YUGE LPM2100 bg Series Parts list manual

Product name
LPM2100 bt NB Module Hardware Usage Guide
Number of pages
40
Hardware design version
V1.1
Document version
V1.2
Date
2019/5/10
LPM2100 bt NB Module
Hardware Usage Guide
V1.2
Shanghai Yuge Information Technology Co., Ltd.

LPM2100 bt NB Module Hardware Usage Guide
Shanghai Yuge Information Technology Co., Ltd.
- 2 -
update record
Version
Date
Author
Description
V1.1
2019/3/21
John.zhang
Fix and add some configuration information
V1.1
2019/5/10
John.zhang
Modify some information about hardware V1.1
interface changes
V1.2
2019/6/3
John.zhang
Modify information for hardware V1.1 format

LPM2100 bt NB Module Hardware Usage Guide
Shanghai Yuge Information Technology Co., Ltd.
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Contents
Chapter 1. Introduction...........................................................................................................- 7 -
Chapter2. Module review....................................................................................................... - 8 -
2.1 Module introduction................................................................................................. - 8 -
2.2 Main performance.................................................................................................... - 9 -
2.3 Module functional block diagram...........................................................................- 11 -
2.4 Module working mode............................................................................................- 11 -
Chapter 3. Interface application description.........................................................................- 13 -
3.1 Chapter overview....................................................................................................- 13 -
3.2 Module interface.....................................................................................................- 13 -
3.2.1 LPM2100 bt Pin map............................................................................ - 13 -
3.2.2. Module pin description...............................................................................- 14 -
3.3 Power interface.......................................................................................................- 18 -
3.4 VDD_EXT Voltage output.................................................................................. - 19 -
3.5 Switching machine reset mode...............................................................................- 19 -
3.5.1 Boot............................................................................................................. - 19 -
3.5.2 Boot timing..................................................................................................- 19 -
3.5.3 Module shutdown........................................................................................ - 20 -
3.5.3 Reset control................................................................................................- 20 -
3.6 UART interface...................................................................................................... - 22 -
3.6.1 Serial application circuit..............................................................................- 23 -
3.7 Power saving technology........................................................................................- 24 -
3.7.1 Power Saving Technology (PSM)............................................................... - 24 -
3.7.2 Power Saving Technology (DRX)...............................................................- 25 -
3.7.3 Power saving technology (eDRX)...............................................................- 25 -
3.7.4 WAKEUP interface...................................................................................- 26 -
3.7.5 WAKEUP_OUT interface........................................................................ - 26 -
3.8 SIM interface.......................................................................................................... - 27 -
3.8.1 SIM card reference circuit........................................................................... - 27 -
3.8.2 SIM_DECT Hot swap reference design *................................................... - 28 -
3.9 ADC interface.........................................................................................................- 29 -
3.10 SPI interface......................................................................................................... - 30 -
3.11 I2C bus..................................................................................................................- 30 -
3.12 Network indication interface................................................................................ - 31 -

LPM2100 bt NB Module Hardware Usage Guide
Shanghai Yuge Information Technology Co., Ltd.
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3.13 General purpose GPIO interface.......................................................................... - 32 -
Chapter 4. Overall RF technical indicators.......................................................................... - 33 -
4.1 Chapter overview....................................................................................................- 33 -
4.2 Main antenna.......................................................................................................... - 33 -
4.3 GNSS antenna........................................................................................................ - 34 -
4.4 RF signal line routing guide................................................................................... - 35 -
4.5 RF connector.......................................................................................................... - 36 -
4.6 Working frequency and module series................................................................... - 37 -
4.7 Conducted transmit power and receive sensitivity.................................................- 37 -
4.8 Power consumption characteristics........................................................................ - 38 -
Chapter 5. Interface electrical characteristics.......................................................................- 39 -
5.1 Chapter overview....................................................................................................- 39 -
5.2 Range of working temperature............................................................................... - 39 -
5.3 Module IO level......................................................................................................- 39 -
5.4 Power supply.......................................................................................................... - 39 -
5.5 Electrostatic property..............................................................................................- 40 -
5.6 Reliability index..................................................................................................... - 40 -
Chapter 6. Structural and mechanical properties..................................................................- 42 -
6.1 Chapter overview....................................................................................................- 42 -
6.2 Exterior................................................................................................................... - 42 -
Chapter 7. Production and packaging...................................................................................- 45 -
7.1 Chapter overview....................................................................................................- 45 -
7.2 Module packaging and storage...............................................................................- 45 -
7.3 Production welding.................................................................................................- 45 -
Chapter 8. Abbreviation........................................................................................................- 47 -

