WISOL LTM100 GSM/WCDMA/LTE Cellular Module User Manual

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M2M Communication Module
LTM100 Series Specification Document
Sep,2016
Please make the compliance with the terms and conditions listed in this data.
Revision history
Revision
Date
Description
Rev20
Jul 2016
Initial release
Rev21
Sep 2016
Added FCC Warnings and Notices
Rev22
Sep 2016
Added Installation Guidelines for Antenna PAD & Antenna line Guidelines
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- Table of contents Revision
history ........................................................................................................................................................................ 2
1. Introduction ............................................................................................................................................................................. 5
1. 1
Terms and acronyms .............................................................................................................................................. 6
1. 2
Module Introduction ............................................................................................................................................. 7
1. 2. 1
Air Interface ................................................................................................................................................. 7
1. 2. 2
External Interface ...................................................................................................................................... 7
1. 2. 3
Certification Approval ............................................................................................................................. 8
2. Product Specification .......................................................................................................................................................... 9
3.
2. 1
General Specifications ........................................................................................................................................... 9
2. 2
Electrical specifications (Absolute maximum ratings) ............................................................................ 9
2. 3
Electrical specifications (Operating conditions) ......................................................................................10
2. 4
Drawing modem ....................................................................................................................................................12
2. 5
Real Picture ..............................................................................................................................................................12
2. 6
Interface PAD (SMD Type).................................................................................................................................13
2. 6. 1
101 PAD Detail Outline ........................................................................................................................13
2. 6. 2
101 PAD Description .............................................................................................................................14
2. 6. 3
Module DC Power Input PADs .........................................................................................................16
2. 6. 4
Module Power on/off and Reset control PADs .........................................................................17
2. 6. 5
UART Interface PADs .............................................................................................................................18
2. 6. 6
USB Interface PADs ................................................................................................................................18
2. 6. 7
External USIM Interface PADs ...........................................................................................................19
2. 6. 8
Audio and I2C Interface PADs ..........................................................................................................19
2. 6. 9
SPI and SDIO Interface PADs ............................................................................................................20
2. 6. 10
GPIO Interface PADs ...........................................................................................................................20
2. 6. 11
RF signal PADs .......................................................................................................................................21
2. 6. 12
Reserved and Not Used PADs........................................................................................................21
Customer PCB Design Guide....................................................................................................................................22
3. 1
Customer PCB PAD Design Guide .................................................................................................................22
3. 2
Installation Guidelines for Antenna PAD ....................................................................................................23
3. 3
Antenna line Guidelines .....................................................................................................................................24
4. FCC Warnings and Notices ............................................................................................................................................24
4. 1
FCC Warnings ..........................................................................................................................................................24
4. 2
Notices .......................................................................................................................................................................24
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■ Appendix A (80pin BtoB connector Type: LTM100D)
A. 1
Air Interface .............................................................................................................................................................27
A. 2
External Interface ..................................................................................................................................................27
A. 3
Module Drawing ...................................................................................................................................................28
A. 4
Real Picture ..............................................................................................................................................................28
A. 5
80pin BtoB connector Specification .............................................................................................................29
A. 6
80pin BtoB connector pin Map .....................................................................................................................31
A. 7
A. 8
A. 6. 1
Module DC Power Input pins ...........................................................................................................33
A. 6. 2
Module Power on/off and Reset control pins ..........................................................................33
A. 6. 3
UART Interface pins...............................................................................................................................34
A. 6. 4
USB Interface pins .................................................................................................................................35
A. 6. 5
External USIM Interface pins .............................................................................................................35
A. 6. 6
I2C and Analog Interface pins .........................................................................................................35
A. 6. 7
GPIO Interface pins ...............................................................................................................................36
A. 6. 8
Reserved and Not USED pins ...........................................................................................................36
Antenna Connector Specification description ......................................................................................37
A. 7. 1
Antenna
Connector Specification ................................................................................................37
A. 7. 2
Antenna
Connector Description ...................................................................................................38
Module Assembly Guide ...................................................................................................................................39
A. 8. 1
A. 9
Module Assembly Instruction ...........................................................................................................39
Customer PCB Board Layout Guide .............................................................................................................40
1. Introduction
LTM100 Series Specification(hereinafter, this Document)document is a guide for our customers to
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provide the design by applying the 3G/LTE communication modem LTM100.
·The information contained in this document are described in the design and the contents to
prevent problems in advance.
·The information contained in this document are not guaranteed for operation of the system to
the (customer center) from the customer device..
·I would like to design according hoping to comply with the information contained in thid document,
there is no special reason.
1. 1 Terms and acronyms
This document requires a description for representation of the term there is a technical term is
described below.
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Table 1.1 Definitions of terms
Term
Definition
DCE
Data communication equipment(LTM100)
DTE
Data terminal equipment
External Equipment
SIM
UART
Mounted with a module(LTM100) customer's equipment(DTE)
Subscriber identity module
Universal asynchronous receiver transmitter
SPI
Serial peripheral interface
USB
Universal serial bus
ADC
Analog-to-digital converter
WCDMA
Wideband code division multiple access
LTE
Long term evolution
I2C
Inter-integrated circuit
I2S
Inter-IC sound
GNSS
Global navigation satellite system
GPIO
General-purpose input/output
HSIC
High-speed inter-chip
SMD
Surface Mount Devices
SMT
Surface Mounter Technology
Idle
Stanby status(LTM100)
RF
Radio Frequency
During
communication
3G/LTE Network
On communication status
eNB,MME for 3 G or LTE Communication.
3 G or LTE Network Communication Regulation
Network Regulation
(When a disaster occurs,
If the telecommunications service provider telecommunications
regulatory when communicating many users at the same time.
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1. 2 Module Introduction
LTM100 Module is a wireless modem that supports Global 3G / LTE,
Data Speed in the case of LTE (Cat4) can be up to downlink 150Mbps uplink 50Mbps,
In case of 3G (HSPA +) up to downlink 42Mbps uplink 5.76Mbps.
