User's Manual
Table Of Contents
- Introduction
- Modules RF band support
- Features
- Module Connection Interface
- Environmental Specifications and Certifications
- Environmental Specifications
- Certifications
- Green Product Compliance
- Pin Definitions
- LGA Module Pin Diagram
- LGA Module Pin Definitions
- Electrical Specifications
- Power supply
- Power consumption
- I/O Interface
- USB interface
- UIM interface
- Control interface
- Power-on/ WAKEUP_IN Signal
- WAKEUP_OUT interface
- Reset Signal
- SPI Master Interface
- PCM Interface
- I2S Interface
- I2C Interface
- UART Interface
- ADC Interface
- RF Specifications
- Band support
- Bandwidth support
- RF Transmit Specification
- RF Receiver Specification
- GNSS Receiver Specification
- Software Interface
- Support tools
- USB interface
- Mechanical
- PCBA Form Factor
- Design Guide
- Power supply
- Thermal design
- USB design
- RF connection
- Interference and sensitivity
- GNSS external circuit design
- Reflow
- PCB pad design
- Stencil
- Antenna design requirement
- Labeling and Packaging
- Labeling
- Packing
- MSL level
- Safety Recommendation
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Product Technical Specifications
□ Normal □ Internal Use Confidential □ Restricted Confidential
Max Tx power without throughput, Power voltage 3.8 V; average
current, GSM900
281mA
Max Tx power without throughput, Power voltage 3.8 V; average
current, DCS1800
236mA
Max Tx power without throughput, Power voltage 3.8 V; average
current, PCS1900
220.55mA
Low power
Mode
Conditions
Result
Idle mode
LTE Standby, 1.28s
1.66mA
LTE Standby, 2.56s
1.307mA
e-DRX mode
LTE standby 10MHz w/81.92s
0.902mA
e-DRX PTW 20.48 and DRx 2.56Sec
PSM mode
T3412-Extended=24H,T3324=10s,
20.57uA
One PSM cycle per day
Rock bottom current
Only the module; no other devices; only RTC functions in deep
sleep.
9.4uA
Note: USB is disabled when testing airplane mode and standby mode.