Elecrow ThinkNode M7 Meshtastic Wireless Communication Gateway with ESP32-S3, LR1110 & PoE Support

The Elecrow ThinkNode M7 Meshtastic Wireless Communication Gateway is a powerful LoRa gateway designed for reliable long-range wireless communication and IoT networking. Built around the ESP32-S3 with an Xtensa 32-bit LX7 dual-core processor running at up to 240MHz, and paired with the LR1110 LoRa chip, it delivers high-performance processing for Meshtastic, smart IoT, and wireless mesh network applications.

The gateway supports 2.4GHz Wi-Fi, Bluetooth Low Energy 5.0, and LoRa communication, while operating on both US 915MHz and EU 868MHz frequency bands for regional compatibility. It features a USB power/data interface, 100Mbps Ethernet port, and Power over Ethernet (PoE) support for flexible installation.

An external adhesive antenna improves signal coverage, while the pre-installed Meshtastic gateway firmware enables a true plug-and-play experience. Whether you’re building a Meshtastic network, deploying an IoT gateway, or creating a LoRa communication system, the Elecrow ThinkNode M7 offers dependable performance, seamless connectivity, and easy deployment.

Features:

• Deeply optimized for the LoRa protocol: The hardware and software are specifically designed for Meshtastic communication protocols and indoor settings, ensuring robust and efficient signal transmission and reception performance.
• Dual-core high-performance CPU: Uses the ESP32-S3 module, which has an Xtensa 32-bit LX7 dual-core processor with a primary frequency of up to 240MHz, giving adequate computational capacity for complicated communication and data processing.
• Various wireless communication capabilities: Integrates 2.4GHz Wi-Fi and Bluetooth Low Energy/Bluetooth 5.0, allowing for flexible device networking and local connections. It can also do wide-area LoRa communication in the US915/EU868 bands with the LR1110 chip.
• Flexible power supply and networking methods: Includes a USB power port and a 100Mbps Ethernet port, supports optional PoE power supply, adapts to various indoor deployment settings, and can connect to the Internet via a wired network.
• Enhanced signal coverage: Uses an external rubber rod antenna to dramatically improve LoRa signal transmission and reception distance, broaden indoor coverage, and support more robust long-distance node connections.
• Basic structure and installation: Because of its basic design and built-in fixed base, it is easy to place on walls or desktops and can be deployed in a variety of indoor locations.