LTM100 possible applications include security, power meter, remote control systems, billing
systems,BIS, gateway, and so can the instruments and devices in a variety of industries and
provides a SMD type and B2B connector type.
1. 2. 1 Air Interface
■ Support Band
- LTE : B1, B2, B4, B5, B7, B18, B19
(Note: LTE B7 does not work in US)
- WCDMA : B1, B2, B4, B5, B19
- GSM : 850, 900, 1800, 1900
- GNSS(Gen 8C) : GPS, GLONASS, BeiDou, Galileo and QZSS
■ Data Speed
- FDD LTE CAT4 (Down link: 150Mbps / Up link: 50Mbps)
- WCDMA HSPA+ (Down link: 42Mbps / Up link: 5.76Mbps)
※ Data throughput Depending on External communication environment.
■ RF Interface Type (SMD PAD)
- SMD Type
- 3 PADs : Main Antenna PAD, Sub Antenna PAD, GPS Antenna PAD
1. 2. 2 External Interface
■ DC Power Supply : 3.4V ~ 4.2V
■ External Interface
- UART : up to 4MHz support (2port)
- USB : USB 2.0 Support (1port)
- SDIO / SPI (UP TO 50MHz) Interface support
■ USIM Interface (2port)
- External UIM card support (Voltage 1.8V/2.95V)
■ Audio Interface (I2S)
- External Audion Codec Support
■ Control Interface
- Control pin : power on, reset, I2C, Status Indicator Output
■ Interface Type
- SMD PAD Type (101-PAD)
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1. 2. 3 Certification Approval
Table 1.2 below is a list of Certification this module is approved.
Table 1.2 Certification Approval Band
WCDMA
B1
FCC
CE
○
JATE/Telec
○
LTE
B2
B4
B5
○
○
○
B19
B1
B2
B4
B5
○
○
○
GSM
B7
B18
B19
○
900
1800
○
○
○
850
○
○
○
1900
○
○
note) LTE B7 does not work in US
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2. Product Specification
2. 1 General Specifications
Table 2. 1 General Specifications
Classification
BAND
Specification
Remark
LTE
B1/B2/B4/B5/B7/B18/B19
B7 does not work in US
WCDMA
B1/B2/B4/B5/B19
GSM
850/900/1800/1900
GPS,Glonass,Beidou,Galileo, QZSS
GPS
Memory (MCP)
4Gb NAND Flash / 2Gb LPDDR2 SDRAM
DC / UART(x2) / USB 2.0 / External USIM / I2C /
101 PAD I/O
SDIO / SPI / Power on key / Reset key / GPIO
Antenna
MAIN(LTE P,WCDMA), SUB(LTE S), GPS Antenna PAD
Operating Voltage
+3.4 Vdc~ +4.2 Vdc (Typ 3.8Vdc)
Dimensions
30 x 36.7 x 2.85 (mm)
Weight
5.4g
Temperature Range
-30°C to +85°C
LTE P:Primary
LTE S:Secondary
2. 2 Electrical specifications (Absolute maximum ratings)
It could affect the reliability of the module, please observe the following Absolute maximum
ratings.
Table 2. 2
Absolute maximum ratings
Function
Description
Port
Min.
Max.
Unit
VBATT
Module Supply Voltage
Input
-0.3
4.6
USB
USB D+/D-
Input
-0.3
5.35
UIM
USIM Interface
Input
-0.3
2.1/3.2
UART
UART Interface
Input
-0.3
2.1
GPI
General Purpose Input
Input
-0.3
2.1
PWR_ON
Power on signal
Input
-0.3
2.1
RESET_N
RESET signal
Input
-0.15
2.1
Storage Temperature
-40
90
°C
Supply voltages
Storage Temperature
Temperature
The module is not protected against overvoltage and reverse voltage.
If you need more than the supply voltage specifications given in the Table above, use the
appropriate protective circuit.
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2. 3 Electrical specifications (Operating conditions)
Please observe the following design Operating conditions.
Table 2. 3
Operating conditions
Parameter
Min.
Typ.
Max.
Unit
3.8
4.2
-0.3
5.0
1.76
1.8
1.83
2.8
2.85
2.95
Supply voltages
VBATT
Module Supply Voltage
USB
USB D+/D-
UIM
USIM Interface
UART
UART Interface
-0.3
1.8
2.1
GPIO
General Purpose Input Output
-0.3
1.8
2.1
PWR_ON
Power on signal
-0.3
2.1
RESET_N
RESET signal
-0.15
1.8
2.1
Operating Temperature range
-30
85
°C
note1)
3.4
Operating Temperature range
Temperature
note1) In case of GSM communication, The minimum supply voltage is +3.8Vdc.
Table 2. 4 Current consumption
Current consumption
Mode
Power down mode
( VBATT = 3.7V)
Condition
Module Power down (Avg.)
Max.
Unit
All
2.0
mA
All
33
mA
All
42
mA
All
TBD
mA
All
TBD
mA
Band1
260
Band2
TBD
mA
LTE connected current (Avg.),
Band4
TBD
mA
Tx power = 0dBm
Band5
TBD
mA
Band7
TBD
mA
Band18
TBD
mA
LTE sleep current (Avg.)
UART interface connected
LTE sleep current (Avg.)
USB interface connected
LTE Idle current (Avg.),
USB interface disconnected
LTE Idle current (Avg.),
USB interface connected
LTE connected mode
Typ.
50uA
USB & UART interface disconnected
LTE Idle mode
Min.
LTE sleep current (Avg.)