LPM2100 bt NB Module Hardware Usage Guide
Shanghai Yuge Information Technology Co., Ltd.
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Figure
Figure 2-1 Functional block diagram of the LPM2100 bt series module.............................- 11 -
Figure 3-1 LPM2100 bt pin assignment diagram.................................................................- 14 -
Figure 3-2 VBAT power supply........................................................................................... - 18 -
Figure 3-3 VDD_EXT power output timing diagram.......................................................... - 19 -
Figure 3-4 boot timing diagram............................................................................................- 19 -
Figure 3-5 Shutdown timing diagram...................................................................................- 20 -
Figure 3-6 Reset reference circuit........................................................................................ - 21 -
Figure 3-7 Reset timing diagram..........................................................................................- 21 -
Figure 3-8 Full-featured serial port design...........................................................................- 23 -
Figure 3-9 UART serial port design..................................................................................... - 23 -
Figure 3-10 UART level conversion circuit......................................................................... - 24 -
Figure 3-11 PSM power saving technology......................................................................... - 25 -
Figure 3-12 DRX power saving technology.........................................................................- 25 -
Figure 3-13 eDRX power saving technology.......................................................................- 25 -
Figure 3-14 WAKEUP wake-up module reference circuit................................................... - 26 -
Figure 3-15 WAKEUP_OUT wake-up host reference circuit.............................................. - 26 -
Figure 3-16 SIM circuit design.............................................................................................- 28 -
Figure 3-17 SIM card hot swap detection circuit*............................................................... - 29 -
Figure 3-18 SPI read timing diagram................................................................................... - 30 -
Figure 3-19 SPI write timing diagram..................................................................................- 30 -
Figure 3-20 I2C interface reference circuit.......................................................................... - 31 -
Figure 3-21 Network indicator circuit diagram....................................................................- 32 -
Figure 4-1 Main antenna matching circuit diagram............................................................. - 33 -
Figure 4-2 GNSS antenna matching circuit diagram........................................................... - 35 -
Figure 4-3 Complete structure of the microstrip line........................................................... - 35 -
Figure 4-4 Reference ground is the third layer microstrip transmission line structure........ - 36 -
Figure 4-5 Complete structure of the strip line.................................................................... - 36 -
Figure 4-6 RF connector size chart...................................................................................... - 36 -
Figure 4-7 Antenna connector matching plug diagram........................................................ - 37 -
Figure 6-1 Appearance of the LPM2100 bt series module...................................................- 42 -
Figure 6-2 Front view and side view of the LPM2100 bt series module (unit MM)........... - 43 -
Figure 6-3 Bottom view of the LPM2100 bt series module (in MM).................................. - 44 -
Figure 7-1 Reflow soldering temperature graph.................................................................. - 46 -

LPM2100 bt NB Module Hardware Usage Guide
Shanghai Yuge Information Technology Co., Ltd.
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Table
Table 1-1 LPM2100 bt series models.....................................................................................- 8 -
Table 2-1 Key Features...........................................................................................................- 9 -
Table 2-2 Working mode...................................................................................................... - 11 -
Table 3-1 Pin Parameter Abbreviations................................................................................ - 14 -
Table 3-2 Interface definition............................................................................................... - 15 -
Table 3-3 Boot timing parameters........................................................................................ - 19 -
Table 3-4 Shutdown timing parameters................................................................................- 20 -
Table 3-5 RESET pin parameters......................................................................................... - 21 -
Table 3-6 Serial port pin definitions..................................................................................... - 22 -
Table 3-7 Serial port logic levels..........................................................................................- 22 -
Table 3-8 SIM card signal definition....................................................................................- 27 -
Table 3-9 SIM card hot swap detection pin definition......................................................... - 28 -
Table 3-10 ADC Signal Definition....................................................................................... - 29 -
Table 3-11 SPI Signal Definition..........................................................................................- 30 -
Table 3-12 I2C pin definition............................................................................................... - 30 -
Table 3-13 Network indicator pin definition........................................................................ - 31 -
Table 3-14 Network indication status...................................................................................- 31 -
Table 4-1 RF Pin Definitions................................................................................................- 33 -
Table 4-2 GNSS pin definitions........................................................................................... - 34 -
Table 4-3 Main parameters of the RF connector.................................................................. - 37 -
Table 4-4 RF frequency meter (half duplex mode).............................................................. - 37 -
Table 4-6 Conducted emission power indicators..................................................................- 37 -
Table 4-6 Conducted Receiver Sensitivity Indicators.......................................................... - 38 -
Table 4-7 NB-IoT power consumption.................................................................................- 38 -
Table 5-1 LPM2100 bt series module temperature range.................................................... - 39 -
Table 5-3 Electrical characteristics of the LPM2100 bt series module................................ - 39 -
Table 5-4 Operating voltage of the LPM2100 bt series module.......................................... - 39 -
Table 5-5 LPM2100 bt ESD features................................................................................... - 40 -
Table 5-6 Reliability test...................................................................................................... - 40 -
Table 7-1 Reflow process parameter table........................................................................... - 46 -
Table 8-1 Abbreviations....................................................................................................... - 47 -

LPM2100 bt NB Module Hardware Usage Guide
Shanghai Yuge Information Technology Co., Ltd.
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Chapter 1. Introduction
This document is a wireless solution product LPM2100 bt NB-IoT series module
hardware interface manual, designed to describe the hardware components and functional
characteristics of the series of modules, application interface definitions and instructions,
electrical and mechanical characteristics. Combined with this and other application documents,
users can quickly use this series of modules to design wireless products.

