Sign In
Upload
Manuals
Brands
Neoway Manuals
Control Unit
N58
Neoway N58 LTE Module Manuals
Manuals and User Guides for Neoway N58 LTE Module. We have
4
Neoway N58 LTE Module manuals available for free PDF download: Hardware User's Manual
Neoway N58 Hardware User's Manual (88 pages)
Brand:
Neoway
| Category:
Wireless modules
| Size: 2 MB
Table of Contents
Table of Contents
3
About this Document
8
Scope
8
Audience
8
Change History
8
Conventions
10
Related Documents
11
Safety Recommendations
12
About N58
13
Product Overview
13
Table 2-1 Models and Frequency Bands
13
Block Diagram
14
Basic Features
15
Figure 2-1 Block Diagram
15
Refference Standards
18
Pin Definitions
19
Pad Layout
19
Figure 4-1 Pad Layout of N58 (Top View)
19
Pin Description
20
Table 4-1 IO Types and DC Characteristics
20
Table 4-2 Pin Description
21
Application Interfaces
29
Power Interfaces
29
Vbat
29
Figure 5-1 Voltage Drop of the Power Supply
30
Figure 5-2 Recommended Power Supply Design 1
30
Figure 5-3 Recommended Power Supply Design 2
31
Figure 5-4 Recommended Power Supply Design 3
32
Figure 5-5 Recommended Power Supply Design 4
33
Vdd_1P8
34
Control Interfaces
34
Reset_N
34
Figure 5-6 Reference Design of Push-Button Reset
35
Figure 5-7 Reference Reset Circuit in Which a Triode Is Used for Isolation
35
Pwrkey_N
36
Figure 5-8 Module Reset Process
36
Figure 5-9 Reference Design of Push-Button Startup
36
Figure 5-10 Reference Design of MCU-Control Startup
37
Figure 5-11 Reference Design of Automatic Startup Once Powered up
37
Figure 5-12 Power-On Process
38
Sleep
39
Figure 5-13 Hardware Shutdown Process of N58
39
Figure 5-14 Process of Entering into Sleep Mode
40
Figure 5-15 Process of Processing Data Services in Sleep Mode
40
Figure 5-16 Process of Waking up the Module
41
Peripheral Interfaces
42
Usb
42
Figure 5-17 Reference Design of Module Sleep and Wake-Up Control
42
Figure 5-18 Recommended Design of the USB Interface
43
Uart
44
Figure 5-19 Reference Design of the UART Interface
44
Figure 5-20 Recommended Voltage-Level Translation Circuit 1
45
Figure 5-21 Recommended Voltage-Level Translation Circuit 2
46
Usim
47
Figure 5-22 Recommended Voltage-Level Translation Circuit 3
47
Figure 5-23 Reference Design of the USIM Interface (Normally Close Connector)
48
Figure 5-24 Reference Design of USIM Card Interface (Normally Open Connector)
49
Sdio
50
Figure 5-25 Reference Design of USIM Card Interface (Without Hot-Swapping Function)
50
Figure 5-26 Reference Design of the SDIO Interface
51
Spi
52
I2C
52
Figure 5-27 Reference Design of the SPI Interface
52
Audio Interfaces
53
Analog Audio Input Interfaces
53
Figure 5-28 Reference Design of I2C Interface
53
Analog Audio Output Interfaces
54
Figure 5-29 Reference Design of the Differential MIC Input Circuit
54
Figure 5-30 Reference Design of Audio Interface with Internal Power Amplifier
55
Figure 5-31 Reference Design of Audio Interface with External Power Amplifier
56
Video Interfaces
57
Lcd
57
Camera
57
Table 5-1 LCD Interface Description
57
Other Functional Interfaces
58
Adc
58
Net_Light
58
Table 5-2 Camera Interface Description
58
Ring
59
Figure 5-32 Driving LED Indicators with a Triode
59
Usb_Boot
60
Figure 5-33 Incoming Call RING Indication
60
Figure 5-34 SMS RING Indication
60
VBACKUP and VRTC
61
Figure 5-35 Reference Design of USB_BOOT Pin
61
Gpio
62
Gnss_Lna_En
62
Figure 5-36 Reference Design of the VBACKUP and VRTC Power Supply
62
Keypad
63
Figure 5-37 Keypad Reference Design
63
1Pps
64
RF Interfaces
64
ANT_MAIN Antenna Interface
64