LTE sleep mode
Band
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uA
270
mA
10
Band19
TBD
Band1
650
Band2
TBD
mA
Band4
TBD
mA
Band5
TBD
mA
Band7
TBD
mA
Band18
TBD
mA
Band19
TBD
mA
All
TBD
mA
All
TBD
mA
All
TBD
mA
Band1
TBD
mA
Band2
TBD
mA
Band4
TBD
mA
Band5
TBD
mA
WCDMA
Band19
TBD
mA
connected mode
Band1
TBD
mA
Band2
TBD
mA
Band4
TBD
mA
Band5
TBD
mA
Band19
TBD
mA
All
TBD
mA
All
TBD
mA
All
TBD
mA
TBD
mA
TBD
mA
LTE connected current (Avg.),
Maximum Tx power (Typ. 22.5dBm)
WCDMA sleep mode
WCDMA sleep current (Avg.)
WCDMA Idle current (Avg.),
WCDMA Idle mode
USB interface disconnected
WCDMA Idle current (Avg.),
USB interface connected
WCDMA connected current (Avg.),
Tx power = 0dBm
WCDMA connected current (Avg.),
Maximum Tx power (Typ. 22.5dBm)
GSM sleep mode
GSM sleep current (Avg.)
GSM Idle current (Avg.),
GSM Idle mode
USB interface disconnected
GSM Idle current (Avg.),
USB interface connected
GSM
connected mode
GSM connected current (Avg.), (4Tx+1Rx)
DCS1800
Maximum Tx power (Typ. 27.5dBm)
PCS1900
GSM connected current (Avg.), (4Tx+1Rx)
GSM850
Maximum Tx power (Typ. 30.5dBm)
EGSM900
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mA
680
mA
11
2. 4 Drawing modem
[Top View]
(unit: mm)
Figure 2. 1 LTM100 Outline drawing
2. 5 Real Picture
Figure 2. 2
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LTM100 Real Picture
12
2. 6 Interface PAD (SMD Type)
This module offers the Interface of 101 PAD Bottom side so that you can send and receive control
data and control by connecting with external devices.
Please design with reference to the description of each of the PAD.
2. 6. 1 101 PAD Detail Outline
Module Bottom PAD(101 ea) are formed as SMD Type as the following drawings
SMT(Surface Mounting Technology) with the customer's device, it can Module, control and
communications
[Bottom View]
Figure 2. 3 LTM100 Bottom Drawing
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13
2. 6. 2 101 PAD Description
Descriptions of Bottom side 101PAD refer to Table 2.5 below.
Table 2. 5 101 PAD description
PAD
No.
PAD name
Input / Output
Voltage
Type
GND
GND
Remark
10
11
12
13
14
GND
GND
EMERGENCY
DOWNLOAD
GPO_01
DSR
RI
SPI_MOSI
SPI_MISO
SPI_CLK
SPI_CS
RESOUT_N
UIM2 Power
UIM2_CLK
UIM2_DATA
1.8V
1.8V
1.8V
1.8V
1.8V
1.8V
1.8V
1.8V
1.8/2.95V
1.8/2.95V
1.8/2.95V
Out
Out
Out
Out
In
Out
Out
Out
Out
Ground
Ground
For EMERGENCY DOWNLOAD/
internal pull up (Low enable)
GPIO output port 01
UART1 Data Set Ready
UART1 Ring Indicator
SPI Master-out Slave-in
SPI Master-in Slave-out
Clock for SPI data communication
Chip Selectfor SPI data communication
RESOUT signal output (Low active)
UIM2 Power
UIM2 Clock
UIM2 Data
15
UIM2_RESET
1.8/2.95V
UIM2 Reset
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
UIM2_DET
Reserved
Reserved
Reserved
Reserved
GND
USB (-)
USB (+)
HSIC_STB
HSIC_DATA
SDC1_CLK
SDC1_CMD
SDC1_DATA_3
SDC1_DATA_0
SDC1_DATA_1
SDC1_DATA_2
Codec_I2C_SDA
Codec_I2C_SCL
Reserved
Codec_I2S_DATA0
Codec_I2S_DATA1
Codec_I2S_SCK
Codec_I2S_WS
Reserved
I2S_MCLK
1.8V
GND
1.8V
1.8V
1.8V
1.8V
1.8V
1.8V
1.8V
1.8V
1.8V
1.8V
1.8V
1.8V
1.8V
In
Bath
Out
Out
UIM2 Detect signal
Reserved
Reserved
Reserved
Reserved
Ground
USB (-) signal
USB (+) signal
HSIC Strobe
HSIC Data
SDC1 Clock
SDC1 Commend
SDC1 DATA bit 3
SDC1 DATA bit 0
SDC1 DATA bit 1
SDC1 DATA bit 2
I2C Data (for Codec)
I2C Clock (for Codec)
Reserved
I2S DATA bit 0 (for Codec)
I2S DATA bit 1 (for Codec)
I2S Data Clock (for Codec)
I2S Word Select (for Codec)
Reserved
I2S Master Clock (for Codec)
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14
PAD
No.
