Thales Cinterion MV31-W Hardware Interface Description Download

Page: 14 / 76

Cinterion

MV31-W Hardware Interface Description

2 Product Concept

MV31-W_HID_v01.009a

2022-04-27

Public / Preliminary

Page 14 of 76

Product Concept

Figure 1

shows the top view and

Figure 2

the bottom view of 5G M.2 Data Card MV31-W.

Figure 1:

5G M.2 Data Card MV31-W top view

Figure 2:

5G M.2 Data Card MV31-W bottom view

Mechanical ground pad

Pin 75

Pin 1

Antenna
LTE & Sub 6G RX/TX

Antenna
LTE & Sub 6G RX/GPS L5

Antenna
LTE & Sub 6G RX/TX

Antenna
LTE & Sub 6G RX/GPS L1

Pin 2

Pin 74

Summary of Contents for Cinterion MV31-W

Page 1: ...Cinterion 5G M 2 Data Card MV31 W Hardware Interface Description Version 01 009a DocId MV31 W_HID_v01 009a ...

Page 2: ...LLY AUTHORIZED BY THALES Copyright 2022 THALES DIS AIS Deutschland GmbH Trademark Notice Thales the Thales logo are trademarks and service marks of Thales and are registered in certain coun tries PCI SIG PCIe and the PCI Express design mark are registered trademarks and or service marks of PCI SIG Microsoft and Windows are either registered trademarks or trademarks of Microsoft Corporation in the ...

Page 3: ...SABLE2 Signals 27 3 2 2 2 RESET 27 3 2 2 3 FULL_CARD_POWER_OFF 27 3 2 2 4 WAKE_ON_WWAN 27 3 2 3 Tunable Antenna Interface 29 3 2 3 1 Antenna Control 29 3 2 3 2 ANT_TUNER_CONFIG 29 3 2 4 WWAN WiFi Coexistence Control 30 3 2 5 Dynamic Power Reduction 30 3 2 6 USB Interface 31 3 2 6 1 USB 2 0 Interface 31 3 2 6 2 USB 3 1 Gen 2 Interface 31 3 2 7 PCI Express Interface 32 3 2 7 1 PERST Signal 32 3 2 8 ...

Page 4: ... 5 5 4 Warm Boot Restart Timing 59 5 5 5 Modem Standby Requirement 59 5 6 Electrostatic Discharge 62 5 7 Reliability Characteristics 63 5 8 Mounting Advice 64 5 9 Approval Information 65 5 9 1 Directives and Standards 65 5 9 2 IEC 62368 1 Classification 68 5 9 3 SAR requirements specific to portable mobiles 69 5 9 4 Reference Equipment for Type Approval 70 5 9 5 Compliance with FCC and ISED Rules ...

Page 5: ...itivity dBm 39 Table 15 Antenna interfaces 40 Table 16 GNSS properties 42 Table 17 Temperature characteristics 44 Table 18 3 Level Throttling Mechanism 45 Table 19 LTE current consumption ratings 49 Table 20 EN DC current consumption ratings 52 Table 21 LTE CA current consumption ratings 53 Table 22 Power up timing information 54 Table 23 Power On information 55 Table 24 Power Off information 58 T...

Page 6: ... 35 Figure 17 Antenna Interfaces 41 Figure 18 UMTS LTE Sub 6G Antenna Connector male 43 Figure 19 UMTS LTE Sub 6G Antenna Connector mated plug 43 Figure 20 Option 1 Heat sink on top of stepped shielding and bottom of application PCB 46 Figure 21 Option 2 Heat sink only on heat spot of stepped shielding and bottom of application PCB 47 Figure 22 Option 3 Heat sink on top of stepped shielding and di...

Page 7: ... lane 3 2 8 1 Revised Figure 15 to update enhanced ESD protection for SIM interface 3 2 9 New Section eUICC Interface 4 1 Added notes regarding usage of antenna interfaces 5 3 Revised thermal design guidelines Chapter What is new 2 1 Revised supported 5G bands with DSS Revised SIM feature description DSSS DSSA 2 3 Added 2 3 bottom shield dimensions 5 2 Added thermal resistance value to Table 17 5 ...

Page 8: ...ed Figure 14 SIM Detection Circuit Chapter What is new Removed n40 2 1 Added Data Throughput and Bands supporting DSS 4 1 Revised Table 15 regarding 5G Sub6 TX 5 2 Added Thermal Throttling Thresholds in Table 17 5 3 Added Table 18 for 3 Level Throttling Mechanism Chapter What is new 3 1 Changed Table 2 and Table 3 regarding to WAKE_ON_WWAN signal 3 2 2 4 Revised chapter WAKE_ON_WWAN signal is now ...

Page 9: ...upply voltage to 4 8V 5 7 Revised Table 27 Summary of reliability test conditions 6 2 Revised Table 38 EN DC Configurations Chapter What is new Throughout document Removed details about mmWave antenna connectors as mmWave bands are not sup ported with this product variant 2 Revised Figure 1 and Figure 2 showing MV31 W top and bottom view 3 1 Revised signal properties in Table 2 3 2 5 Added resisto...

Page 10: ...document Cinterion MV31 W Hardware Interface Description Version 00 002 New document Cinterion MV31 W Hardware Interface Description Version 00 001 Chapter What is new Removed information about FR2 bands Chapter What is new Removed information about mmWave Variants 2 1 Revised supported bands Chapter What is new 3 RESET is not supported 3 1 Added characteristics in Table 3 for mmWave_1P85 3 2 3 1 ...

Page 11: ...ation delivered with your Thales product Table 1 5G Modem Card Variants Product Interface Band Support eSIM Ordering information MV31 W USB 3 1 USB 2 0 FR1 Sub 6 Yes Packaging unit ordering number L30960 N6910 A100 Module label number1 S30960 S6910 A100 1 Note At the discretion of Thales module label information can either be laser engraved on the module s shielding or be printed on a label adhere...

Page 12: ...bbreviation Description 3FF Third Form Factor 3GPP 3rd Generation Partnership Project CE Conformité Européene European Conformity CSD Circuit Switched Data CTM Cellular Text Telephone Modem DSS Dynamic Spectrum Sharing EN DC E UTRAN New Radio Dual Connectivity ETS European Telecommunication Standard FCC Federal Communications Commission U S GPRS General Packet Radio Service GSM Global Standard for...

Page 13: ...and Telecommunication Terminal Equipment RF Radio Frequency RFFE RF Front End RLP Radio Link Protocol RoHS Restriction of the use of certain hazardous substances in electrical and electronic equipment S4 Microsoft Windows power state for Hibernation S5 Microsoft Windows power state for Soft power Off SAR Specific Absorption Rate SIM Subscriber Identification Module SMS Short Message Service TTY Te...

Page 14: ...oduct Concept Figure 1 shows the top view and Figure 2 the bottom view of 5G M 2 Data Card MV31 W Figure 1 5G M 2 Data Card MV31 W top view Figure 2 5G M 2 Data Card MV31 W bottom view Mechanical ground pad Pin 75 Pin 1 Antenna LTE Sub 6G RX TX Antenna LTE Sub 6G RX GPS L5 Antenna LTE Sub 6G RX TX Antenna LTE Sub 6G RX GPS L1 Pin 2 Pin 74 ...

Page 15: ...1 5 1dB HPUE All other bands 23dBm 1dB 4G Bands FDD B1 B2 B3 B4 B5 B7 B8 B12 B13 B14 B17 B18 B19 B20 B25 B26 B28 B29 B30 B32 B66 B71 TDD B34 B38 B39 B40 B41 B42 B48 LAA B46 DL only Band combinations For supported carrier aggregations CA see 2 4x4 MIMO B1 B2 B3 B4 B7 B25 B30 B38 B39 B40 B41 B42 B48 B66 RX Diversity All LTE bands Category UE Cat 13 UL 150Mbps UE Cat 20 DL 2Gbps 7xDL CA 3xUL CA Intra...

Page 16: ...m connector 75 pin golden finger Key ID B USB USB 2 0 MV31 W USB only USB 3 1 Gen 2 SuperSpeed 10Gbps USB configuration supported Windows TM 10 MBIM GNSS Linux DIAG MBIM RmNet Modem NMEA PCIe MV31 W PCIe only Supports Endpoint and Root Complex Gen 3 2 lanes PCIe configuration supported Windows TM 10 MBIM GNSS Linux DIAG MBIM Modem NMEA Driver Windows TM 10 Windows TM 10 Supports both PCIe and USB ...

Page 17: ...022 04 27 Public Preliminary Page 17 of 76 2 2 System Overview Figure 3 5G M 2 Data Card MV31 W system overview Wireless Modem Application connector 75 pin PC Power supply SIM card holder RF antennas Connector socket 75 pin MV31 eSIM optional ANT0 ANT1 ANT2 ANT3 USB PCIe UIM card holder optional ...

Page 18: ...2 3 Mechanical Dimensions The mechanical dimensions for PCI Express M 2 Cards with a 3042 form factor are specified in 3 and shown in Figure 4 Figure 5 and Figure 7 Figure 4 5G M 2 Data Card MV31 W Dimensions Figure 5 5G M 2 Data Card MV31 W Ground area with gold plating on bottom side Figure 6 5G M 2 Data Card MV31 W bottom shield dimensions ...

Page 19: ...sided add in card H2 3 S5 Stack up Top Mount Single sided Add in Card for 2 00 Maximum Top side Component Height and with Higher Clearance above Motherboard specified in 3 Figure 7 H2 3 S5 single sided add in card dimensions The area under the 5G M 2 Data Card on the Application Board should be free of components and signals but needs to be part of a thermal solution see Section 5 3 values in mm ...

Page 20: ...ion 3 Section 3 2 12 Output 3 GND 5 GND 7 USB USB Data Section 3 2 6 1 9 USB 11 GND Key ID B 21 CONFIG_0 Add in Card Configuration 0 Section 3 2 12 Output 23 WAKE_ON_WWAN Wake on WWAN Section 3 2 2 4 Output 1 8V 25 DPR_1 Dynamic Power Reduction SAR Section 3 2 5 Input 1 8V 27 GND 29 USB3 1 Tx USB 3 1 USB Tx Section 3 2 6 2 Output Usage as PCIe or USB 3 1 i f dependent on HW variant PETn1 2nd PCIe ...

Page 21: ...ET Section 3 2 2 2 not supported by MV31 W Input 1 8V 69 CONFIG_1 Add in Card Configuration 1 Section 3 2 12 Output 71 GND 73 GND 75 CONFIG_2 Add in Card Configuration 2 Section 3 2 12 Output 2 3V3 Power supply 3 3V Section 3 2 1 4 3V3 6 FULL_CARD_POWER_OFF Section 3 2 2 3 Input 3 3V 8 W_DISABLE1 Disable WWAN on the Data Card Section 3 2 2 1 Input 3 3V 10 LED_1 Active low signal Section 3 2 11 Out...

Page 22: ...st Section 3 2 7 Input Output 3 3V 54 PEWAKE PCIe WAKE Section 3 2 7 Input Output Open Drain 3 3V 56 MIPI_DATA For external tunable antenna MIPI Section 3 2 3 Input Output 1 8V 58 MIPI_CLK Output 1 8V 60 LAA_n79_Tx_EN WWAN output to WLAN Section 3 2 4 Output 1 8V 62 COEX_RXD UART I F for LTE Wi Fi coexistence Section 3 2 4 Input 1 8V 64 COEX_TXD Output 1 8V 66 SIM DETECT_1 SIM 1 detect Section 3 2...

Page 23: ...to 3 3V with 10KΩ Test point recommended W_DISABLE2 I RESET I Not supported FULL_CARD_ POWER_OFF I VIHmax 3 63V VIHmin 1 00V VILmax 0 4V It s internally pulled down by 100kΩ resistor 3 3V tolerant but can be driven by either 1 8V or 3 3V GPIO Test point recommended WAKE_ON_WWAN O VILmax 0 8V VIHmin 2 0V VIHmax 3 8V VOLmax 0 2V at I 4mA Open Drain with external pull up The given input rating is the...

Page 24: ...IHmin 1 17V VILmax 0 63V DPR_2 VILmax 0 54V VIHmin 1 26V VIHmax 2 1V It is required to drive this line low by an open drain or open collector driver connected to GND If unused keep line open USB 2 0 USB_D I O Full and High speed differential lines according to USB 2 0 refer to 5 Test point recommended USB High Speed mode operation requires a dif ferential impedance of 90Ω USB_D I O USB 3 1 USB 3 1...

Page 25: ...um voltage that can be applied to this pad PERp0 PERp1 PERn0 PERn1 I PCIe differential lines according to PCI Express Card Electromechanical Specification PETp0 PETp1 PETn0 PETn1 O PCIe differential lines according to PCI Express Card Electromechanical Specification REFCLKp REFCLKn I PCIe differential lines according to PCI Express Card Electromechanical Specification 3V SIM card interfaces 2x UIM...

Page 26: ...V at I 1mA VOHmax 1 8V UIM_1_PWR UIM_2_PWR O VOmin 1 65V VOtyp 1 8V VOmax 1 95V IOmax 200mA SIM Detec tion SIM_DETECT_1 SIM_DETECT_2 I VILmax 0 54V VIHmin 1 26V VIHmax 2 1V internal pull up resistor GPIO interface GPIO I O VILmax 0 54V VIHmin 1 26V VIHmax 2 1V IIHPD 1uA IILPU 1uA IHigh Z 1uA VOLmax 0 45V at I TBD VOHmin 1 35V at I TBD VOHmax 1 8V GPIO is reserved for future use If unused keep line...