Figure 5-38 Schematic Diagram of 1PPS Output Waveform
64
Figure 5-39 L-Type RF Matching Schematics
65
Figure 5-40 T-Type RF Matching Schematics
65
Figure 5-41 Π-Type RF Matching Schematics
65
ANT_GNSS Interface
66
Figure 5-42 Recommended RF PCB Design
66
Figure 5-43 GNSS RF Structure
67
Figure 5-44 Reference Design of Active GNSS Antenna
68
ANT_BT Interface
69
Antenna Assembling
69
Figure 5-45 Reference Design of Passive GNSS Antenna
69
Figure 5-46 Murata RF Connector Encapsulation Specifications
70
Figure 5-47 RF Cable Connections
70
Figure 5-48 Antenna Layout
71
Figure 5-49 Clearance Area (no Ground Area) Around the Antenna on the PCB Board
71
Electrical Characteristics and Reliability
72
Electrical Characteristics
72
Table 6-1 Electrical Characteristics
72
Table 6-2 Current Consumption (Typical)
72
Temperature Characteristics
73
ESD Protection Characteristics
73
Table 6-3 ESD Protection Characteristics
73
RF Characteristics
74
Operating Frequency Bands
74
Table 7-1 Operating Frequency Bands
74
TX Power and RX Sensitivity
75
Table 7-2 RF Transmit Power
75
Table 7-3 RX Sensitivity
75
GNSS Technical Parameters
76
Table 7-4 GNSS Technical Parameters
76
WLAN/BT Characteristics
77
Table 7-5 WLAN/ BT TX Power and RX Sensitivity
77
Mechanical Characteristics
78
Dimensions
78
Figure 8-1 Top and Side View Dimensions (Unit: MM)
78
Labeling
79
Packaging
79
Figure 8-2 N58 Labels
79
Reel
80
Moisture Sensitivity Level
81
Mounting N58 Onto Application Board
82
N58 PCB Package
82
Figure 9-1 Bottom View of N58 PCB Package (Unit: MM)
82
Application PCB Package
83
Figure 9-2 Recommended Footprint of the N58 Application PCB (Unit: MM)
83
Stencil
84
Solder Paste
84
Oven Temperature Profile
84
Figure 9-3 Oven Temperature Profile
85
Abbreviations
86
Advertisement
Neoway N58 Hardware User's Manual (87 pages)
Brand:
Neoway
| Category:
Network Router
| Size: 3 MB
Table of Contents
Table of Contents
3
About this Document
8
Scope
8
Audience
8
Change History
8
Conventions
10
Related Documents
11
Safety Recommendations
12
About N58
13
Product Overview
13
Table 2-1 Variants and Frequency Bands Supported
13
Block Diagram
14
Figure 2-1 Block Diagram
14
Basic Features
15
Reference Standards
17
Module Pins
18
Pin Layout
18
Figure 4-1 Pin Layout of the N58 Module (Top View)
18
Pin Description
19
Table 4-1 IO Type Description and DC Characteristics
19
Table 4-2 Pin Description
19
Application Interfaces
28
Power Interface
28
Vbat
28
Figure 5-1 Voltage Drop of the Power Supply
29
Figure 5-2 Recommended Design 1
29
Figure 5-3 Recommended Design 2
30
Figure 5-4 Recommended Design 3
31
Figure 5-5 Recommended Design 4
31
Vdd_1P8
33
Control Interface
33
Pwrkey_N
33
Figure 5-6 Reference Design of Module Startup Controlled by Button
34
Figure 5-7 Reference Design of Module Startup Controlled by MCU
34
Figure 5-8 Reference Design of Automatic Startup Once Powered on
35
Figure 5-9 Startup Process
36
Figure 5-10 Hard Shutdown Process
36
Reset_N
37
Figure 5-11 Module Reset Controlled by Button
37
Figure 5-12 Reference Reset Circuit in Which a Triode Is Used for Isolation
37
Sleep
38
Figure 5-13 Reset Process of the N58 Module
38
Figure 5-14 Process of Entering the Sleep Mode
39
Figure 5-15 Process of Call Service Processing in Sleep Mode
39
Figure 5-16 Process of Exiting from the Sleep Mode
40
Peripheral Interface
41
Usb
41
Figure 5-17 Reference Design of the Module Sleep and Wake-Up Control Circuit
41
Figure 5-18 Reference Design of the USB Connection Circuit
42
Uart
43
Figure 5-19 Reference Design of UART Connections
44
