Thales Cinterion MV31-W Manuals

Manuals and User Guides for Thales Cinterion MV31-W. We have 1 Thales Cinterion MV31-W manual available for free PDF download: Hardware Interface Description

Thales Cinterion MV31-W Hardware Interface Description (76 pages)

5G M.2 Data Card

Brand: Thales | Category: Storage | Size: 1 MB

Table of Contents
3
Document History
7
Introduction
11
Ordering Information
11
Table 1: 5G Modem Card Variants
11
Related Documents
12
Terms and Abbreviations
12
Product Concept
14
Figure 1: 5G M.2 Data Card MV31-W Top View
14
Figure 2: 5G M.2 Data Card MV31-W Bottom View
14
Key Features at a Glance
15
System Overview
17
Figure 3: 5G M.2 Data Card MV31-W System Overview
17
Mechanical Dimensions
18
Figure 4: 5G M.2 Data Card MV31-W Dimensions
18
Figure 5: 5G M.2 Data Card MV31-W Ground Area (with Gold Plating) on Bottom Side
18
Figure 6: 5G M.2 Data Card MV31-W Bottom Shield Dimensions
18
Figure 7: 5G M.2 Data Card MV31-W on Application Board (Height) [3]
19
Application Connector Interface
20
Pin Assignments and Electrical Description
20
Table 2: Pin Assignments
20
Table 3: Electrical Description of Connector Interface Pins
23
Characteristics
27
Power Supply and Ground
27
Control Signals
27
W_DISABLE1#, W_DISABLE2# Signals
27
Reset
27
Full_Card_Power_Off
27
Wake_On_Wwan
27
Table 4: FULL_CARD_POWER_OFF# States
27
Figure 8: Wake-Up Scenario
28
Figure 9: Wake-Up Signal
28
Figure 10: Typical Wake up Schematic
28
Tunable Antenna Interface
29
Antenna Control
29
Ant_Tuner_Config
29
Table 5: ANT_TUNER_CONFIG States
29
Figure 11: Sample Antenna Tuner with QAT3555 for One Antenna Path
29
Wwan/Wifi Coexistence Control
30
Dynamic Power Reduction
30
Table 6: Coexistence Control between LAA and N79 with Wifi 5GHZ
30
Table 7: Dynamic Power Reduction States
30
USB Interface
31
USB 2.0 Interface
31
USB 3.1 Gen 2 Interface
31
Figure 12: USB Interface
31
PCI Express® Interface
32
PERST# Signal
32
Figure 13: Pcie® Interface
32
SIM/UICC Interface
33
Table 8: Signals of the SIM Interface
33
Figure 14: SIM Detection Circuit
33
ESD Protection for SIM Interfaces
34
Euicc Interface
34
GPIO Interface
34
Figure 15: SIM Interfaces - Enhanced ESD Protection
34
Status
35
Add-In Card Configuration Pins
35
Table 9: Status States
35
Table 10: Add-In Card Configuration
35
Figure 16: Sample Circuit for Status LED
35
Table 11: GPIO Signals Mapping for Port Configuration 2
36
Antenna Interface
37
Table 12: LTE& 5GNR Sub 6G Antenna Specifications
37
Antenna Interface Specification
38
Table 13: RF Antenna Interface LTE: Conductive Minimum Receiver Input Sensitivity (Dbm)
38
Table 14: RF Antenna Interface FR1 (Sub 6G): Conductive Minimum Receiver Input Sensitivity (Dbm)
39
Table 15: Antenna Interfaces
40
Figure 17: Antenna Interfaces
41
GNSS Interface Characteristics
42
Table 16: GNSS Properties
42
Antenna Interface Connector
43
UMTS/LTE & Sub 6G Antenna Connectors
43
MV31-W_Hid_V01.009A
43
Figure 18: UMTS/LTE & Sub 6G Antenna Connector (Male)
43
Figure 19: UMTS/LTE & Sub 6G Antenna Connector (Mated Plug)
43
Operation
44
Operating Modes
44
Operating Temperatures
44
Table 17: Temperature Characteristics
44
Thermal Design Guidelines
45
Table 18: 3 Level Throttling Mechanism
45
Thermal Solutions
46
Figure 20: Option 1 - Heat Sink on Top of Stepped Shielding and
46
Figure 21: Option 2 - Heat Sink Only on Heat Spot of Stepped Shielding and
47
Figure 22: Option 3 - Heat Sink on Top of Stepped Shielding and Directly on
47
Figure 23: Option 4 - Heat Pipe and Small Application Housing
47
Figure 24: Option 5 - Heat Pipe and Big Application Housing
48
Figure 25: Thermal Distribution with a Heat Pipe
48
Power Supply Ratings
49
Table 19: LTE Current Consumption Ratings
49
Table 20: EN-DC Current Consumption Ratings
52
Table 21: LTE CA Current Consumption Ratings
53
Timing Sequence Requirement
54
Power on Timing Requirement
54
Table 22: Power up Timing Information
54
Figure 26: Power-Up Timing Sequence
54
Table 23: Power on Information
55
Figure 27: Power on Timing Diagram
55
Power off Timing Requirement
56
Figure 28: Device Power off Behavior for Windows 10
56
Figure 29: Device Power off Behavior for Linux
57
Power off Timing
58
Table 24: Power off Information
58
Figure 30: Power off Diagram
58
Warm Boot Restart Timing
59
Modem Standby Requirement
59
Table 25: Warm Boot Restart Information
59
Figure 31: Warm Boot Restart Diagram
59
Figure 32: Modern Standby-D3Cold Entry Flow
60
Figure 33: Modern Standby D3Cold
61
Electrostatic Discharge
62
Table 26: Electrostatic Values
62
Reliability Characteristics
63
Table 27: Summary of Reliability Test Conditions
63
Mounting Advice
64
Figure 34: Mounting Advice
64
Approval Information
65
Directives and Standards
65
Table 28: Directives
65
Table 29: Standards of North American Type Approval
65
Table 30: Standards of European Type Approval
65
Table 31: Standards (Statutory Instruments) for UK
66
Table 32: Requirements of Quality
66
Table 33: Standards of the Ministry of Information Industry of the People's Republic of China
67
Table 34: Toxic or Hazardous Substances or Elements with Defined Concentration
67
IEC 62368-1 Classification
68
Table 35: IEC 62368-1 Classification
68
SAR Requirements Specific to Portable Mobiles
69
Reference Equipment for Type Approval
70
Figure 35: Reference Equipment for Type Approval
70
Compliance with FCC and ISED Rules and Regulations
71
Compliance with Japanese Rules and Regulations
71
Safety Precaution Notes
72
Appendix
73
Product Label Information
73
Table 36: 5G M.2 Data Card MV31-W Label Information
73
Figure 36: Sample Label of MV31-W
73
Packaging
74
Trays
74
Figure 37: 5X2 Tray
74
Declaration of Conformity
75
MV31-W_Hid_V01.009A
75

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