Page 27: ...hronous RESET pin active low is not supported by MV31 W 3 2 2 3 FULL_CARD_POWER_OFF The MV31 W can be controlled to power on off by the FULL_CARD_POWER_OFF pin Note Once FULL_CARD_POWER_OFF is pulled low MV31 W detaches from the network shuts down its internal interfaces and then power off automatically After power off it is recom mended to pause for 30s before powering MV31 W on again by pulling ...

Page 28: ...ignal is used to wake up the host It is open drain and should be pulled up at the host side When MV31 W needs to wake up the host it will output a one second low pulse shown in Figure 9 Figure 9 Wake up signal A typical connection in Platform System shows Figure 10 Figure 10 Typical Wake up schematic Wake up signal SMS MV 31 W GPIO WAKE_ON_WWAN 3 3V Platform PCIe Host MV31 W 100k ...

Page 29: ...ure 11 Sample Antenna Tuner with QAT3555 for one antenna path 3 2 3 2 ANT_TUNER_CONFIG The ANT_TUNER_CONFIG pin of the MV31 W has the possibility to optimize the FR1 low band performance The configuration is mainly for mobile devices with integrated antennas Depending on the handling of the device the host controller can use this pin to trigger the 2 pre configuired modes Factors as the antennas h...

Page 30: ...reduction will vary between different host systems and is left to the host platform OEM and card vendor to determine along with the specific implementation details The assertion and de assertion of DPR is asynchronous to any system clock All tran sients resulting from the proximity sensor need to be de bounced by system circuitry DPR_1 can be implemented for 3G 4G 5G ANT Tx DPR_2 can be implemente...

Page 31: ... 6 1 USB 2 0 Interface The 5G M 2 Data Card MV31 W s USB interface USB_D USB_D as part of the 75 pin ap plication connector supports a USB 2 0 High Speed 480Mbit s device interface that is Full Speed 12Mbit s compliant Because there is no separate voltage detection line available on the application connector the 5G M 2 Data Card MV31 W reports as a self powered device compliant with the 5 3 2 6 2 ...

Page 32: ...be adjacent to a ground plane PCIe PERx0 1 PETx0 1 REFCLK 90 Ohm differential 10 trace impedance AC coupling capacitor should be added in an application board 220nF Place 220nF capacitors on PCIe PETx0 1 paths at module side already included in MV31 W Place 220nF capacitors on PCIe PETx0 1 paths at platform side Reserve choke on all the PCIe signals in platform for noise reduction Tx differential ...

Page 33: ... No guarantee can be given nor any liability accepted if loss of data is encountered after removing the SIM card during operation Also no guarantee can be given for properly initializ ing any SIM card that the user inserts after having removed the SIM card during operation In this case the 5G M 2 Data Card MV31 W must be restarted The total cable length between the 5G M 2 Data Card MV31 W socket p...

Page 34: ...ple was designed to meet ESD protection according ETSI EN 301 489 1 7 Contact discharge 4kV air discharge 8kV Figure 15 SIM interfaces enhanced ESD protection 3 2 9 eUICC Interface A dedicated 5G M 2 Data Card MV31 W hardware variant supports an eUICC in MFF XS for mat This MFF XS eUICC is located under the shielding and is internally connected to the spe cific module pads that are alternatively a...

Page 35: ...uit for the Status LED 3 2 12 Add in Card Configuration Pins The CONFIG_x signals reports to the Host the communication interface PCIe or USB 3 1 Gen2 and the Port Configuration according to 3 Table 9 Status States Signal State LED Interpretation Low ON Radio is capable of transmitting High OFF Radio is incapable of transmitting Table 10 Add in Card Configuration Module configuration Module Type P...

Page 36: ... Configuration 2 Table 11 GPIO Signals Mapping for Port Configuration 2 GPIO PIN Signal GPIO_0 40 SIM_DETECT_2 GPIO_1 42 UIM_2_DATA GPIO_2 44 UIM_2_CLK GPIO_3 46 UIM_2_RESET GPIO_4 48 UIM_2_PWR GPIO_5 20 no connected RFU according to 3 GPIO_6 22 ANT_TUNER_CONFIG RFU according to 3 GPIO_7 24 ANT_TUNER_POWER RFU according to 3 GPIO_8 28 DPR_2 RFU according to 3 GPIO_9 10 LED_1 GPIO_10 26 W_DISABLE2 ...

Page 37: ... 4x4 MIMO receiver port For the location of the antenna connectors see Figure 1 For LTE and 5GNR Sub 6G to ensure stable RF performance customer must assemble ade quate antenna according to the antenna specification Note Antenna peak gain limit as 2 5dBi for frequency 1 5GHz and 4dBi for frequency 1 5GHz of module level certification For Japan regional peak gain should be limited as 2 5dBi for fre...