Figure 5-20 Recommended Level Shifting Circuit 1
44
Figure 5-21 Recommended Level Shifting Circuit 2
45
Usim
46
Figure 5-22 Recommended Level Shifting Circuit 3
46
Figure 5-23 Reference Design of USIM Card (with the Hot Plug Function) Interfaces
47
Figure 5-24 Reference Design of USIM Card (Without the Hot Plug Function) Interfaces
48
Sdio
49
Figure 5-25 SDIO Reference Design
49
Spi
50
I2C
51
Figure 5-26 SPI Reference Design
51
Figure 5-27 I2C Reference Design
51
Audio Interfaces
52
Analog Audio Input Interfaces
52
Figure 5-28 Reference Design of Differential MIC Input
52
Analog Audio Output Interfaces
53
Figure 5-29 Reference Design of the Built-In Power Amplifier
53
Figure 5-30 Reference Design of the External Power Amplifier
54
Video Interfaces
55
Lcd
55
Table 5-1 Description of LCD Function Pins
55
Camera
56
Other Interfaces
56
Adc
56
Net_Light
56
Table 5-2 Description of Camera Function Pins
56
Ring
57
Figure 5-31 Reference Design of Driving an LED Indicator by Controlling a Triode
57
Usb_Boot
58
Figure 5-32 RING Prompt for an Incoming Voice Call
58
Figure 5-33 RING Prompt for an SMS Message
58
VBACKUP and VRTC
59
Figure 5-34 Reference Design of Forcible Download
59
Gpio
60
Gnss_Lna_En
60
Figure 5-35 Reference Design of VBACKUP and VRTC Power Supply
60
Keypad
61
Figure 5-36 Keypad Reference Design
61
1Pps
62
Vcc_Gnss_Bias
62
Figure 5-37 1PPS Output Waveform
62
RF Interfaces
63
ANT_MAIN Antenna Interface
63
Figure 5-38 Reference Design of GNSS Active Antenna Power Supply and Detection Circuit
63
Figure 5-39 L-Type Matching Network
64
Figure 5-40 T-Type Matching Network
64
Figure 5-41 Π-Type Matching Network
64
ANT_GNSS Interface
65
Figure 5-42 Recommended RF PCB Design
65
Figure 5-43 GNSS Structure Inside the Module
66
Figure 5-44 Reference Design of an Active GNSS Antenna
67
ANT_BT Interface
68
Antenna Assembly
68
Figure 5-45 Reference Design of a Passive GNSS Antenna
68
Figure 5-46 Package Specifications of Murata's GSC RF Connector
69
Figure 5-47 Module RF Connection Method
69
Figure 5-48 Antenna Layout Example
70
Figure 5-49 Layout Around the Antenna
70
Electrical Characteristics and Reliability
71
Electrical Characteristics
71
Table 6-1 Electrical Characteristics of the N58 Module
71
Table 6-2 Current Consumption of the N58 Module (Typical)
71
Temperature Characteristics
72
ESD Protection Characteristics
72
Table 6-3 ESD Protection Characteristics
72
RF Characteristics
73
Operating Bands
73
Table 7-1 Operating Bands of the N58 Module
73
TX Power and RX Sensitivity
74
Table 7-2 RF TX Power of the N58 Module
74
Table 7-3 RF RX Sensitivity of the N58 Module
74
GNSS Parameters
75
Table 7-4 GNSS Parameters
75
WLAN/BT Characteristics
76
Table 7-5 WLAN/BT TX Power and RX Sensitivity
76
Mechanical Characteristics
77
Dimensions
77
Figure 8-1 N58 Top and Side Dimensions (Unit: MM)
77
Label
78
Packaging
78
Figure 8-2 N58 Label Examples
78
Reel and Tape
79
Moisture
80
Assembly
81
Module PCB Package
81
Figure 9-1 Bottom View of the N58 Module PCB Package (Unit: MM)
81
Application PCB Package
82
Stencil
82
Figure 9-2 Top View of the Recommended N58 Application PCB Package (Unit: MM)
82
Solder Paste
83
SMT Furnace Temperature Curve
83
Figure 9-3 SMT Furnace Temperature Curve
83
Abbreviations
85
Neoway N58 Hardware User's Manual (74 pages)
Industrial 4G module
Brand:
Neoway
| Category:
Control Unit
| Size: 2 MB
Table of Contents
Table of Contents
3
About this Document
8
Scope
8
Audience
8
Change History
8
Conventions
8
Related Documents
9
1 About N58
10
Product Overview
10