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
PAD name
CODEC_RESET_N
Reserved
Reserved
TXD
CTS
RXD
RTS
Reserved
GPI_01
GPI_02
GPI_03
UIM1 Power
ADC
Not used
USB_VBUS
GND
VBATT
VBATT
VBATT
GPI_04
GPO_02
RESET_N
Power_on_key
In_Service_IND
Development key
Dump mode
GPO_03
GPO_04
DTR
DCD
Not used
Not used
Not used
Not used
Not used
Not used
UIM1_CLK
UIM1_RESET
UIM1_DATA
UIM1_DET
LTE_Service
UART2_TXD
I2C_SCL
UART2_RXD
I2C_SDA
GPO_05
Input / Output
Voltage
Type
1.8V
1.8V
1.8V
1.8V
1.8V
1.8V
1.8V
1.8V
1.8/2.95V
1.8V
Out
In
Out
Out
In
In
In
In
Out
In
5.0V
In
GND
3.8V
3.8V
3.8V
1.8V
1.8V
1.8V
1.8V
1.8V
In
In
In
In
Out
In
In
Out
1.8V
In
1.8V
1.8V
1.8V
1.8V
1.8/2.95V
1.8/2.95V
1.8/2.95V
1.8V
1.8V
1.8V
1.8V
1.8V
1.8V
1.8V
Out
Out
In
Out
In
Out
In
Out
Out
Both
Out
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Remark
RESET signal output (for Codec)
Reserved
Reserved
UART1 Data Input
UART1 Clear To Send
UART1 Data Output
UART1 Ready To Send
Reserved
GPIO input port 01
GPIO input port 02
GPIO input port 03
UIM1 Power
Analog-to-digital converter
Not used
USB Power
Ground
Power
Power
Power
GPIO input port 04
GPIO output port 02
Hardware Reset (low active)
Power on/off (Low enable)
In Service(3G/LTE) Indicate
Dump mode for Software/
internal pull down (High enable)
GPIO output port 03
GPIO output port 04
UART1 Data Terminal Ready
UART1 Data Carrier Detect
Not used
Not used
Not used
Not used
Not used
Not used
UIM1 Clock
UIM1 Reset
UIM1 Data
UIM1 Detect signal
LTE Service Indicate
UART2 Data Input
I2C Clock
UART2 Data Output
I2C Data
GPIO output port 05
15
PAD
No.
PAD name
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
3G_Service
GND
GND
GPS_ANT
GND
SUB_ANT
GND
GND
GND
GND
GND
GND
GND
GND
MAIN_ANT
GND
Input / Output
Voltage
Type
1.8V
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
Out
Remark
3G Service Indicate
Ground
Ground
GPS Antenna connection PAD
Ground
2nd Antenna connection PAD
Ground
Ground
Ground
Ground
Ground
Ground
Ground
Ground
1st Antenna connection PAD
Ground
note1) In/Out indication of the "Type is based on the module.
note2) Reserved, Not Used pin should not be there, please open a connection with your device.
Module is can be damage and can cause malfunctions muse be urged compliance.
2. 6. 3 Module DC Power Input PADs
The Power supply of the modules are designed to supply hope in the Table below of the Power and
Ground PAD 101 PADs.
Table 2. 6 DC Power Input PADs
PAD
No.
PAD name
Input / Output
Voltage
Type
Remark
57
VBATT
3.8V
In
Power input
58
VBATT
3.8V
In
Power input
59
VBATT
3.8V
In
Power input
1,2
GND
GND
Ground
21,56
GND
GND
Ground
87,88
GND
GND
Ground
90,92
GND
GND
Ground
93,94
GND
GND
Ground
95,96
GND
GND
Ground
97,98
GND
GND
Ground
99,101
GND
GND
Ground
note) Please supply VBATT pins have a DC power on 3.4V ~ 4.2V (Typ. 3.8V) range.
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16
2. 6. 4 Module Power on/off and Reset control PADs
Power on / off
control of the Module is in a 101 PAD "Power_on_key signal" of PAD number 63,
"Hardware Power Reset" of Module is controlled by the RESET_N signal of the PAD number 62.
Table 2. 7 Power on/off 및 Reset control PADs
PAD
No.
PAD name
Input / Output
Voltage
Type
Remark
62
RESET_N
1.8V
In
Modem Hardware Power Reset control (Active Low)
63
Power_on_key
1.8V
In
Modem Power on/off control (Active Low)
When power on as "Figure 2-4" below 1.5s (1,500ms) to over, power off when there 2.0s (2,000ms) is
applied to at least give it high signal on / off operation.
Figure 2. 4
Power On/Off control
Module power on If the condition remains, the pin 36 is High (approximately 1.6V) by the internal
pull-up, to give Module Reset maintain a "Low" signal as shown below 500ms or more if required
by the Low Module It will be Reset.
Figure 2. 5
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RESET control
17
2. 6. 5 UART Interface PADs
As Interface for "Data terminal equipment"(DTE) and UART data communications, and supports
UART1 and UART2, you can send and receive data by RS-232 data communication requirements.
Table 2. 8 UART Interface PADs
PAD
No.
PAD name
Input / Output
Voltage
Type
Remark
DSR
1.8V
Out
UART1 Data Set Ready
RI
1.8V
Out
UART1 Ring Indicator
44
TXD
1.8V
In
UART1 Data Input
45
CTS
1.8V
Out
UART1 Clear To Send
46
RXD
1.8V
Out
UART1 Data Output
47
RTS
1.8V
In
UART1 Ready To Send
68
DTR
1.8V
In
UART1 Data Terminal Ready
69
DCD
1.8V
Out
UART1 Data Carrier Detect
81
UART2_TXD
1.8V
In
UART2 Data Input
83
UART2_RXD
1.8V
Out
UART2 Data Output
2. 6. 6 USB Interface PADs
As Interface for "Data terminal equipment"(DTE) and USB data communication, in addition to
data communication it can also be used as a Source Download Software and debugging purposes.
Table 2. 9 USB Interface PADs
PAD
No.
PAD name
Input / Output
Voltage
Type
Remark
55
USB_VBUS
5.0V
In
USB Powet input
22
USB (-)
Both
USB (-) signal
23
USB (+)
Both
USB (+) signal
24
HSIC_STB
HSIC Strobe
25
HSIC_DATA
HSIC Data
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18
2. 6. 7 External USIM Interface PADs
This model is used to select an internal e-SIM, or support the Interface to enable External USIM outside.
Table 2. 10
PAD
No.
PAD name
External USIM Interface PADs
Input / Output
Voltage
Type
Remark
12
UIM2 Power
1.8/2.95V
Out
UIM2 Power Supply
13
UIM2_CLK
1.8/2.95V
UIM2 Clock
14
UIM2_DATA
1.8/2.95V
UIM2 Data
15
UIM2_RESET
1.8/2.95V
UIM2 Reset
16
UIM2_DET
1.8V
In
UIM2 Detect signal
52
UIM1 Power
1.8/2.95V
Out
UIM1 Power Supply
76
UIM1_CLK
1.8/2.95V
UIM1 Clock
77
UIM1_RESET
1.8/2.95V
UIM1 Reset
78
UIM1_DATA
1.8/2.95V
UIM1 Data
79
UIM1_DET
1.8V
In
UIM1 Detect signal
2. 6. 8 Audio and I2C Interface PADs
This Module with I2C Interface is able to control communication with the outside Device, Interface,
which offers support for external Codec.
