YJJ RAK4630 NRF52840 SX1262 Which are used for LoRaWAN are LoRa+Bluetooth Modules

Product Description:

YJJ RAK4630 NRF52840 SX1262 Which are used for LoRaWAN are LoRa+Bluetooth Modules

Features:

Basic Positioning
RAK4630 is a stamp-style SMT surface mount dual-mode module, with an internal nRF52840 (BLE5.0 main control) + SX1262 LoRa radio;
RAK4631 is a finished board with a base, and the core chip is RAK4630. The hardware cores of the two are exactly the same, only the packaging / base are different. RAKwireles... .
The default pre-installed RUI3 AT firmware supports serial port/Bluetooth Low Energy (BLE) to send AT commands, without the need for complex compilation and development.
1. Main Control MCU (BLE core nRF52840)
Core: 32-bit ARM Cortex-M4F, with hardware FPU for floating-point operations
Frequency: 64 MHz
Storage: 1MB Flash + 256KB RAM
Security: Hardware CryptoCell, with AES/ECDH/SHA encryption
Peripherals: 32.768kHz RTC, NFC-A coil, full-speed USB2.0
2. BLE 5.0 Bluetooth Radio Parameters (2.4GHz)
Protocol standard: BLE5.0, supports BLE Mesh, Long Range (far distance), 2Mbps high speed, NFC-A
Frequency band: 2402~2480 MHz
Transmission power: -20dBm ~ +4dBm, with 4dB step adjustment
Receiving sensitivity:
1Mbps: -95dBm
125kbps long-range mode: -103dBm
Rate gears: 2Mbps / 1Mbps / 500kbps / 125kbps
Antenna interface: Dual IPEX4 sockets (independent BLE antenna, independent LoRa antenna, 50Ω impedance)
Typical BLE power consumption
Broadcast TX (0dBm) ≈ 4.8mA
Standby reception ≈ 1mA
Deep sleep of the entire device 2.0~4.23μA (RTC wake-up)
3. SX1262 LoRa Radio (Sub-GHz Long Distance)
Band version distinction
RAK4630 (L): 433~470 MHz (domestic CN470)
RAK4630(H): 779~923 MHz (EU868/US915/AS923)
Protocol: LoRaWAN 1.0.3, LoRa P2P point-to-point
Transmission power: Boost up to + 22dBm
Receiving sensitivity: Minimum - 148dBm, total link budget 170dB
Bandwidth: Adjustable from 7.8kHz to 500kHz, with built-in high-precision TCXO temperature-compensated crystal oscillator
LoRa power consumption: Full power transmission ≈ 14.5mA, continuous reception ≈ 14.5mA
4. Electrical Power Supply Parameters
Operating voltage: 2.0V ~ 3.6V (lithium battery 3.7V system,- direct supply 5V)
Recommended power supply: 3.3V LDO / 3.7V lithium battery
Sleep current: Typical 4.23μA, minimum 2.0μA (RTC timing wake-up)
Peak current: LoRa full power transmission ≈ 14.5mA, BLE peak < 5mA
USB: VBUS 5V only for programming, power supply debugging, not for long-term power supply of the entire device
5. Hardware Interfaces (44Pin Stamps)
Serial port: 2 hardware UART (AT commands, sensor communication)
I2C: 2 groups of I2C, compatible with LOX-02 oxygen sensor, MPXHZ6115 pressure sensor
SPI: High-speed SPI (external Flash, display)
ADC: 3 12-bit analog inputs (battery voltage, analog sensor collection)
GPIO: 8 general-purpose IO, supports external interrupt wake-up
USB: Micro USB signal pad
NFC: NFC antenna pin lead out
Debugging: SWD download debugging interface
6. Mechanical Dimensions and Environment
Form: Stamps SMT surface mount module Dimensions: 15mm × 23mm × 3mm
Pins: 44-pin postage pads, surface mount welding
Operating temperature: -40℃ ~ +85℃
Storage temperature: -40℃ ~ +85℃
Humidity: 0 - 95% RH, no condensation
VIII. Firmware and Development
Default firmware: RUI3, full-function AT instruction set (UART/BLE/USB can be sent)
Secondary development: Supports Arduino, PlatformIO, RUI3 API for custom firmware
OTA upgrade: BLE wireless OTA, USB local burning
Certification: CE, FCC, RoHS, KC compliance
Typical applications
Battery-powered sensor nodes (paired with oxygen / pressure sensors), agricultural greenhouse monitoring, industrial low-power collection, handheld portable devices, BLE mobile phone local configuration + LoRa long-distance upload, IoT low-power gateway sub-node

Specifications: