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Mesh Node T096 Development Board with TFT Display, LoRa Meshtastic Node nRF52480 SX1262 UC6580 Dual-Band GNSS GPS Module, Compatible with Meshtastic MeshCore and LoRaWAN for Tracking Communication
- Tri-Mode Wireless Connectivity: Powered by the nRF52840 MCU, SX1262 LoRa transceiver, and UC6580 GNSS chip, the T096 supports simultaneous Bluetooth 5, long-range LoRa communication, and global satellite positioning. Ideal for decentralized mesh networks, asset tracking, and remote sensing applications.
- High-Efficiency LDS Antenna & Robust RF Performance: Laser Direct Structuring (LDS) technology is applied to both GNSS and Bluetooth antennas, delivering a compact, durable, and highly efficient solution. The LoRa transmitter achieves a maximum output power of 281 dBm with a bypassable LNA, ensuring exceptional range and link reliability in challenging environments.
- Ultra-Low Power Consumption for Battery-Powered Deployments: Built around the nRF52840, the board consumes only 210 mA during Bluetooth operation and just 12 A in sleep modefar more efficient than ESP32-based alternatives. This makes the T096 perfectly suited for long-term, battery-powered field deployments.
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Tri-Mode Wireless Connectivity: Powered by the nRF52840 MCU, SX1262 LoRa transceiver, and UC6580 GNSS chip, the T096 supports simultaneous Bluetooth 5, long-range LoRa communication, and global satellite positioning. Ideal for decentralized mesh networks, asset tracking, and remote sensing applications. ^^ High-Efficiency LDS Antenna & Robust RF Performance: Laser Direct Structuring (LDS) technology is applied to both GNSS and Bluetooth antennas, delivering a compact, durable, and highly efficient solution. The LoRa transmitter achieves a maximum output power of 281 dBm with a bypassable LNA, ensuring exceptional range and link reliability in challenging environments. ^^ Ultra-Low Power Consumption for
Battery-Powered Deployments: Built around the nRF52840, the board consumes only 210 mA during Bluetooth operation and just 12 A in sleep modefar more efficient than ESP32-based alternatives. This makes the T096 perfectly suited for long-term, battery-powered field deployments. ^^ Comprehensive Power Management & Rugged Interfaces: Integrates a full lithium battery management system (charge/discharge, overcharge protection, battery level detection, and auto-switching between USB and battery power). The USB-C port features voltage regulation, ESD protection, short-circuit protection, and RF shielding. Also includes solar panel connector, IPEX 1.0 antenna ports, and 213 2.54 mm header pins. ^^
Developer-Friendly Ecosystem & Open-Source Support: Fully compatible with Arduino IDE, PlatformIO, and MicroPython, with provided SDK examples for LoRa/LoRaWAN and GNSS. Natively supports open-source mesh projects such as Meshtastic and MeshCore, enabling rapid prototyping of resilient, scalable mesh networks for both enthusiasts and professional developers.
Battery-Powered Deployments: Built around the nRF52840, the board consumes only 210 mA during Bluetooth operation and just 12 A in sleep modefar more efficient than ESP32-based alternatives. This makes the T096 perfectly suited for long-term, battery-powered field deployments. ^^ Comprehensive Power Management & Rugged Interfaces: Integrates a full lithium battery management system (charge/discharge, overcharge protection, battery level detection, and auto-switching between USB and battery power). The USB-C port features voltage regulation, ESD protection, short-circuit protection, and RF shielding. Also includes solar panel connector, IPEX 1.0 antenna ports, and 213 2.54 mm header pins. ^^
Developer-Friendly Ecosystem & Open-Source Support: Fully compatible with Arduino IDE, PlatformIO, and MicroPython, with provided SDK examples for LoRa/LoRaWAN and GNSS. Natively supports open-source mesh projects such as Meshtastic and MeshCore, enabling rapid prototyping of resilient, scalable mesh networks for both enthusiasts and professional developers.
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- Return for refund within: 30 days
- Return for replacement within: 30 days
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