Table 2. 11
PAD
No.
PAD name
I2C and Audio Interface PADs
Input / Output
Voltage
Type
Remark
32
Codec_I2C_SDA
1.8V
Both
Note1) I2C Data (for Codec)
33
Codec_I2C_SCL
1.8V
Out
Note1) I2C Clock (for Codec)
35
Codec_I2S_DATA0
1.8V
I2S DATA bit 0 (for Codec)
36
Codec_I2S_DATA1
1.8V
I2S DATA bit 1 (for Codec)
37
Codec_I2S_SCK
1.8V
I2S Data Clock (for Codec)
38
Codec_I2S_WS
1.8V
I2S Word Select (for Codec)
40
I2S_MCLK
Out
I2S Master Clock (for Codec)
41
CODEC_RESET_N
1.8V
Out
RESET signal output (for Codec)
53
ADC
1.8V
In
Analog-to-digital converter
82
I2C_SCL
1.8V
Out
Note2) I2C Clock (for external device)
84
I2C_SDA
1.8V
Both
Note2) I2C Data (for external device)
note1) These signals are set high by internal pull-up resistor.
note2) These signals require external pull-up resistor.
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19
2. 6. 9 SPI and SDIO Interface PADs
This module also supports SPI and SDIO Interface for additional data communication with external
devices.
Table 2. 12
PAD
No.
SPI and SDIO Interface PADs
Input / Output
PAD name
Voltage
Type
Remark
SPI_MOSI
1.8V
Out
SPI Master-out Slave-in
SPI_MISO
1.8V
In
SPI Master-in Slave-out
SPI_CLK
1.8V
Out
Clock for SPI data communication
10
SPI_CS
1.8V
Out
Chip Selectfor SPI data communication
26
SDC1_CLK
1.8V
SDIO Clock
27
SDC1_CMD
1.8V
SDIO Commend
28
SDC1_DATA_3
1.8V
SDIO DATA bit 3
29
SDC1_DATA_0
1.8V
SDIO DATA bit 0
30
SDC1_DATA_1
1.8V
SDIO DATA bit 1
31
SDC1_DATA_2
1.8V
SDIO DATA bit 2
2. 6. 10 GPIO Interface PADs
Indicating the status of this Module is a GPO and the GPI are available to suit customers' applications ,
As shown below are assigned as the general Input / Output PADs.
Table 2. 13
PAD
No.
PAD name
GPIO Interface PADs
Input / Output
Voltage
Type
Remark
EMERGENCY DOWNLOAD
For EMERGENCY DOWNLOAD (Low enable)
GPO_01
1.8V
Out
GPIO output port 01
11
RESOUT_N
1.8V
Out
RESOUT signal output (Low active)
49
GPI_01
1.8V
In
GPIO input port 01
50
GPI_02
1.8V
In
GPIO input port 02
51
GPI_03
1.8V
In
GPIO input port 03
60
GPI_04
1.8V
In
GPIO input port 04
61
GPO_02
1.8V
Out
GPIO output port 02
64
In_Service_IND
1.8V
Out
In Service(3G/LTE) Indicate
65
Development key
1.8V
In
Dump mode for Software (High enable)
66
GPO_03
1.8V
Out
GPIO output port 03
67
GPO_04
1.8V
Out
GPIO output port 04
80
LTE_Service
1.8V
Out
LTE Service Indicate
85
GPO_05
1.8V
Out
GPIO output port 05
86
3G_Service
1.8V
Out
3G Service Indicate
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20
2. 6. 11 RF signal PADs
So please RF signal is assigned to the following PADs see Table 2.14 below when connected to the
Antenna.
Table 2. 14 RF signal PADs
PAD
Input / Output
PAD name
No.
Voltage
Type
89
GPS_ANT
RF
91
SUB_ANT
RF
100
MAIN_ANT
RF
Remark
GPS RF connection PAD
2nd RF connection PAD
(LTE 2nd RF signal PAD)
1st RF connection PAD
(WCDMA Main RF signal PAD
LTE 1st RF signal PAD)
2. 6. 12 Reserved and Not Used PADs
Assigned to the pin to the inside of the other uses of this Module,don't need to connect
customer's device, please to open
Table 2. 15 Reserved & Not Used PADs
Input / Output
PAD
PAD
No.
name
Voltage
Type
17,18,19,20,34,39,42,43,48
Reserved
54,70,71,72,73,74,75
Not Used
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Remark
21
3. Customer PCB Design Guide
3. 1 Customer PCB PAD Design Guide
With reference to the following Figure 3. 1 Design Guide, please design the customer's PCB.
[Top View]
Figure 3. 1
Cusomer PCB Layout Guide
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22
3. 2 Installation Guidelines for Antenna PAD
The proper connection between the antenna pad and the application PCB
must be implementing the following installation guidelines for the layout of the application PCB.
a) The whole layer stack below the antenna connection pad should be free of digital lines.
b) Increase GND keep-out (i.e. clearance) around the antenna pad, on the top layer of the
application PCB, to at least 150 µm up to adjacent pads metal definition on the area below the
module, to reduce parasitic capacitance to ground.
c) Add GND clearance on the buried metal layer below the antenna pad,
to reduce parasitic capacitance to ground.
Figure 3. 2
GND clearance on top layer around antenna pad
Figure 3. 3
On the 2nd buried layer below antenna pad
When you intend to install this module(LTM100) with RF connector type,
please refer to the trace guideline figure below.