Page 38: ...Combined 1 96 97 96 96 102 5 2 96 97 95 5 96 102 3 96 96 95 5 96 102 5 4 96 97 96 96 103 5 99 NA NA 99 102 7 96 96 95 5 96 102 5 8 99 NA NA 99 102 12 98 5 NA NA 99 101 5 13 98 5 NA NA 99 101 5 14 98 NA NA 99 101 17 98 5 NA NA 99 101 5 18 98 5 NA NA 99 101 5 19 98 5 NA NA 99 101 5 20 99 NA NA 99 102 25 96 96 95 5 96 102 26 98 5 NA NA 99 101 5 28 98 5 NA NA 99 101 5 29 98 5 NA NA 99 101 5 30 95 5 96...

Page 39: ... 15KHZ BW 20MHZ 2 n41 n77 n78 SCS 30KHZ BW 20MHZ 3 n79 SCS 30KHZ BW 40MHZ 4 n12 SCS 15KHZ BW 15MHZ ANT0 ANT1 ANT2 ANT3 MIMO Combined n1 92 91 5 91 5 92 97 n2 91 5 91 5 91 5 91 5 97 n3 91 5 91 91 91 5 96 5 n5 91 5 NA NA 91 5 94 n7 90 5 90 90 90 5 95 5 n8 92 5 NA NA 92 5 95 5 n12 90 NA NA 90 93 n20 92 5 NA NA 92 5 95 5 n28 92 NA NA 92 95 n38 91 5 91 5 91 5 91 5 97 5 n41 91 5 91 5 91 5 91 5 97 n66 91...

Page 40: ... 2 4 5 6 8 9 19 LTE LB B5 8 12 13 14 17 18 19 20 26 28 29 71 MHB B1 2 3 4 7 25 30 32 34 38 39 40 41 66 UHB B42 48 LAA B46 5G Sub6G LB n5 8 12 20 28 71 MHB n1 2 3 7 38 41 66 UHB n77 78 79 ANT1 LTE MHB B1 2 3 4 7 25 30 38 40 41 66 UHB B42 48 5G Sub6G MHB n1 2 3 7 38 41 66 UHB n77 78 79 GNSS L5 ANT2 LTE MHB B1 2 3 7 66 UHB B42 48 5G Sub6G MHB n1 2 3 7 38 41 66 UHB n77 78 79 LTE MHB B1 2 3 4 7 25 30 3...

Page 41: ...s only 5G FR1 Sub 6G only i e if using 5G bands only EN DC 1 if using any of the following EN DC combinations LB LTE UHB 5G LB LTE MHB 5G LB LTE n41 5G MHB LTE UHB 5G MHB LTE n41 5G UHB LTE LB 5G For the following scenarios however there are exceptions EN DC 2 if using the below EN DC combination MHB LTE LB 5G In this case the usage of ANT0 for MHB LTE TX RX is switched to ANT2 EN DC 3 if using th...

Page 42: ...it Frequency GPS L1 L5 1574 4 1166 22 1575 42 1176 45 1576 4 1186 68 MHz GLONASS G1 1597 5 1601 7 1605 9 Beidou B1 1559 1 1561 1563 1 Galileo E1 E5a 1573 4 1166 22 1575 42 1176 45 1577 5 11 86 68 Horizontal accuracy 50 CEP open sky 1 7 2 m 90 CEP open sky 1 9 5 m Tracking Sensitivity Open sky passive antenna 159 dBm Acquisition Sensitivity Open sky passive antenna 156 dBm Time to First Fix TTFF in...

Page 43: ...022 04 27 Public Preliminary Page 43 of 76 4 2 Antenna Interface Connector 4 2 1 UMTS LTE Sub 6G Antenna Connectors Figure 18 and Figure 19 show the MHF4 type connectors for the UMTS LTE Sub 6G anten nas Figure 18 UMTS LTE Sub 6G Antenna Connector male Figure 19 UMTS LTE Sub 6G Antenna Connector mated plug ...

Page 44: ... Extended operation allows normal mode data transmission for limited time until automatic thermal shutdown takes effect Within the extended temperature range outside the normal operating tem perature range the specified electrical characteristics may be in or decreased 40 to 30 70 to 85 C Thermal Throttling Thresholds1 3 3 Due to temperature measurement uncertainty a tolerance of 2 C on these swit...

