Hardware Guide
Table Of Contents
- Fibocom_FM101-CG_Hardware_Guide_V1.0.pdf
- FM101-CG-20: Hardware Guide
- Contents
- Change History
- 1. Foreword
- 2. Product Overview
- 3. Pin Definition
- 4. Electrical Characteristics
- 5. Functional Interface
- 6. Radio Frequency
- 6.1. RF Interface
- 6.2. Operating Bands
- 6.3. Transmitting Power
- 6.4. Receiving Sensitivity
- 6.5. GNSS Receiving Performance
- 6.6. Antenna Design
- 6.7. PCB Routing Design
- 6.8. Main Antenna Design
- 6.9. Diversity and MIMO Antenna Design
- 6.10. GNSS Antenna Design
- 6.11. Other Interfaces
- 7. Thermal Design
- 8. Electrostatic Protection
- 9. Structural Specifications
- Appendix A: Acronyms and Abbreviations
- Module FCC & ISED警语 for Fibocom
Table 25. Ways for module to enter flight mode
1
Hardware GPIO
interface control
Send AT+GTFMODE=1 to turn on the hardware control flight
mode function; pulled up or float the pin
The module is in normal mode when W_DISABLE# pin is
pulled up by default. When this pin is pulled down, the
module enters flight mode.
2
AT command
control
The module uses software to control the flight mode by
default. When AT+GTFMODE=0:
run the AT+CFUN=0 command to enter flight mode.
run the AT+CFUN=1 command to enter normal mode.
5.10. Sleep/Wakeup Interface
When the module is in sleep mode, the module can be awakened by pulling down
WAKEUP_IN pin.
Table 26. Sleep/wakeup interface
Pin Name I/O Pin Number Description
WAKEUP_IN DI 38 External device wake-up module, active low by default
The module supports setting wake-up mode and waking up active level through AT
commands. For details of configuration method, see
Fibocom_FM101-NA_AT Commands User Manual.
5. Functional Interface
Copyright © Fibocom Wireless Inc. 42