Figure 3. 4
(trace loss: max. 0.3dB)
Trace guideline from the antenna pad to the RF connector pad
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23
3. 3 Antenna line Guidelines
a) Make sure that the impedance of the microstrip line is 50ohm.
b) Reduce the return loss(or V.S.W.R.) as possible with the help of antenna designers.
c) Avoid having other signal tracks and crossing any un-shielded transmission line footprint
with other signal tracks on different layers.
d) The ground surrounding the antenna line should be directly connected to the main ground
plane on the PCB by means of via holes.
e) Place EM noisy devices far away from the antenna line as possible.
f) Keep the antenna line far away from the power supply lines.
4. FCC Warnings and Notices
4. 1 FCC Warnings
The FCC requires the user to be notified that any changes or modifications made to this
module that are not expressly approved by WISOL CO., LTD could void the user's authority
to operate the equipment.
4. 2 Notices
a) If not installed and used in accordance with the instructions on the manual,
this module may cause a malfunction.
In designing this module, please follow the instructions in this manual.
b) Final Installers should be require to satisfy RF exposure compliance for installations and final
host devices.
Compliance of this device in all final host configurations is the responsibility of the guarantee.
The maximum permitted antenna gain including cable loss of the final host device is as follows.
Table 4. 1 The Maximum Permitted Antenna Gain
Band
Max. Permitted Antenna Gain
WCDMA B2
3.196dBi
WCDMA B4
3.964dBi
WCDMA B5
2.151dBi
LTE B2
3.196dBi
LTE B4
3.964dBi
LTE B5
2.151dBi
GSM850
2.151dBi
GSM1900
3.196dBi
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24
The user manual which is provided by OEM integrators for end users must include the
following information in a prominent location.
“To comply with FCC RF exposure compliance requirements, the antenna used for this
transmitter must be installed to provide a separation distance of at least 20 cm from all
persons and must not be co-located or operating in conjunction with any other antenna
or transmitter.
c) If the FCC ID is not visible when this module(LTM100) is installed inside final host device,
then a label must be affixed to the outside of the final host device with a statement similar
to the following:
"Contains FCC ID: 2ABA2LTM100" or “This device contains FCC ID: 2ABA2LTM100”
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25
■ Appendix A
(80pin BtoB connector Type:
LTM100D)
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26
■ Appendix A (80pin BtoB connector Type)
A. 1 Air Interface
■ Support Band
- LTE : B1, B4, B5, B7, B11, B18, B19
(Note: LTE B7 does not work in US)
- WCDMA : B1, B2, B4, B5(B6,B19)
- GSM : 850, 900, 1800, 1900
- GNSS(Gen 8C) : GPS, GLONASS, BeiDou, Galileo and QZSS
■ Data Speed
- FDD LTE CAT4 (Down link: 150Mbps / Up link: 50Mbps)
- WCDMA HSPA+ (Down link: 42Mbps / Up link: 5.76Mbps)
※ Data throughput Depending on External communication environment.
■ Air Interface Type (Coaxial Connector 3port)
- U.FL-R-SMT (HIROSE社)
- 3port : 1st / 2nd Antenna 2port, GPS Antenna 1port
A. 2 External Interface
■ DC Power supply : 3.4V ~ 4.2V
■ Communication Interface
- UART : up to 4Mbps Support (2port)
- USB : USB 2.0 Support (1port)
■ USIM Interface
- External UIM card Support (Voltage 1.8V/2.95V)
■ Audio Interface
- Audio : Analog output (2pin)
■ Control Interface
- Control pin : power on, reset, I2C,Status Indicator Output
■ Interface Type (80pin B2B Connector)
- AXK6F80347YG (Panasonic社)
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27
A. 3 Module Drawing
Please refer to the following module design drawings.
(Unit: mm)
Figure A-1
Outline Drawing
A. 4 Real Picture
[Top]
[Bottom]
Figure A-2
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Real Picture
28
A. 5 80pin BtoB connector Specification
Connecting Components with external devices is recommended for parts described below.
(80pin Board to Board connector, hereinafter, 80pin BtoB connector)
Table A-1 80pin BtoB connector Specification
Item
Connector P/N
Manufacture
Header/Socket
80pin connector
AXK6F80347YG
Panasonic
Header
※ Customer connector Spec: AXK5F80547YG (Socket Type / Mated height 2.0mm / Panasonic社)
Mounted on this Module 80pin BtoB connector Spec(Header)
Pin Numbers
80
Manufacturer
Panasonic
Part number(Mounted on this Module)
AXK6F80347YG (Header)
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29
Customer connector Spec
Pin numbers
80
Manufacturer
Panasonic
Customer connector Spec
AXK5F80547YG (Socket)
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30
A. 6 80pin BtoB connector pin Map
Refer to below Table A-2 pin description about 80pin BtoB connector.
Table A-2 80pin BtoB connector pin description
Pin
No.
