Elecrow LR1302 LoRaWAN HAT for RPI SX1302 Module

$ 16.90 USD

Sale Sold out

Frequency Type 915 MHz 868 MHz

LoRaWAN Gateway Module None US915 EU868

Quantity

SKU:123004068

Out of stock — Available on backorder

Need the bare LR1302 module? See the LR1302 LoRaWAN Gateway Module. For a standalone gateway, see the ThinkNode G1 .

The LR1302 LoRaWAN HAT is a powerful Raspberry Pi expansion board designed to enable seamless integration of SX1302-based LoRaWAN gateway functionality. It connects the LR1302 gateway module to Raspberry Pi boards (compatible up to Raspberry Pi 5), making it easy to build a compact and efficient LoRaWAN gateway solution.

This HAT integrates a GPS module and RTC (Real-Time Clock), enhancing both positioning accuracy and time synchronization-critical for reliable LoRaWAN communication. It supports a mini-PCIe interface for the LR1302 module and automatically maps the 52-pin gold finger to the Raspberry Pi’s standard 40-pin GPIO header, simplifying development and deployment.

Additionally, the onboard cooling fan improves thermal performance, ensuring stable operation of the Raspberry Pi during continuous use. When combined with an LR1302 gateway module and a Raspberry Pi, this HAT enables users to build a complete and compact LoRaWAN gateway suitable for IoT applications such as smart agriculture, smart cities, and industrial monitoring.

Note: LR1302 Gateway Module is not included.

Key Features

Raspberry Pi Compatibility
Designed in a standard HAT form factor, fully compatible with Raspberry Pi 1, 2, 3, 4, and 5 series.
Integrated GPS & RTC
Built-in GPS module and real-time clock improve timing accuracy and enable precise positioning for LoRaWAN applications.
Simplified Integration
Converts the 52-pin mini-PCIe interface to a 40-pin GPIO header, allowing easy connection and faster development.
Efficient Thermal Management
Equipped with an onboard cooling fan to maintain optimal operating temperature and enhance system stability.
Compact & Space-Saving Design
Small footprint makes it ideal for embedded and space-constrained IoT gateway deployments.

Technical Specifications

Category	Specification
Power Interface	40 Pin Header or USB
Clock	With logical master clock and real-time clock functions
Fan	Built-in (DC 5V)
Raspberry Pi 40-Pin Headers	Supports Raspberry Pi 5 / Raspberry Pi 4 B / Raspberry Pi 3 A+/B/B+ / Raspberry Pi 2 B / Raspberry Pi A+/B+
PCIe Header	52 Pin Mini-PCIe Header
GNSS	Supports GPS L1, GLONASS L1, BeiDou B1
Indicator Light	PWR: Green TXD: Green RXD: Blue GPS: Green
Battery	CR1220
Operating Voltage	5V
Dimensions	65 × 57.2 mm
Weight	28.8 g

Interface Function

Raspberry Pi GPIO	LR1302 Pi Hat Pin Name	IO Type	Function
3V3 power	NC
5V power	5V	Power
GPIO 2 (SDA)	I2C_SDA	DIO	I2C Data for Temperature Sensor & Authentication chip
5V power	5V	Power
GPIO 3 (SCL)	I2C_SCL	DI	I2C Clock for Temperature Sensor & Authentication chip
Ground	GND	Ground
GPIO 4 (GPCLK0)	NC
GPIO 14 (TXD)	GPS_RXD	DI	GPS UART_RXD
Ground	GND	Ground
GPIO 15 (RXD)	GPS_TXD	DO	GPS UART_TXD
GPIO 17	RESET	DI	Reset Pin (Active High SPI / Active Low USB)
GPIO 18 (PCMCLK)	SX1262_BUSY	DO	SX1262 BUSY Pin
GPIO 27	NC
Ground	GND	Ground
GPIO 22	NC
GPIO 23	SX1262_IO1	DIO	SX1262 DIO1 Pin
3V3 power	NC
GPIO 24	SX1262_IO2	DIO	SX1262 DIO2 Pin
GPIO 10 (MOSI)	SPI_MOSI	DI	SPI MOSI
Ground	GND	Ground
GPIO 9 (MISO)	SPI_MISO	DO	SPI MISO
GPIO 25	GPS_RST	DI	Active high ≥10ms to reset GPS module
GPIO 11 (SCLK)	SPI_SCK	DI	SPI Clock
GPIO 8 (CE0)	SX1302_CSN	DI	SX1302 Chip Select
Ground	GND	Ground
GPIO 7 (CE1)	NC
GPIO ID_SD	ID_SD	DIO	I2C Data for EEPROM
GPIO 1 (ID_SC)	ID_SC	DI	I2C Clock for EEPROM
GPIO 5	SX1262_RST	DI	SX1262 Reset Pin
Ground	GND	Ground
GPIO 6	SX1262_CSN	DI	SX1262 Chip Select
GPIO 12 (PWM0)	GPS_WAKE_UP	DI	Active high for GPS standby mode
GPIO 13 (PWM1)	NC
Ground	GND	Ground
GPIO 19 (PCM FS)	NC
GPIO 16	NC
GPIO 26	NC
GPIO 20 (PCM DIN)	NC
Ground	GND	Ground
GPIO 21 (PCM DOUT)	NC