Page 45: ... shielding which allows up to 19 C higher ambient temperature Table 18 shows the 3 level throttling mechanism based on pre defined temperature values Ta ble 17 which is used by MV31 W The stepped EMI shielding improves the time up to 42 before the MV31 W throttling levels are starting Section 5 3 1 illustrates a few recommended solutions that are mandatory for a full perfor mance 5G operation of t...

Page 46: ...olutions Figure 20 Figure 21 and Figure 22 show solutions with a heat sink whereas options Figure 23 and Figure 24 show solutions with a heat pipe connected to the application housing Depending on the external application and the used housing either a heat sink or a heat pipe may be employed For operation in high ambient temperatures or with high temperatures within the application housing a heat ...

Page 47: ...hield Allows internally thinner TIMwith lower Rth Recommended to use GND planes stiched with vias for betterthermal performance Application System PCB typ 1 6mm Heat sink M 2 PCB 0 8mm M 2 CON H2 3 S5 Typ 2 25mm RF PCB IC IC IC 0 8mm M 2 PCB 1 3mm Shield 0 5mm Shield 2 6mm total height Screw CON IC Shield Stepped heat sink to allow thinner TIM better Rth Heat spot of theM 2 card is below the lower...

Page 48: ...ribution with a heat pipe Copper Aluminium Application System PCB typ 1 6mm M 2 PCB 0 8mm Heat pipe M 2 CON H2 3 S5 Typ 2 25mm TIM typ 0 3mm RF PCB IC IC IC Housing 0 8mm M 2 PCB 1 3mm Shield 0 5mm Shield 2 6mm total height Screw CON Recommended to use GND planes stiched with vias for better thermal performance Heat pipe IC Shield Heat spot of theM 2 card is below the lower shield Allows internall...

Page 49: ...ical rating Unit Band Tx power dBm Channel IBATT 1 Average LTE supply current Data transfer measured minimum and maximum Pout for low L mid M and high H band channels Band 1 1dBm 18300 M 387 mA 23 3dBm 18050 L 1079 23 4dBm 18300 M 883 23 1dBm 18550 H 1039 Band 2 1dBm 18900 M 388 mA 23 5dBm 18650 L 942 23 3dBm 18900 M 949 23 3dBm 19150 H 837 Band 3 1dBm 19575 M 381 mA 23 5dBm 19250 L 978 23 5dBm 19...

Page 50: ...M 596 Band 17 1dBm 23790 M 308 mA 23 4dBm 23780 L 613 23 3dBm 23790 M 599 23 3dBm 23800 H 593 Band 18 1dBm 23925 M 337 mA 23 4dBm 23900 L 670 23 4dBm 23925 M 648 23 4dBm 23950 H 652 Band 19 1dBm 24075 M 316 mA 23 5dBm 24050 L 641 23 5dBm 24075 M 634 23 6 dBm 24100 H 613 Band 20 1dBm 24300 M 315 mA 23 6dBm 24200 L 635 23 5dBm 24300 M 587 23 6dBm 24400 H 663 Band 25 1dBm 26365 M 376 mA 23 4dBm 26090...

Page 51: ...6275 M 297 mA 23 3dBm 36250 L 379 23 3dBm 36275 M 377 23 3dBm 36300 H 374 Band 38 1dBm 38000 M 347 mA 23 7dBm 37800 L 495 23 6dBm 38000 M 499 23 7dBm 38200 H 535 Band 39 1dBm 38450 M 292 mA 23 6dBm 38300 L 463 23 5dBm 38450 M 435 23 5dBm 38600 H 451 Band 41 1dBm 40620 M 342 mA 23 6dBm 39700 L 519 23 6dBm 40620 M 469 23 7dBm 41540 H 494 Band 42 1dBm 42590 M 310 mA 23 2dBm 41640 L 551 23 3dBm 42590 ...

Page 52: ...antenna pads Measured at 25 C and 3 3V Table 20 EN DC current consumption ratings Description Conditions Typical rating Unit EN DC Tx power dBm Channel IBATT 1 Average EN DC TDD supply current Data transfer measured minimum and maximum Pout for mid M band channels and FR1 through out 1950Mbps DC_B3 n41 LTE 0dBm NR 0dBm 518598 M 790 mA LTE 0dBm NR 22 9dBm 950 LTE 23dBm NR 17 3dBm 1570 DC_B3 n77 LTE...

Page 53: ...0dBm NR 0dBm 507000 M 418 mA LTE 0dBm NR 22dBm 830 LTE 23dBm NR 17 5dBm 980 DC_B12 n66 LTE 0dBm NR 0dBm 349000 M 400 mA LTE 0dBm NR 23dBm 790 LTE 23dBm NR 16dBm 923 1 With an impedance of ZLOAD 50 at the antenna pads Measured at 25 C and 3 3V Table 21 LTE CA current consumption ratings Description Conditions Typical rating Unit CA combinations Tx power dBm Throughput DL Mbps UL Mbps IBATT 1 1 With...