Table 1-1 Variant and Frequency Bands
10
Block Diagram
11
Figure 1-1 Block Diagram
11
Basic Features
12
2 Module Pins
14
Pad Layout
14
Figure 2-1 N58 Pin Definition
14
Pin Description
15
Table 2-1 IO Definition
15
Table 2-2 Pin Description
15
3 Application Interfaces
22
Power Interface
22
Vbat
22
Figure 3-1 Recommended Design 1
23
Figure 3-2 Recommended Design 2
23
Figure 3-3 Recommended Design 3
24
Vdd_1P8
25
Control Interfaces
25
Pwrkey_N
25
Figure 3-4 Reference Design of Startup Controlled by Button
26
Figure 3-5 Reference Design of Startup Controlled by MCU
26
Figure 3-6 Reference Design of Automatic Start Once Powered up
26
Figure 3-7 Startup Process
27
Reset_N
28
Figure 3-8 Shutdown Process
28
Figure 3-9 Reset Controlled by Button
28
Psm_Wakeup
29
Peripheral Interfaces
29
Figure 3-10 Reset Circuit with Triode Separating
29
Figure 3-11 N58 Reset Process
29
Figure 3-12 USB Connection
30
Usb
30
Uart
31
Figure 3-13 UART Connection
32
Figure 3-14 Recommended Level Shifting Circuit 1
32
Figure 3-15 Recommended Level Shifting Circuit 2
33
Usim
33
Figure 3-16 Reference Design of USIM Card Interface
34
Sdio
35
Figure 3-17 SDIO Connection
36
Figure 3-18 SDIO SDR Timing
37
Spi
37
Table 3-1 Timing Parameters of SDIO Interface
37
Figure 3-19 SPI Connection
38
Figure 3-20 SPI Timing
38
I2C
38
Table 3-2 Timing Parameters of SPI Interface
38
Audio Interface
39
Analog Audio Input Interfaces
39
Figure 3-21 I2C Connection
39
Figure 3-22 I2C Timing
39
Figure 3-23 Reference Design 1 of Differential MIC Input
40
Analog Audio Output Interfaces
41
Figure 3-24 Schematic of Differential SPK Output
41
LCD and CAM Interfaces
42
Lcd
42
Figure 3-25 Reference Design of LCD Interface
42
Table 3-3 LCD Pins
42
Camera
43
Other Interfaces
43
Adc
43
Figure 3-26 Reference Design of Backlight Circuit
43
Figure 3-27 N58 LDO Driving Power
43
Figure 3-28 Reference Design of Camera
43
Table 3-4 Camera Pins
43
Dtr
44
Figure 3-29 Process of Entering Sleep Mode
44
Figure 3-30 Incoming Call Service Process
45
Figure 3-31 Outgoing Call Service Process
45
Netlight
46
Figure 3-32 Process of Exiting from Sleep Mode
46
Figure 3-33 Driving LED with a Triode
46
Ring
47
Usb_Boot
47
Figure 3-34 Pulse Wave for an Incoming Call
47
Figure 3-35 RING Indicator for SMS
47
Figure 3-36 Reference Design of USB_BOOT
48
VRTC_GPS and VRTC
48
Figure 3-37 Reference Design of VRTC and VRTC_GPS Power Supply
49
Gpio
49
Figure 3-38 Keypad Reference Design
50
GNSS Enable Interface
50
Keypad Interfaces
50
RF Interface
51
ANT Interface
51
Figure 3-39 L Network
51
Figure 3-40 Split Capacitor Network
51
Figure 3-41 Pi Network
52
Figure 3-42 Recommended RF PCB Design
52
ANT_GNSS Interface
53
Figure 3-43 GNSS RF Structure
53
ANT_BT Interface
54
Antenna Assembling
54
Figure 3-44 Reference Design of Power Supply for Active Antenna
54
Figure 3-45 Specifications of MM9329-2700RA1
55
Figure 3-46 RF Connections
55
Figure 3-47 Antenna Layout
56
Figure 3-48 Layout Around the Antenna
56
4 Electric Feature and Reliability
57
Electric Features
57
Table 4-1 Operating Conditions of N58
57
Table 4-2 Current Consumption of N58 (Typical)
57
Temperature Features
58
ESD Protection
58
Table 4-3 Temperature Feature of N58
58
Table 4-4 N58 ESD Protection
58
5 RF Features
59
Operating Bands
59
Table 5-1 Operating Bands of N58
59
TX Power and RX Sensitivity
60
GNSS Features
60
Table 5-2 RF Transmit Power and RX Sensitivity of N58
60
Table 5-3 GNSS Feature
60
WLAN/BT Features
61
Table 5-4 WLAN/BT TX Power and RX Sensitivity
61
6 Mechanical Features
62
Dimensions
62