Pin name
Input / Output
Remark
Voltage
Type
GND
GND
Reserved
note2)
reserved
Reserved
note2)
reserved
GND
GND
AD
Analog
In
ADC Input
DA
Analog
Out
DAC(PDM) Output
Reserved
VUIM2
1.8/2.95V
Out
Reserved
10
UIM2_RESET/
1.8/2.95V
Out
11
Reserved
12
UIM2_DATA
1.8/2.95V
Both
13
Reserved
14
UIM2_CLK
1.8/2.95V
Out
15
Reserved
note2)
reserved
16
Reserved
note2)
reserved
17
Not USED
note2)
Not used
18
GPO1
3.0V
Out
General Output signal 01
19
UART_INIT
3.0V
In
Reset of the UART data rate
20
AREA_IND
3.0V
Out
Communication service area indicator
21
PS_HOLD
3.0V
Out
Modem Power On status indicator
22
RESET_CHK
3.0V
Out
Module status indicator
23
RI
3.0V
Out
SMS Receive notification signal
24
DSR
3.0V
Out
UART1 Data Set Ready
25
DCD
3.0V
Out
UART1 Data Carrier Detect
26
RTS
3.0V
In
UART1 Ready To Send
27
CTS
3.0V
Out
UART1 Clear To Send
28
DTR
3.0V
In
UART1 Data Terminal Ready
29
RXD
3.0V
Out
note1) UART1 receiving signal data/DCE(modem) → DTE(customer)
30
TXD
3.0V
In
note1) UART1 transmitting signal data/DCE(modem) ← DTE(customer)
31
VBATT
3.8V
In
Power input
32
GND
GND
Ground
33
VBATT
3.8V
In
Power input
34
Reserved
35
PWR_ON
2.8V
In
Power on/off input signal
36
RESET_N
1.8V
In
External Reset input signal
37
Reserved
38
VBATT
3.8V
In
Power input
39
C_STATUS/GPO2
3.0V
Out
General Output signal 02
40
VBATT
3.8V
In
Power input
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Ground
Ground
note2)
reserved
External UIM Power
note2)
reserved
External UIM Reset
note2)
reserved
External UIM Data
note2)
reserved
External UIM Clock
note2)
note2)
reserved
reserved
31
Input / Output
Pin
No.
Pin name
41
GPI1
42
Not USED
43
I2C_SCL
3.0V
Out
44
I2C_SDA
3.0V
Both
I2C data signal
45
GPI2
3.0V
In
General Input signal 02
46
GPI3
3.0V
In
General Input signal 03
47
RXD2
3.0V
Out
note1) UART2 receiving signal data/DCE(modem) → DTE(customer)
48
TXD2
3.0V
In
note1) UART2 transmitting signal data/DCE(modem) ← DTE(customer)
49
FUPSTS_OUT/EMG_RI
3.0V
Out
Emergency ring indicator
50
ANTINF_0
3.0V
Out
Antenna Information about receiver sensitivity (bit"0")
51
MODE1
3.0V
In
52
ANTINF_1
3.0V
Out
Antenna Information about receiver sensitivity (bit"1")
53
MODE2
3.0V
In
54
MOS_IND
3.0V
Out
MRMS Reservation status indicator
55
GND
GND
Ground
56
Reserved
57
GND
GND
58
Reserved
Voltage
Type
3.0V
In
59
Reserved
60
Audio_In_P
Analog
Out
Remark
General Input signal 01
note2)
Not used
I2C clock signal
note2)
reserved
Ground
note2)
reserved
note2)
reserved
note1) Module Audio Positive Output signal
61
Reserved
62
Audio_In_N
Analog
Out
note1) Module Audio Negative Output signal
63
GND
GND
Ground
64
Reserved
65
GND
GND
66
Reserved
note2)
reserved
67
Reserved
note2)
reserved
68
Reserved
note2)
reserved
69
Reserved
note2)
reserved
70
Reserved
note2)
reserved
71
GPI4
3.0V
In
General Input signal 04
72
VBUS
5.0V
In
USB Power
73
GPI5/APL_MODE
3.0V
In
General Input signal 05
74
D-
USB
Both
USB (-) signal
75
RF_CONT
3.0V
In
airplane mode
note2)
note2)
reserved
reserved
Ground
76
D+
USB
Both
USB (+) signal
77
GND
GND
Ground
78
GND
GND
Ground
79
GND
GND
Ground
80
GND
GND
Ground
note1)Pin name of the UART1, UART2, Audio are in your products view.
In practice, Please transmit / receive of the signal, see In / Out of the Type.
note2) Reserved, Not Used pin should not be there, please open a connection with your device.
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32
A. 6. 1 Module DC Power Input pins
The power supply in this module, Please use the following Power and Ground pin of the "80pin
Interface connector pin".
Table A-3 DC Power input pins
Pin
No.
Pin name
Input / Output
Voltage
Type
Remark
31
VBATT
3.8V
In
Power input
33
VBATT
3.8V
In
Power input
38
VBATT
3.8V
In
Power input
40
VBATT
3.8V
In
Power input
GND
GND
Ground
GND
GND
Ground
32
GND
GND
Ground
55
GND
GND
Ground
57
GND
GND
Ground
63
GND
GND
Ground
65
GND
GND
Ground
77
GND
GND
Ground
78
GND
GND
Ground
79
GND
GND
Ground
80
GND
GND
Ground
note)Please supply VBATT pins have a DC power on 3.4V ~ 4.2V (Typ. 3.8V) range.
A. 6. 2 Module Power on/off and Reset control pins
Module is controlled by the Power on / off the 80 pin connector "PWR_ON signal" of the PAD
number 35, Module Hardware Reset power is controlled by the "RESET_N signal" of the PAD
number 36.
Table A-4 Power on/off and Reset control pins
Pin
No.
Pin name
Input / Output
Voltage
Type
Remark
35
PWR_ON
2.8V
In
Power on/off input signal (Range: 2.2V ~ 3.0V)
36
RESET_N
1.8V
In
External Reset input signal (Active Low)
When power on as "Figure A-4" below 1.5s (1,500ms) to over, power off when there 2.0s (2,000ms)
is applied to at least give it high signal on / off operation.
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33
Figure A-3
PWR_ON control
Module power on If the condition remains, the pin 36 is High (approximately 1.6V) by the internal
pull-up, to give Module Reset maintain a "Low" signal as shown below 500ms or more if required
by the Low Module It will be Reset.
Figure A-4
RESET_N control
A. 6. 3 UART Interface pins
As Interface for "Data terminal equipment"(DTE) and UART data communications, and supports
UART1 and UART2, you can send and receive data by RS-232 data communication requirements.
Table A-5 UART Interface pins
Pin
No.