Page 54: ...fication Figure below shows the M 2 adapter power up sequence for an adapter from the system power rail Figure 26 Power up timing sequence Tsettle is the time it takes all Power Rails to reach their minimum operating voltage depending on System power rails Power Valid is when all voltage supply rails have reached their respec tive Vmin Table 22 Power up timing information Symbol Parameter Min Max ...

Page 55: ... timing diagram Table 23 Power On information Symbol Minimum value Note tPr 10ms Keep 3 3V power supply before Full_Card_Power_Off assert There is no tPr if the power supply is always ready ton1 150µs Keep PCIe_CLK stable before PERST is inactive ton2 150ms PERST should be deasserted after a Full_Card_Power_Off tPr ton1 ton2 VBAT_3 3V Full_Card_Power Off PECLK PERST ...

Page 56: ...ding CID_M BIM_MSHOSTSHUTDOWN to MV31 W and receiving CID_MBIM_MSHOSTSHUT DOWN MBIM_COMMAND_DONE from MV31 W Figure 28 Device power off behavior for Windows 10 PC MV31 W If in online mode put to LPM system sync sync sync If in online mode put to LPM CID_MBIM_MSHOSTSHUTDOWN set M 2 PIN 6 MBIM_COMMAND_MSG CID_MBIM_MSHOSTSHUTDOWN MBIM_COMMAND_DONE Full_Card_Power_Off system sync sync sync system sys_...

Page 57: ...nux Estimate Software optimization with a minimum power off period Figure 29 Device power off behavior for Linux PC MV31 W If in online mode put to LPM M 2 PIN 6 Full_Card_Power_Off system sync sync sync system sys_shutdown There is no CID_MBIM_MSHOSTSHUTDOWN between PC and MV31 W on Linux In order to get the power time it has to be tested on Linux first ...

Page 58: ... Off Timing Figure 30 Power off diagram Table 24 Power Off information Symbol Minimum value Note toff1 400ms PERST should deasserted before Full_Card_Power_Off toff2 200ms With MBIM driver installed Full_Card_Power_Off deasserted hold time 3s Without MBIM driver installed Full_Card_Power_Off deasserted hold time VBAT_3 3V Full_Card_Power Off toff1 PERST toff2 ...

Page 59: ...is not enabled on the host BIOS there will be three messages from the PCIE root port Root port is controlled by BIOS RC configuration register as shown below A corresponding BIOS is required that has an PCIe enable disable D3cold item If this item is not enabled on the standard BIOS the user may have to modify the BIOS Symbol Minimum value Note toff1 400ms PERST should deasserted before Full_Card_...

Page 60: ... Modern Standby D3cold Entry Flow The Host sets PMCSR in order to put device into D3hot state The Host turns off PME Device PM enters L2 L3 The Host asserts PERST drive low Host Device Backup MMIO registers in case of future D3cold Disable PCIe EP hardware blocks Disable PCIe RC hardware blocks D3hot Set PMCSR PowerState D3 PME_Turn_Off PME_TO_ACK PM_ENTER_L23 PM_Request_ACK L2 L3 Ready Assert PER...

Page 61: ...e high D0 L0 Host wakeup condition Enable PCIe ref clock Enable PCIe RC hardware blocks Wake up from sleep mode if applicable Initialize the PCIe RC hardware blocks Vote not OK to sleep Enable LTSSM Request IPA resources IPA power mgmt Enable PCIe EP hardware blocks Initialize the PCIe EP hardware blocks Restore MHI MMIO registers values Link training PCIe enumeration and configuration Pre requisi...

Page 62: ... throughout the processing handling and operation of any application that incorporates a 5G M 2 Data Card MV31 W module The 5G M 2 Data Card s MV31 W module has been tested according to the following standards Electrostatic values can be gathered from the following table Note The values may vary with the individual application design For example it matters whether or not the application platform i...

Page 63: ...tion Repetition 6 times each axis DIN IEC 60068 2 27 Vibration Non Operating Sinusoidal Amplitude 3 0G peak to peak Frequency 5hz 500hHz Freq Sweep rate 0 5 Octave min linear Duration 2hr each axis DIN IEC 68 2 36 Vibration Non Operating Random 3 0 G rms Frequency Range 10hz to 500hz Duration 1hr each axis DIN IEC 68 2 36 Damp Cycle High Temp 70 C Low Temp 25 C Humidity 95 Duration 12H 12H Repetit...