LPM2100 bt NB Module Hardware Usage Guide
Shanghai Yuge Information Technology Co., Ltd.
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Chapter2. Module review
2.1 Module introduction
LPM2100 bt series model
LPM2100 bt physical characteristics
LPM2100 bt application.
Series model
Table 1-1 LPM2100 bt series models
LPM2100 bt
series
Support method
Operating Voltage
Typical
voltage
bt_u
Low voltage version
Module supply voltage
（2.45~3.1V）
3V
bt_g
Standard version + GPS
Module supply voltage（3.1~4.2V）
3.7V
bt
Low voltage + GPS
Module supply voltage
（2.45~3.1V）
3V
Physical characteristics
The LPM2100 bt is a multi-band NB-IoT series module that complies with 3GPP Release
13.
This series of modules has 98 pins, (23.6 ±0.15) mm ×(19.9 ±0.15) mm ×(2.2
±0.15) mm, which can meet almost all M2M requirements.
This series of modules is a chip module, which is packaged in LCC to meet the hardware
interface between the customer's motherboards.
The LPM2100 bt series modules feature low-power technology with standby power
consumption of less than 1mA and deep sleep as low as 5uA. Supports 2.45V voltage,
BDS/GPS/GLONASS/Galileo parallel reception and joint positioning.
Application
Smart city (smart parking, water/gas meters, street lights, smoke alarms, garbage bins,
manhole covers, containers, etc.)
Consumption and medical (wearing devices, VIP tracking, life support, remote clinical
tracking, etc.)

LPM2100 bt NB Module Hardware Usage Guide
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Industrial and agricultural intelligent monitoring (machine alarm, gas detection, irrigation,
soil pH, etc.)
Agriculture and the environment (agricultural applications, environmental monitoring,
etc.)
Logistics support (industrial assets, container tracking, location and status updates, etc.).
"*" indicates that it is under development.
"LPM2100 bt" is a collective term for the LPM2100 bt Nb-IoT series modules in the
documentation.
2.2 Main performance
Table 2-1 Key Features
Characteristic
Description
Physical
characteristics
(23.6mm×19.9mm×2.2mm) ±0.15mm
Application
processor
192MHz MIPS processor with 16KB I-Cache and 16KB D-Cache
Operating Voltage
Low voltage: 2.45V - 3.1V typical voltage 3V
Atmospheric pressure: 3.1V - 4.2V Typical voltage 3.7V
Power saving
PSM mode power consumption < 5uA
Standby
Sleep mode current < 1mA
Application interface
Power interface
Four-way universal GPIO interface
One-way standard SIM interface, support 3.0V/1.8V, support hot
swap function*
One way hardware reset interface
Two-way UART serial interface
One way SPI interface
One-way network status indication interface
All the way PSM_EINT# interface
One way ADC detection interface
Working frequency
Tri-band: Band3, Band5, Band8

LPM2100 bt NB Module Hardware Usage Guide
Shanghai Yuge Information Technology Co., Ltd.
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GNSS positioning
characteristics
BeiDou/GPS/GLONASS/Galileo (bt_g or bt
module)BeiDou/GPS:B1-1561.098MHZ/L1-1575.42MHZ
AGPS
跟踪灵敏度: -162dBm
捕获灵敏度: -148dBm
冷启动 TTFF: ≤30s
热启动 TTFF: ≤1s
重捕获 TTFF: ≤1s
定位精度: <3m
测速精度: <0.1m/s
数据格式：NMEA 0183 可定制
Network protocol
feature
UDP/TCP/CoAP/LWM2M
PPP/SSL/DTLS/FTP
HTTP/MQTT/HTTPS
Data transmission
characteristics
Single-tone:25.5kbps(DL),16.7kbps(UP)
Multi-tone:25.5kbps(DL),62.5kbps(UP)
Antenna interface
Main antenna 50 ohm interface
GNSS antenna 50 ohm interface
Firmware upgrade
Serial port upgrade
temperature range
Normal operating temperature –20°C to +70°C
Extreme operating temperature –40°C to +85°C
Storage temperature: -45°C to +90°C
AT command
Support for standard AT instruction sets (Hayes 3GPP TS 27.007
and 27.005)