Figure 6-1 N58 Dimensions (Unit: MM)
62
Label
63
Packing
63
Reel
63
Figure 6-2 N58 Label
63
Moisture
65
7 Mounting N58 Onto Application PCB
66
Bottom Dimensions
66
Figure 7-1 Bottom Dimensions of N58 (Unit: MM)
66
Application Foot Print
67
Stencil
67
Solder Paste
67
Figure 7-2 Recommended Footprint of N58 Application PCB (Unit: MM)
67
SMT Furnace Temperature Curve
68
Figure 7-3 SMT Furnace Temperature Curve
68
8 Safety Recommendations
69
Conformity and Compliance
70
Approvals
70
Chinese Notice
70
CCC Class a Digital Device Notice
70
Environmental Protection Notice
70
EU Notice
70
CE Class a Digital Device Notice
70
Bom
71
Abbreviation
72
Advertisement
Neoway N58 Hardware User's Manual (45 pages)
Mini PCIe
Brand:
Neoway
| Category:
GSM/GPRS Modules
| Size: 1 MB
Table of Contents
Table of Contents
3
About this Document
7
Scope
7
Audience
7
Change History
7
Conventions
7
Related Documents
8
1 Introduction
9
Overview
9
Block Diagram
9
Table 1-1 Variant and Frequency Bands
9
Figure 1-1 Block Diagram
10
Basic Features
11
2 Module Pins
13
Pin Layout
13
Figure 2-1 N58 Mini Pcie Pin Definition
13
Pin Description
14
Figure 2-2 Pin Description
14
Table 2-1 IO Definition
14
3 Application Interfaces
17
Power Interface
17
Vbat
17
Vreg_1V8
18
Figure 3-1 Recommended Design 1
18
Control Interfaces
19
Pon_Reset
19
Figure 3-2 Reset Control by Button
19
Figure 3-3 Reset Circuit with Triode Separating
19
Wakeup_In
20
Peripheral Interfaces
20
Usb
20
Figure 3-4 N58 Mini Pcie Reset Process
20
Uart
21
Figure 3-5 USB Connection
21
Figure 3-6 UART Connection
22
Figure 3-7 Recommended Level Shifting Circuit 1
22
Usim
23
Figure 3-8 Reference Design of USIM Card Interface
23
Audio Interface
24
Analog Audio Input Interfaces
24
Figure 3-9 Reference Design of Differential MIC Input
25
Analog Audio Output Interfaces
26
Figure 3-10 Schematic of Differential SPK Output
26
PCM Interface
27
Other Functional Interfaces
27
Figure 3-11 PCM Connection
27
Figure 3-12 LED_WWAN Reference Design
28
Led_Wwan
28
Wakeup_Out
28
W_Disable
28
4 Antenna Interface
29
Interface Type
29
GNSS Antenna
29
Figure 4-1 N58 Mini Pcie Antenna Interface
29
Figure 4-2 Internal GNSS RF Circuit
30
Figure 4-3 Active Antenna Connection
30
RF Connector
31
Figure 4-4 Encapsulation Specifications of Murata RF Connector
31
5 Electric Feature and Reliability
32
Electric Features
32
Table 5-1 Operating Conditions of N58 Mini Pcie
32
Table 5-2 Current Consumption of N58 Mini Pcie (Typical)
32
Temperature Features
33
ESD Protection
33
Table 5-3 Temperature Feature of N58 Mini Pcie
33
Table 5-4 N58 Mini Pcie ESD Protection
33
6 RF Features
34
Operating Bands
34
Table 6-1 Operating Bands of N58 Mini Pcie
34
TX Power and RX Sensitivity
35
Table 6-2 RF TX Power of N58 Mini Pcie
35
Table 6-3 N58 Mini Pcie GSM RX Sensitivity
35
GNSS Features
36
Table 6-4 N58 Mini Pcie LTE RX Sensitivity
36
Table 6-5 GNSS Feature
36
7 Mechanical Features
38
Dimensions
38
Figure 7-1 N58 Mini Pcie Dimensions (Unit: MM)
38
Label
39
Packing
39
Figure 7-2 N58 Label
39
Storage
40
Figure 7-3 Packaging Process
40
8 Mounting
41
Figure 8-1 Mini Pcie Connector
41
9 Safety Recommendations
42
Abbreviation
43
Advertisement
Related Products
Neoway N51
Neoway N21 Series
Neoway N21-CN-011AS1
Neoway Neo WM620
Neoway N75
Neoway N11 V2
Neoway N75 EVK
Neoway N75-NA
Neoway N75-A
Neoway N77
Neoway Categories
Control Unit
GSM/GPRS Modules
Motherboard
Network Router
Network Hardware
More Neoway Manuals
Login
Sign In
OR
Sign in with Facebook
Sign in with Google
Upload manual
Upload from disk
Upload from URL