Ultra Low Power Bluetooth Low Energy and LoRa® Module

Telit RE866

Ultra Low Power Bluetooth Low Energy and LoRa® Module

Integrating unlicensed LPWAN to your IoT solution is simplified with the use of our pre-certified combo module, RE866. The module’s open protocol and unique combination of long range (LoRa) with Bluetooth Low Energy (BLE) make it perfect for sensor-heavy applications such as smart metering, industrial automation, alarm systems, agriculture, street lightning, asset tracking, and smart cities. This RE866 provides ultra-low power consumption with an outstanding wireless range and a secured, powerful solution for customers looking for a simple approach to enable remote management and configuration via PC or mobile or the module can act as a LoRa gateway for a subnetwork of connected BLE sensors, True to the Telit, “Design once, use anywhere”, philosophy, device makers’ benefit from future proof, cost effective solutions. The enormously long range and ultra-low power consumption make the RE866 an ideal choice for battery-operated devices, supporting battery life of up to 10 years in relevant applications.

With the compact RE866, customers can take advantage of its pin-to-pin compatibility with the Telit NE866 NarrowBand IoT module, allowing solutions to switch from licensed to unlicensed standards with ease.

Key Benefits:

LoRa Alliance certified module: LoRaWan1.02 class A/C and B.
Bluetooth v5 qualified module
BLE 5 GATT Central/Peripheral, TIO ( SPP like) with free source codes
Fully compatible with Bluemod+S42 /S50 modules
101dB budget link
Integrated antenna for BLE, External antenna for SUB-GHZ
Pin to Pin compatible with NE866 ( Telit NB1module)
AES-128 security and Embedded Secured Element forfuture uses
Ultra-low power usage schemes – Allows years of useon a single battery.
Upgradable firmware – Prepare for the future with access to feature and security updates.
NFC handover simplifies device pairing and connection setup.
UART eDMA/PPI (faster UART speed / lower powerconsumption)
CE, RED, FCC/IC
Temperature (operating) -40°C to +85°C