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Telit Wireless Solutions ME310G1, Hw Design Manual

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Telit Wireless Solutions ME310G1 Hw Design Manual Download Page 47

 
              ME310G1 Hardware Design Guide 
 

 

1VV0301588 Rev. 16  

Page 47 of 95 

2021-10-27 

  

Not Subject to NDA 

 

Item 

Min 

Typical 

Max 

Unit 

Input Voltage range 

0 

- 

1.8 

Volt 

AD conversion 

- 

- 

10 

bits 

Table 33 ADC Characteristics 

5.10.1

 

   Using ADC Converter 

Available in the next document revision. 

5.11

 

DAC Converter 

The Telit ME310G1 module includes a Digital Analog Converter. The signal (named DAC) 
is available on pin R16 of the module.  

5.11.1

 

   Enabling DAC 

Available in a next document revision. 

5.12

 

CTANK 

The  Telit  ME310G1  module  includes  an  internal  supply  domain  pin  for  additional 
capacitance or pull up reference. It supports only the specific use cases described in the 
Telit ME310G1  module documentation. The internal supply domain (named CTANK) is 
available on pin N4 of the ME310G1. 

The use

r’s

 application circuit should add a place-holder capacitor of 100uF 4V connected 

to pin N4 of the ME310G1 to support an enhanced power loss recovery.  

5.13

 

Forced USB Boot 

In  some  cases  of  firmware  upgrade,  the  FORCED_USB_BOOT  pin must  be  set to  1.8V 
when power-on of the module.  

The input current is very low, so 10K resistor to CTANK (pin N4) may be used to keep this 
pin in the HI state. 

FORCED_USB_BOOT pin must be connected only during the firmware upgrade operation. 
It must be left open during normal operation. 

FORCED_USB_BOOT and CTANK pins must be available in the user application circuit at 
all test points for easy connection of the 10K resistor. 

Summary of Contents for ME310G1

Page 1: ...Telit Technical Documentation ME310G1 HW Design Guide 1VV0301588 Rev 16 2021 10 27 ...

Page 2: ...ME310G1 Hardware Design Guide 1VV0301588 Rev 16 Page 2 of 95 2021 10 27 Not Subject to NDA APPLICABILITY TABLE PRODUCTS ME310G1 W1 ME310G1 WW ME310G1 WWV ME310G1 W2 ME310G1 W3 ...

Page 3: ...w 11 2 2 Product Variants and Frequency Bands 11 2 3 Target Market 12 2 4 Main Features 13 2 5 TX Output Power 13 2 5 1 ME310G1 W1 13 2 5 2 ME310G1 WW 13 2 5 3 ME310G1 WWV 14 2 5 4 ME310G1 W2 14 2 5 5 ME310G1 W3 14 2 6 RX Sensitivity 15 2 6 1 ME310G1 W1 15 2 6 2 ME310G1 WW 16 2 6 3 ME310G1 W2 17 2 6 4 ME310G1 W3 18 2 7 Mechanical Specifications 18 2 7 1 Dimensions 18 2 7 2 Weight 18 2 8 Temperatur...

Page 4: ...1 5V Source Power Supply Design Guidelines 30 4 3 1 2 12V Source Power Supply Design Guidelines 31 4 3 1 3 Battery Source Power Supply Design Guidelines 32 4 3 2 Thermal Design Guidelines 32 4 3 3 Power Supply PCB Layout Guidelines 33 4 4 RTC Supply 34 4 5 PWRMON Power on Monitor 34 5 1 Logic Levels 36 5 2 Power On 37 5 3 Power Off 38 5 4 Unconditional Shutdown 39 5 5 Wake up From Deep Sleep Mode ...

Page 5: ... 12 CTANK 47 5 13 Forced USB Boot 47 5 14 Antenna Tuner 48 5 14 1 GPIO 48 5 14 2 MIPI 48 6 1 Antenna Requirements 49 6 1 1 PCB Design Guidelines 50 6 1 2 PCB Guidelines in Case of FCC Certification 51 6 1 2 1 Transmission Line Design 52 6 1 2 2 Transmission Line Measurements 52 6 1 2 3 Antenna Installation Guidelines 54 7 1 Electrical Characteristics 56 8 1 GNSS Signals Pin out 57 8 2 RF Front End...

