M5Stack LoRa + GPS Cap for Cardputer Adv
This is a high-performance LoRa communication and GNSS global navigation expansion module designed for the M5Stack Cardputer Adv.
The LoRa module is based on the SX1262 chip, equipped by default with an external SMA antenna, providing stronger anti-interference capability and long-distance communication performance. It supports the 868MHz ~ 923MHz frequency band and offers long-range, low-power wireless links for IoT applications.
The GPS module adopts the AT6668-based solution, with a built-in ceramic antenna for precise and reliable satellite positioning services. It supports multi-frequency, multi-mode GNSS signal reception, enabling the reception of signals from multiple satellite navigation systems (including GPS, BD2, BD3, GLONASS, GALILEO, and QZSS) and supports both multi-system joint positioning and standalone positioning with strong anti-interference capability and high positioning accuracy.
Cardputer Adv not included
Features
- Integrated LoRa modulation technology and GNSS Global Positioning System
- Operating frequency 868 ~ 923 MHz
- Supports FSK, GFSK, MSK, GMSK, LoRa, OOK modulation modes
- LoRa receive sensitivity: as low as -147 dBm (in LoRa low data rate mode)
- LoRa maximum output power: +20 dBm
- LoRa external SMA antenna interface, GPS built-in ceramic antenna
- Positioning supports multiple satellite navigation systems (GPS/QZSS/BD2/BD3/GAL/GLO)
- Multi-frequency multi-system reception
- Multi-channel
- Development Platform:
- Arduino
- UiFlow2
Specifications
| LoRa module | Stamp LoRa-1262 @ SX1262 |
| LoRa frequency | 868 to 923 MHz |
| LoRa bitrate | Up to 300 kbps |
| LoRa interface | SPI |
| LoRa antenna | Rubber duck antenna, 3 dBi, 108 × 9.3 mm |
| LoRa TX power | +20 dBm |
| LoRa sensitivity | -147 dBm (LoRa low data rate mode) |
| Modulation modes | FSK, GFSK, MSK, LoRa, OOK |
| GPS module | ATGM336H-6N @ AT6668 |
| GPS interface | UART, default 115200 bps @ 8N1 |
| Supported GNSS | GPS, QZSS, BD2, BD3, GAL, GLO |
| Frequency points | BDS: B1I, B1C GPS/QZSS/SBAS: L1 GALILEO: E1 GLONASS: R1 |
| GPS channels | 50 channels |
| GPS accuracy | < 1.5 m (CEP50) |
| GPS update rate | Max 10 Hz |
| GPS protocol | NMEA 0183 v4.1 |
| GPS sensitivity | Tracking: -162 dBm Acquisition: -160 dBm Cold start: -148 dBm |
| GPS TTFF | Cold start: 23 s Hot start: 1 s |
| Working current | GPS on, LoRa standby: DC 5 V @ 29.24 mA GPS sleep, LoRa standby: DC 5 V @ 3.16 mA GPS sleep, LoRa TX max power: DC 5 V @ 129.72 mA GPS on, LoRa TX max power: DC 5 V @ 155.03 mA |
Resources
- Product documentation
- Meshtastic tutorial
- Arduino Quick Start
- Arduino LoRa Driver Library
- Arduino GPS Driver Library
- Schematics
- Dimensions
- SX1262 datasheet
- ATGM336H-6N datasheet
- CASIC Multimode Satellite Navigation Receiver Protocol Specification
Package Contents
- 1x M5Stack LoRa + GPS Cap for Cardputer Adv
- 1x LoRa Rubber Duck Antenna
Cardputer Adv not included
Original: $15.80
-65%$15.80
$5.53
Description
This is a high-performance LoRa communication and GNSS global navigation expansion module designed for the M5Stack Cardputer Adv.
The LoRa module is based on the SX1262 chip, equipped by default with an external SMA antenna, providing stronger anti-interference capability and long-distance communication performance. It supports the 868MHz ~ 923MHz frequency band and offers long-range, low-power wireless links for IoT applications.
The GPS module adopts the AT6668-based solution, with a built-in ceramic antenna for precise and reliable satellite positioning services. It supports multi-frequency, multi-mode GNSS signal reception, enabling the reception of signals from multiple satellite navigation systems (including GPS, BD2, BD3, GLONASS, GALILEO, and QZSS) and supports both multi-system joint positioning and standalone positioning with strong anti-interference capability and high positioning accuracy.
Cardputer Adv not included
Features
- Integrated LoRa modulation technology and GNSS Global Positioning System
- Operating frequency 868 ~ 923 MHz
- Supports FSK, GFSK, MSK, GMSK, LoRa, OOK modulation modes
- LoRa receive sensitivity: as low as -147 dBm (in LoRa low data rate mode)
- LoRa maximum output power: +20 dBm
- LoRa external SMA antenna interface, GPS built-in ceramic antenna
- Positioning supports multiple satellite navigation systems (GPS/QZSS/BD2/BD3/GAL/GLO)
- Multi-frequency multi-system reception
- Multi-channel
- Development Platform:
- Arduino
- UiFlow2
Specifications
| LoRa module | Stamp LoRa-1262 @ SX1262 |
| LoRa frequency | 868 to 923 MHz |
| LoRa bitrate | Up to 300 kbps |
| LoRa interface | SPI |
| LoRa antenna | Rubber duck antenna, 3 dBi, 108 × 9.3 mm |
| LoRa TX power | +20 dBm |
| LoRa sensitivity | -147 dBm (LoRa low data rate mode) |
| Modulation modes | FSK, GFSK, MSK, LoRa, OOK |
| GPS module | ATGM336H-6N @ AT6668 |
| GPS interface | UART, default 115200 bps @ 8N1 |
| Supported GNSS | GPS, QZSS, BD2, BD3, GAL, GLO |
| Frequency points | BDS: B1I, B1C GPS/QZSS/SBAS: L1 GALILEO: E1 GLONASS: R1 |
| GPS channels | 50 channels |
| GPS accuracy | < 1.5 m (CEP50) |
| GPS update rate | Max 10 Hz |
| GPS protocol | NMEA 0183 v4.1 |
| GPS sensitivity | Tracking: -162 dBm Acquisition: -160 dBm Cold start: -148 dBm |
| GPS TTFF | Cold start: 23 s Hot start: 1 s |
| Working current | GPS on, LoRa standby: DC 5 V @ 29.24 mA GPS sleep, LoRa standby: DC 5 V @ 3.16 mA GPS sleep, LoRa TX max power: DC 5 V @ 129.72 mA GPS on, LoRa TX max power: DC 5 V @ 155.03 mA |
Resources
- Product documentation
- Meshtastic tutorial
- Arduino Quick Start
- Arduino LoRa Driver Library
- Arduino GPS Driver Library
- Schematics
- Dimensions
- SX1262 datasheet
- ATGM336H-6N datasheet
- CASIC Multimode Satellite Navigation Receiver Protocol Specification
Package Contents
- 1x M5Stack LoRa + GPS Cap for Cardputer Adv
- 1x LoRa Rubber Duck Antenna
Cardputer Adv not included