Pin name
Input / Output
Voltage
Type
Remark
19
UART_INIT
3.0V
In
Reset of the UART data rate
24
DSR
3.0V
Out
UART1 Data Set Ready
25
DCD
3.0V
Out
UART1 Data Carrier Detect
26
RTS
3.0V
In
UART1 Ready To Send
27
CTS
3.0V
Out
UART1 Clear To Send
28
DTR
3.0V
In
UART1 Data Terminal Ready
29
RXD
3.0V
Out
UART1 receiving signal data/DCE(modem) → DTE(customer)
30
TXD
3.0V
In
UART1 transmitting signal data/DCE(modem) ← DTE(customer)
47
RXD2
3.0V
Out
UART2 receiving signal data/DCE(modem) → DTE(customer)
48
TXD2
3.0V
In
UART2 transmitting signal data/DCE(modem) ← DTE(customer)
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34
A. 6. 4 USB Interface pins
As Interface for data terminal equipment (DTE) and USB data communication, in addition to data
communication it can also be used as a Source Download Software and debugging purposes.
Table A-6 USB Interface pins
Pin
No.
Pin name
Input / Output
Voltage
Type
Remark
72
VBUS
5.0V
In
USB Power
74
D-
USB
Both
USB (-) signal
76
D+
USB
Both
USB (+) signal
A. 6. 5 External USIM Interface pins
This model is used to select an internal e-SIM, or support the Interface to enable External USIM outside.
Table A-7 External USIM Interface pins
Pin
No.
Pin name
Input / Output
Voltage
Type
Remark
VUIM2
2.85V
Out
External UIM Power
10
UIM2_RESET/
2.85V
Out
External UIM Reset
12
UIM2_DATA
2.85V
Both
External UIM Data
14
UIM2_CLK
2.85V
Out
External UIM Clock
A. 6. 6 I2C and Analog Interface pins
This Module has to do with I2C Interface External Device communication and control, and
support Audio output.
Table A-8 I2C and Analog Interface pins
Pin
No.
Pin name
Input / Output
Voltage
Type
Remark
43
I2C_SCL
3.0V
Out
I2C clock signal
44
I2C_SDA
3.0V
Both
I2C data signal
60
Audio_In_P
Analog
Out
Module Audio Positive Output signal
62
Audio_In_N
Analog
Out
Module Audio Negative Output signal
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35
A. 6. 7 GPIO Interface pins
Indicating the status of this Module is a GPO and the GPI are available to suit customers' applications ,
As shown below are assigned as the general Input / Output PADs.
Table A-9 GPIO Interface pins
Pin
Pin name
No.
Input / Output
Voltage
Type
Remark
18
GPO1
3.0V
Out
General Output signal 01
20
AREA_IND
3.0V
Out
Communication service area indicator
21
PS_HOLD
3.0V
Out
Modem Power On status indicator
22
RESET_CHK
3.0V
Out
Module status indicator
23
RI
3.0V
Out
SMS Receive notification signal
39
C_STATUS/GPO2
3.0V
Out
General Output signal 02
49
FUPSTS_OUT/EMG_RI
3.0V
Out
Emergency ring indicator
50
ANTINF_0
3.0V
Out
Antenna Information about receiver sensitivity (bit"0")
52
ANTINF_1
3.0V
Out
Antenna Information about receiver sensitivity (bit"1")
54
MOS_IND
3.0V
Out
MRMS Reservation status indicator
41
GPI1
3.0V
In
General Input signal 01
45
GPI2
3.0V
In
General Input signal 02
46
GPI3
3.0V
In
General Input signal 03
51
MODE1
3.0V
In
53
MODE2
3.0V
In
71
GPI4
3.0V
In
General Input signal 04
73
GPI5/APL_MODE
3.0V
In
General Input signal 05
75
RF_CONT
3.0V
In
airplane mode
AD
Analog
In
ADC Input
DA
Analog
Out
DAC(PDM) Output
A. 6. 8 Reserved and Not USED pins
Assigned to the pin to the inside of the other uses of this Module,don't need to connect
customer's device, please to open
Table A-10 Reserved & Not USED pins
Pin
No.
Pin name
Input / Output
Voltage
Type
Reserved
Not USED
Remark
2,3,7,9,11,13,15,16,
34,37,56,58,59,61,
64,66,67,68,69,70
17,42
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36
A. 7 Antenna Connector Specification description
This module had three of the external antenna port.
LTE Primary or WCDMA(3G) Antenna 1 port , LTE Secondary Antenna 1 port,
GPS Antenna 1 port.
The antenna port may be connected to the customer's device antenna.
A. 7. 1 Antenna Connector Specification
Table A-11 Antenna connector Specification
구 분
Connector P/N
Antenna connection
connector
Manufacturer
notes
3 port
U.FL-R-SMT
Hirose
(LTE 2port,
GPS 1port)
Antenna connector Specification
Manufacturer
Hirose
Part number(Mounted on this Module)
U.FL-R-SMT
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37
A. 7. 2 Antenna Connector Description
For Antenna connector locations, see the Figure A-6 below.
Figure A-5
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Antenna Connector
38
A. 8 Module Assembly Guide
A. 8. 1 Module Assembly Instruction
When this Module mounted on the Board(PCB) assembled by the customer,
please refer to Figure A-7.
Please fix the Module each three screws and nuts.
When the assembly while power is on customer during assembly in customers' Board,
Damage given in this Module, please note that it may be a problem such as a power failure and
malfunction occurred.
fixed screw: M2.0 X d mm
d = 2.8 + t + 3.0 ± 0.2mm (t : Customer device PCB thickness)
Notice) fixed screw tighten torque: 1.2 ± 0.2kgfcm (Don't tighten the screw to more than 1.5kgfcm)
Figure A-6
Module Assembly Instruction
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39
A. 9 Customer PCB Board Layout Guide
Board Layout of customers design, please refer to the drawing below
GND
OPEN
AREA
Figure A-7
Customer PCB Layout Guide
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40

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Modify Date                     : 2016:09:21 17:08:09+09:00
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