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The WioE5 wireless module integrates the ST systemlevel package chip STM32WLE5JC, an ARM Cortex M4 ultralowpower MCU, and the Long Range SX126X. It supports LoRaWAN frequency plans such as EU868, US915, and others, making it ideal for wireless sensor networks and IoT devices that require battery operation, low power consumption, and extended range.
Features
Note:
For antenna selection of WioE5, we provide two references to improve RF performance and comply with CE/FCC regulations:
1. Dipole Antenna (up to 2.0 dBi): This antenna was used for WioE5 certification. For more information, please refer to the certification report or SKU 113070002.
2. Spring-loaded Antenna (up to 1.1 dBi): This antenna is used by the SenseCAP S210X LoRaWAN sensor.
This ultra-compact module has extremely low power consumption and supports both (G)FSK and Long Range. With integrated AT command firmware, developers can easily build prototypes or applications. It fully supports LoRaWAN protocols and various frequency plans, making it an ideal solution for long-range sensor nodes and a wide range of wireless communication applications. Whether for wireless meter reading, IoT nodes, or sensor networks the WioE5 is perfectly suited for LPWAN IoT scenarios.
With this module, you can connect to different LoRaWAN server platforms such as TheThingsStack, Chirpstack, and others.
- High Performance: Transmit power up to 22dBm @868/915MHz; sensitivity 136.5dBm for SF12 with 125KHz BW.
- Long Range: 158dB link budget.
- Wireless Connectivity: Embedded Long Range protocol, supports global Long Range frequency plans.
- Rich Interfaces: Equipped with GPIO interfaces such as UART, I2C, and ADC, offering great flexibility for developers.
- Easy to Use: Integrated AT command firmware and support for custom product development using an SDK.
- FCC, CE, IC, Telec, WPC, and RCM certified
Specifications
| Items | Parameter | Specifications | Unit |
| Core | MCU | ARM Cortex M4 | |
| Memory | 256KB Flash, 64KB SRAM | KB | |
| Structure | Size | 12(W)*12(L)*2.5(H) | mm |
| Package | 28 pins, SMT | ||
| Electrical Characteristics | Power Supply | 3.3V type | V |
| Minimum Sleep Current | 2.1uA (SOC) | uA | |
| Operating Current (Transmitter+MCU) | 50mA @10dBm at 434MHz type | mA | |
| 111mA @22dBm at 470MHz type | |||
| 111mA @22dBm at 868MHz type | |||
| Operating Current (Receiver+MCU) | 6.7mA @BW125kHz, 868MHz type | mA | |
| 6.7mA @BW125kHz, 434MHz type | |||
| 6.7mA @BW125kHz, 470MHz type | |||
| Output Power | 10dBm max @434MHz | dBm | |
| 22dBm max @470MHz | |||
| 22dBm max @868MHz | |||
| Sensitivity | @SF12, BW125kHz | dBm | |
| Fr(MHz) | min | typ | max |
| 434 | - | -134.5 | -136 |
| 470 | - | -136.5 | -137.5 |
| 868 | - | -135 | -137 |
| Harmonics | < -36dBm below 1GHz | dBm | |
| < -40dBm above 1GHz | dBm | ||
| Interfaces | RFIO | RF port | |
| UART | 3 groups of UART, 2 pins each | ||
| I2C | 1 group of I2C, 2 pins | ||
| ADC | 1 ADC input, 12-bit 1Msps | ||
| NRST | Manual reset pin input | ||
| SPI | 1 group of SPI, 4 pins | ||
| Operating Temperature | -40 ~ 85 |
Hardware Overview
The WioE5 series is a powerful long-range module with a stamp hole form factor, allowing easy integration. It supports frequency plans such as EU868/US915/AU915/AS923/KR920/IN865 and is compatible with LoRaWAN Class A/B/C protocols. The module is pre-certified, reducing overall costs and speeding up device certification.
The WioE5 has integrated AT command firmware, enabling beginners to quickly build prototypes. Experienced developers can use the SDK for customized products.
Wio-E5 Series Comparison
Applications
Would you like to learn more about the application scenarios of the WioE5 module? Please check out the following real-world use cases:
- Solar-Powered Outdoor LoRaWAN Air Quality Monitor
- Low-Power Snow Depth Sensor Monitoring for IoT Smart City Based on WioE5 Applied in Norway
- Developed Stream Runoff Monitoring Sensors Using WioE5 to Measure Temperature, Quality and Flow
- Smart City: WioE5-Based Indoor Air Pollutant Detection Project
- WioE5 & ESP32 Powered WiLoBlIno Device
- Loko: The Smallest GPS Tracker with Built-In WioE5 Module to Track Wild Animals and Drones
Documents
WioE5 Datasheet and SpecificationsWioE5 AT Command SpecificationSTM32WLE5JC DatasheetWioE5HF Certification CEVOCREDWioE5HF FCC Certification -DSSWioE5HF FCC Certification -DTSWioE5HF TELEC CertificationWioE5HF IC CertificationWioE5 KiCad LibraryWioE5 HF 3D FileWioE5 Eagle LibrarySTM32Cube MCU Package for STM32WL SeriesCertification
| HS CODE | 8517709000 |
| US HS CODE | 8517790000 |
| UPC | |
| EU HS CODE | 8517180000 |
| Country of Origin | CHINA |
The WioE5 wireless module integrates the ST systemlevel package chip STM32WLE5JC, an ARM Cortex M4 ultralowpower MCU, and the Long Range SX126X. It supports LoRaWAN frequency plans such as EU868, US915, and others, making it ideal for wireless sensor networks and IoT devices that require battery operation, low power consumption, and extended range.