Page 64: ...rface Description 5 8 Mounting Advice 75 t MV31 W_HID_v01 009a 2022 04 27 Public Preliminary Page 64 of 76 5 8 Mounting Advice Maximum force to the top shielding 30 N Maximum bending 0 315 mm 0 75 of 42 mm Figure 34 Mounting Advice ...

Page 65: ...of 27 January 2003 and revised on 8 June 2011 and 31 March 2015 on the restriction of the use of certain haz ardous substances in electrical and electronic equip ment RoHS Table 29 Standards of North American type approval CFR Title 47 Code of Federal Regulations Part 22 Part 24 Part 27 Part 90 and Part 96 US Equipment Authorization FCC OET Bulletin 65 Edition 97 01 Evaluating Compliance with FCC ...

Page 66: ...ive 2014 53 EU Part 1 Introduction and common requirements ETSI EN 301 908 02 V13 1 1 IMT cellular networks Harmonized Standard covering the essential require ments of article 3 2 of the Directive 2014 53 EU Part 2 CDMA Direct Spread UTRA FDD User Equipment UE ETSI EN 301 908 13 V13 1 1 IMT cellular networks Harmonized Standard covering the essential require ments of article 3 2 of the Directive 2...

Page 67: ...4 2006 Marking for Control of Pollution Caused by Electronic Information Products 2006 06 According to the Chinese Administration on the Control of Pollution caused by Electronic Information Products ACPEIP the EPUP i e Environmental Protection Use Period of this product is 20 years as per the symbol shown here unless otherwise marked The EPUP is valid only as long as the product is operated withi...

Page 68: ...limit the power the voltage or the current respectively if required and must provide safeguards to protect ordinary persons against pain or injury caused by the voltage current In case of a usage of the Cinterion module not in accordance with the specifications or in sin gle fault condition the external application Customer Product must be capable to withstand levels according to ES 1 PS 1 also on...

Page 69: ...acturer of the final product to verify whether or not further standards recommendations or directives are in force outside these ar eas Products intended for sale on US markets IEEE C95 1 Considerations for evaluation of human exposure to Electromagnetic Fields EMFs from Mobile Telecommunication Equipment MTE in the frequency range 30MHz 6GHz Products intended for sale on European markets EN 50360...

Page 70: ...5G M 2 Data Card MV31 W is shown in the following figure1 Figure 35 Reference equipment for type approval 1 For RF performance tests an MHF4 adapter is needed to connect the MV31 W directly to the UMTS LTE GNSS test equipment instead of employing the SMA antenna connectors on the 4G Modem Adapter Board as shown in Figure 35 eSIM SMA SMA SMA SMA PC Power Supply LTE GSM Base Station USB3 0 ANT0 5G M...

Page 71: ... conditions For mobile and fixed operation configurations the antenna gain including cable loss must not exceed the limits TBD IMPORTANT Manufacturers of portable applications incorporating MV31 W modules are required to have their final product certified and apply for their own FCC Grant and ISED Certificate related to the specific portable mobile This is mandatory to meet the SAR requirements fo...

Page 72: ... the suspension or denial of cellular services to the offender legal action or both Do not operate the cellular terminal or mobile in the presence of flammable gases or fumes Switch off the cellular terminal when you are near petrol stations fuel depots chemical plants or where blasting operations are in progress Operation of any elec trical equipment in potentially explosive atmospheres can const...

Page 73: ...abel of MV31 W 1 Note At the discretion of Thales module label information can either be laser engraved on the module s shielding or be printed on a label adhered to the module s shielding Table 36 5G M 2 Data Card MV31 W label information No Information 1 Cinterion Logo trademark 2 Product ordering number 3 Product name 4 Marking Made in China 5 CE logo 6 FCC ID 7 IC ID 8 Product IMEI code 2D 9 E...

Page 74: ... 009a 2022 04 27 Public Preliminary Page 74 of 76 6 2 Packaging 6 2 1 Trays MV31 W is shipped in 5 x 2 ESD trays dimensions 229 x 152 x 15mm pictured in Figure 37 Module orientation can be seen in Figure 37 All modules shall follow the same orientation in the tray Figure 37 5x2 Tray ...

Page 75: ...Cinterion MV31 W Hardware Interface Description 6 3 Declaration of Conformity 75 t MV31 W_HID_v01 009a 2022 04 27 Public Preliminary Page 75 of 76 6 3 Declaration of Conformity TBD ...

Page 76: ...ALES DIS AIS Deutschland GmbH Werinherstrasse 81 81541 Munich Germany Thales 2022 All rights reserved Thales the Thales logo are trademarks and service marks of Thales and are registered in certain countries ...

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