Product Description
RAK5860 is based on the Quectel BG77 NB-IoT and LTE-M module. It supports CAT M1 and CAT NB2 cellular IoT wireless protocols.
RAK5860 has, in addition, a GNSS location option that can use both GPS and Glonass satellites.
RAK5860 is the solution when your LoRa® application needs access to IoT but is outside the coverage of WiFi networks or LoRaWan® gateways.
RAK5860 adds wireless communication options to your solution. It can be used for example as a gateway between your LoRa nodes over LTE.
RAK5860 can be comfortably programmed with the Quectel AT command interface.
RAK5860 is ideal for battery-powered applications because the WisBlock system allows to power down the module completely to reduce the power consumption of the system.
Key Features
- Based on the Quectel BG77 module
- UART communication with WisBlock Core microcontroller
- Programmable with Quectel AT command set
- MHF connectors for external LTE and GPS antennas
- Nano SIM and ESIM options
- Supports LTE CAT M1 and LTE CAT NB2
- GNSS location
RAK5860 WisBlock NB-IoT Interface Module
The RAK5860 WisBlock Connect module is designed to be part of a production-ready IoT solution in a modular way and must be combined with a WisBlock Core and a Base module.
The RAK5860 is a module designed to work with the RAK5005-O baseboard and it provides wireless communication (LTE Cat M1, LTE Cat NB2) to the final application. This module supports the LTE-FDD network and supports half-duplex operation in the LTE network. It also provides optional GNSS functionality.
For debugging purposes, a Micro-USB connector is used for sending AT commands, data transmission, and receiving GNSS NMEA output. Once the module is integrated with the RAK5005-O baseboard, the internal UART port of the module is connected through the IO connector to a WisBlock Core module.
Features
- Quectel BG77 with LTE Cat M1, LTE cat NB2, and GNSS
- IPEX connectors for the LTE and GPS antenna
- Micro-USB connector
- Nano SIM and ESIM options
- Status Indication LEDs
- Power Supply: 2.6-4.2 V, typical supply voltage 3.3 V
- Module size: 25 mm x 35 mm
