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Description:
Supports multiple IDEs for easy integration and development
The RAK4631 can be easily programmed through the Arduino IDE or other IDE extensions. It also has a version RAK4631-R configured with the low-code development platform RUI3, which allows users to develop customized firmware via RUIAPI and also send AT commands via USB, UART or Bluetooth.
Multiple Connection Methods, Multiple Scenario Applications
With communication features such as LoRa® and Bluetooth, the RAK4631 module is suitable for a variety of applications in the IoT field, such as smart home, building automation, and personal health monitoring.
LoRa point-to-point communication with low power consumption and high transmission efficiency
The module is compliant with LoRaWAN®1.0.2 protocol and supports LoRa® point-to-point communication. In sleep mode, power consumption is as low as 2.0 uA; in transmission mode, LoRa® output power is up to 22 dBm, and Bluetooth output power is up to 4 dBm, making it a cost-effective communication solution.
Specification:
Processor
NordicnRF52840 Ultra Low Power MCU
32-bit ARM Cortex-M4 CPU
Semtech SX1262
64 MHZ CPU Clock
LoRa Features
Compliant with LoRaWAN ''1.0.2 protocol
LoRa PA booster mode with 22 dBm output power; 7.8KHz to 500KHz
7.8KHz to 500KHz bandwidth low power wireless system
Operating bands:EU868, CN470, US915, AS923, AU915, KR920, IN865
Temperature range:-40°C~+85°C
Supply voltage: 2.0~3.6 V
Dimensions: 20 mm x 30 mm
Electrical Characteristics
Item / Power Consumption / Conditions
Tx Mode LoRa®@20 dBm / 125 mA / LoRa® @ PA BOOST&BT Sleep
Tx Mode LoRa®@17 dBm / 92 mA / LoRa®@ PA BOOST&BT Sleep
Tx mode BT@4 dBm / -9 mA / BT Tx mode &LoRa® sleep
Rx mode LoRa®@37.5 Kbps / 17 mA / LoRa®@ Rx mode &BT sleep
Rx Mode BT@2 Mbps / 11.5 mA / BT Rx Mode &LoRa® Sleep
Sleep Mode / 2.0uA / LoRa®& BT Sleep