — Open-Box, 15% Off

Powerful Features: The ThinkNode M6 Solar-Powered LoRa Node Repeater is equipped with the nRFLR1262 LoRa transceiver module and the nRF52840 core processor. It supports both Bluetooth and LoRa dual-mode connectivity, ensuring stable and reliable signal coverage All-Day Operation: ThinkNode M6 integrates a 6W high-efficiency monocrystalline solar panel with MPPT smart charging. With a built-in 7000mAh lithium battery and ultra-low power consumption, it delivers continuous power for long-term outdoor use without frequent charging, ideal for off-grid and remote deployments IP65 Outdoor Protection Design: ThinkNode M6 solar repeater for LoRa is built with an IP65-rated waterproof and dustproof enclosure and can operate reliably in extreme temperatures ranging from -20°C to 60°C, making it an ideal solution for outdoor monitoring and emergency response in challenging environments High-Precision Positioning: The ThinkNode M6 outdoor LoRa node features an integrated L76K GPS module, delivering real-time, accurate location data. Sharing of location information through the LoRaWAN network. Ideal for outdoor IoT applications, ad hoc networks, and asset tracking Flexible Sensor & Interface Expansion: Features waterproof connector interfaces supporting IIC and UART expansion, enabling connection of external sensors and modules. Suitable for environmental sensing, agriculture monitoring, industrial IoT, and other customizable edge data projects Note: This version does not support Meshtastic firmware. We will provide LoRa/LoRaWAN-related examples, sensor example code, GPS example code, and more for reference or use: bit.ly/46SxjgT p>The ThinkNode M6 Outdoor Solar Power is a high-performance LoRa IoT device designed for harsh outdoor environments and industrial scenarios.

It features the nRFLR1262 LoRa transceiver module and the nRF52840 core processor, supporting Bluetooth and LoRa dual-mode connectivity to ensure stable signal coverage. Equipped with a 6W solar charger and two 18650 batteries, it offers all-weather operation. Its IP65 waterproof housing allows operation in extreme environments ranging from -20°C to 60°C. It offers flexible mounting options, including wall mounting, brackets, pole mounting, and U-shaped clamps.

ThinkNode M6 comes with dual SP11 waterproof aviation connectors and supports long-range communication, precise positioning, and low-power operation. It can be used out-of-the-box, and rapid deployment, ideal for LoRa network expansion, remote monitoring, outdoor emergency response, and off-grid communications, especially in remote areas with limited outdoor network access.

Feature

All-Weather Power System

Integrated 6W high-efficiency silicon solar panels and MPPT smart charging maximize energy harvesting efficiency.

Combined with a large-capacity lithium battery and ultra-low power consumption, it maintains stable operation for extended periods.

High-Performance Hardware Configuration

A built-in 64 MHz Arm Cortex-M4 processor with a DSP instruction set enables smooth execution of complex algorithms.

Dual-mode communication chip for wireless connectivity

Bluetooth 5.4 (BLE) enables fast near-field configuration and low-power connectivity. The LoRa SX1262 chip supports the full 150-960 MHz frequency band.

Flexible Expansion

Dual SP11 waterproof aviation interfaces support IIC/UART, enabling quick access to various sensors, such as temperature, humidity, gas, and soil sensors etc.

Local Data Processing

Edge computing capabilities support local data pre-processing (such as filtering, compression, and protocol conversion), reducing cloud reliance and improving response speed and privacy. 

High-Precision Positioning

The L76K GPS module supports real-time, accurate positioning and location information sharing.

IP65 Protection

The integrated sealing structure supports an IP65 protection level and can be used in environments ranging from -20°C to 60°C. 

Multiple mounting options

Supports wall mounting, bracket mounting, pole mounting, and U-shaped clamp mounting.

Multi-scenario application coverage

It can be used in wide-area IoT applications( remote monitoring, environmental monitoring, and asset tracking), and also supports ad hoc networks, making it suitable for distributed deployment in areas without network coverage.