Grove - Wio-E5 (STM32WLE5JC), for Long Range Application
Grove Wio-E5 embedded with Wio-E5 STM32WLE5JC, powered by ARM Cortex M4 ultra-low-power MCU core and Long Range SX126x, is an easy-to-use wireless radio module, supporting LoRaWAN protocol on the EU868 & US915 frequency and (G)FSK, BPSK, (G)MSK, Long Range modulations.
- 10+: $14.90
PRODUCT DETAILS
Features
- Wio-E5 (STM32WLE5JC) embedded
- Support LoRaWAN protocol on EU868/US915 frequency band
- Ultra-long transmitting range up to 10km (Ideal value in open space)
- Easy control by AT command via UART connection
- Rapid prototyping with plug-and-play Grove interfaces
- Ultra-low power consumption and high performance
As an upgrade of our old version - Grove - Long Range Radio - powered by RFM95 ultra-long-range Transceiver Module, Grove Wio-E5 embedded with Wio-E5 STM32WLE5JC Module is a high-performance and easy-to-use wireless radio Long Range module supporting LoRaWAN protocol.
Wio-E5 LoRaWAN STM32WLE5JC module is the major functional part integrated into Grove - Wio-E5. It is a LoRaWAN module that embedded with ARM Cortex M4 ultra-low-power MCU core and Long Range SX126x, as the world-first combo of Long Range RF and MCU chip into one single tiny module, it supports (G)FSK, BPSK, (G)MSK, and Long Range modulations, and is FCC, CE certified. Grove - Wio-E5 features extremely compacted size, ultra-low power consumption, low cost, and amazing performance. (Learn more about Wio-E5)
More comparison between the Wio-E5 and RFM95 chip:
Grove - Wio-E5 can endow your development boards' strong features of ultra-long transmitting range, great performance, and high efficiency by easiliy plug and play with Grove connector on board. By connecting Grove - Wio-E5 to your development boards, your devices is able to communicate with and control Wio-E5 conveniently by AT command through UART connection.
With all the outstanding features listed above, Grove Wio-E5 will be a superior choice for IoT device development, testing, and long-distance, ultra-low power consumption IoT scenarios like smart agriculture, smart office, and smart industry. It is designed with industrial standards with a wide working temperature at -40℃ ~ 85℃, high sensitivity between -116.5 dBm and -136 dBm, and power output between 10 dBm and 22 dBm.
Hardware Overview
Please check out this article LoRapedia, which introduces Long Range and LoRaWAN to learn about LoRaWAN and Long Range technology in detail.
Applications
- Works for LoRaWAN sensor nodes and any wireless communication application.
- IoT device testing and development
Application Note
For more detailed information about how to use Wio-E5, please visit Wio-E5 (STM32WLE5JC) Module Wiki.
1. Factory AT Firmware
Wio-E5 series has a built-in AT command firmware, which supports LoRaWAN Class A/B/C protocol and a wide frequency plan: EU868/US915/AU915/AS923/KR920/IN865. With this AT command firmware, users can easily and quickly build their prototype or application.
The AT command firmware contains a bootloader for DFU and the AT application. The "PB13/SPI_SCK/BOOT" pin is used to control Wio-E5 to stay in the bootloader or jump to the AT application. When PB13 is HIGH, the module will jump to AT application after reset, with a default baud rate of 9600. When PB13 is LOW (press the "Boot" button on Wio-E5 Dev Board or Wio-E5 mini), the module will stay in the bootloader, and keep transmitting "C" character every 1S at baud rate 115200.
Attention
1. Factory AT Firmware is programmed with RDP(Read Protection) Level 1, developers need to remove RDP first with STM32Cube Programmer. Note that regression RDP to level 0 will cause a flash memory mass to erase and the Factory AT Firmware can't be restored again.
2. The "PB13/SPI_SCK/BOOT" pin on the Wio-E5 module is just a normal GPIO, not the "BOOT0" pin of the MCU. This "PB13/SPI_SCK/BOOT" pin is used in the bootloader of the Factory AT firmware, to decide to jump to APP or stay in bootloader(for DFU). The real "BOOT0" pin doesn't pinout to the module, so developers need to be careful when developing low-power applications.
2. Clock Configuration
2.1 HSE
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32MHz TCXO
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TCXO power supply: PB0-VDD_TCXO
2.2 LSE
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32.768KHz crystal oscillator
3. RF Switch
Wio-E5 module ONLY transmits through RFO_HP:
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Receive: PA4=1, PA5=0
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Transmit(high output power, SMPS mode): PA4=0, PA5=1
Specifications
| General Parameters | |
|---|---|
| Voltage Supply: | 3.3V / 5V |
| Power Output: | Up to +20 dBm at 3.3V |
| Working Frequency | 868MHz / 915MHz |
| Protocol | LoRaWAN |
| Sensitivity | -116.5dBm ~ -136dBm |
| Modulation | Long Range , (G)FSK, (G)MSK and BPSK |
| Current | Only 60uA in sleep mode |
| Size | 20*40mm |
| Working Temperature | -40℃ ~ 85℃ |
| Part List: | |
|---|---|
| Grove - Wio-E5 PCBA *1 | |
| Grove Universal Cable *1 |
Note
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Note
Some of our product names will be changed/updated accordingly. The products with updated names are demonstrated in the following table, which serves as a guide for you to avoid any possible confusion. Please check this blog for further info.ECCN/HTS
| HSCODE | 8517629900 |
| USHSCODE | 8517180050 |
| UPC | |
| EUHSCODE | 8517180000 |
| COO | CHINA |
| RoHS | 1 |
LEARN AND DOCUMENTS
Documentations
Learn
SHARED BY USERS
REVIEWS
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from order viewReally good quality of the board. Good to explore the module, but I would suggest having more communication interfaces available in the board since the chip can handle it.
I bought 2 and stablishing a communication channel between them was easy. -
from order viewThis user did not leave any comments.
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from order viewThis user did not leave any comments.
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from order viewThis user did not leave any comments.
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from order viewExcellent build quality. Very tidy packaging. Really easy to get started and use. Switching to an external ipex antenna works better than the onboard antenna. Not sure if I need to desolder the coil antenna to use the ipex.