Features
Note:
For antenna selection of WioE5, we provide two references to improve RF performance and comply with CE/FCC regulations:
1. Dipole Antenna (up to 2.0 dBi): This antenna was used for WioE5 certification. For more information, please refer to the certification report or SKU 113070002.
2. Spring-loaded Antenna (up to 1.1 dBi): This antenna is used by the SenseCAP S210X LoRaWAN sensor.
This ultra-compact module has extremely low power consumption and supports both (G)FSK and Long Range. With integrated AT command firmware, developers can easily build prototypes or applications. It fully supports LoRaWAN protocols and various frequency plans, making it an ideal solution for long-range sensor nodes and a wide range of wireless communication applications. Whether for wireless meter reading, IoT nodes, or sensor networks the WioE5 is perfectly suited for LPWAN IoT scenarios.
With this module, you can connect to different LoRaWAN server platforms such as TheThingsStack, Chirpstack, and others.
- High Performance: Transmit power up to 22dBm @868/915MHz; sensitivity 136.5dBm for SF12 with 125KHz BW.
- Long Range: 158dB link budget.
- Wireless Connectivity: Embedded Long Range protocol, supports global Long Range frequency plans.
- Rich Interfaces: Equipped with GPIO interfaces such as UART, I2C, and ADC, offering great flexibility for developers.
- Easy to Use: Integrated AT command firmware and support for custom product development using an SDK.
- FCC, CE, IC, Telec, WPC, and RCM certified
Specifications
| Items | Parameter | Specifications | Unit |
| Core | MCU | ARM Cortex M4 | |
| Memory | 256KB Flash, 64KB SRAM | KB | |
| Structure | Size | 12(W)*12(L)*2.5(H) | mm |
| Package | 28 pins, SMT | ||
| Electrical Characteristics | Power Supply | 3.3V type | V |
| Minimum Sleep Current | 2.1uA (SOC) | uA | |
| Operating Current (Transmitter+MCU) | 50mA @10dBm at 434MHz type | mA | |
| 111mA @22dBm at 470MHz type | |||
| 111mA @22dBm at 868MHz type | |||
| Operating Current (Receiver+MCU) | 6.7mA @BW125kHz, 868MHz type | mA | |
| 6.7mA @BW125kHz, 434MHz type | |||
| 6.7mA @BW125kHz, 470MHz type | |||
| Output Power | 10dBm max @434MHz | dBm | |
| 22dBm max @470MHz | |||
| 22dBm max @868MHz | |||
| Sensitivity | @SF12, BW125kHz | dBm | |
| Fr(MHz) | min | typ | max |
| 434 | – | -134.5 | -136 |
| 470 | – | -136.5 | -137.5 |
| 868 | – | -135 | -137 |
| Harmonics | < -36dBm below 1GHz | dBm | |
| < -40dBm above 1GHz | dBm | ||
| Interfaces | RFIO | RF port | |
| UART | 3 groups of UART, 2 pins each | ||
| I2C | 1 group of I2C, 2 pins | ||
| ADC | 1 ADC input, 12-bit 1Msps | ||
| NRST | Manual reset pin input | ||
| SPI | 1 group of SPI, 4 pins | ||
| Operating Temperature | -40 ~ 85 |
Hardware Overview
The WioE5 series is a powerful long-range module with a stamp hole form factor, allowing easy integration. It supports frequency plans such as EU868/US915/AU915/AS923/KR920/IN865 and is compatible with LoRaWAN Class A/B/C protocols. The module is pre-certified, reducing overall costs and speeding up device certification.
The WioE5 has integrated AT command firmware, enabling beginners to quickly build prototypes. Experienced developers can use the SDK for customized products.
Wio-E5 Series Comparison
Applications
Would you like to learn more about the application scenarios of the WioE5 module? Please check out the following real-world use cases:
- Solar-Powered Outdoor LoRaWAN Air Quality Monitor
- Low-Power Snow Depth Sensor Monitoring for IoT Smart City Based on WioE5 Applied in Norway
- Developed Stream Runoff Monitoring Sensors Using WioE5 to Measure Temperature, Quality and Flow
- Smart City: WioE5-Based Indoor Air Pollutant Detection Project
- WioE5 & ESP32 Powered WiLoBlIno Device
- Loko: The Smallest GPS Tracker with Built-In WioE5 Module to Track Wild Animals and Drones
Documents
WioE5 Datasheet and SpecificationsWioE5 AT Command SpecificationSTM32WLE5JC DatasheetWioE5HF Certification CEVOCREDWioE5HF FCC Certification -DSSWioE5HF FCC Certification -DTSWioE5HF TELEC CertificationWioE5HF IC CertificationWioE5 KiCad LibraryWioE5 HF 3D FileWioE5 Eagle LibrarySTM32Cube MCU Package for STM32WL Series
Certification
| HS CODE | 8517709000 |
| US HS CODE | 8517790000 |
| UPC | |
| EU HS CODE | 8517180000 |
| Country of Origin | CHINA |
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