Page 6: ...63 10 1 2 ME310G1 WW ME310G1 WWV ME310G1 W2 and ME310G1 W3 65 10 1 3 Recommendations for ME310G1 W1 67 10 1 4 Recommendations for ME310G1 WW ME310G1 WWV ME310G1 W2 and ME310G1 W3 68 10 2 PCB Pad Design 69 10 3 Stencil 69 10 4 Solder Paste 70 10 5 Solder Reflow 70 11 1 Tray 72 11 1 1 ME310G1 W1 72 11 1 2 ME310G1 WW ME310G1 W2 and ME310G1 W3 74 11 2 Reel 76 11 2 1 ME310G1 W1 76 11 2 2 ME310G1 WW ME3...

Page 7: ...3 7 ISED Label and Compliance Information Étiquette et Informations de Conformité ISDE 85 12 3 8 Information on Test Modes and Additional Testing Requirements Informations sur les Modes de Test et les Exigences de Test Supplémentaires 86 12 3 9 FCC Additional Testing Part 15 Subpart B Disclaimer 86 12 4 ANATEL Regulatory Notices 86 12 5 NCC Regulatory Notices 87 12 6 JRL JTBL Regulatory Notices 87...

Page 8: ...ME310G1 Hardware Design Guide 1VV0301588 Rev 16 Page 8 of 95 2021 10 27 Not Subject to NDA ...

Page 9: ...n understand the Telit ME310G1 module well and quickly develop various products 1 2 Audience This document is intended for system integrators who use the Telit ME310G1 module in their products 1 3 Contact Information Support For technical queries support services and to share documentation feedback contact Telit Technical Support at TS EMEA telit com TS AMERICAS telit com TS APAC telit com TS SRD ...

Page 10: ...Electro static Discharge Notifies the user to take proper grounding precautions before handling the product Table 1 Symbol Conventions All dates are in ISO 8601 format that is YYYY MM DD 1 5 Related Documents 80617ST10991AME310G1 ME910G1 ML865G1 AT Commands Reference Guide 80529NT11661ACat M NB IoT Quick Start Guide 1VV0300989SSL TLS User Guide 80000NT10001ASIM Integration Design Guide 80000NT1006...

Page 11: ...es 2 2 Product Variants and Frequency Bands Product HW Rev 2G Band MHz LTE CATM1 NBIoT CS Voice VoLTE External Antenna Tuner Support Region ME310G1 W1 0 0 B1 B2 B3 B4 B5 B8 B12 B13 B18 B19 B20 B25 B26 B27 B28 B66 B85 B8_39d B1 B2 B3 B4 B5 B8 B12 B13 B18 B19 B20 B25 B26 B28 B66 B71 B85 B86 B8_39d N Y Worldwide ME310G1 WW 0 0 850 900 1800 1900 B1 B2 B3 B4 B5 B8 B12 B13 B18 B19 B20 B25 B26 B27 B28 B6...

Page 12: ...9 20 25 26 27 28 66 71 85 86 Note B8_39d is not a 3GPP band it means the following U S FCC 900MHz that employs 39MHz duplexing UL range 897 5 900 5MHz DL range 936 5 939 5 It is available only in the module where AT BNDOPTIONS command contains the string B8_39d that is AT BNDOPTIONS BNDOPTIONS 1 2 3 4 5 8 12 13 18 19 20 25 26 27 28 66 71 85 B8_39d 2 3 Target Market The Telit ME310G1 can be used fo...

Page 13: ...rts configuration 2 5 TX Output Power 2 5 1 ME310G1 W1 Band Mode Class RF power dBm Nominal B1 B2 B3 B4 B5 B8 B12 B13 B14 B18 B19 B20 B25 B26 B27 B28 B66 B85 B8_39d LTE CAT M1 5 21 B1 B2 B3 B4 B5 B8 B12 B13 B18 B19 B20 B25 B26 B28 B66 B71 B85 B86 B8_39d LTE CAT NB1 5 21 Table 4 Transmission Output Power ME310G1W1 2 5 2 ME310G1 WW Band Mode Class RF power dBm Nominal 850 900MHz GPRS 4 32 5 EGPRS E2...

Page 14: ...T NB2 5 20 Table 6 Transmission Output Power ME310G1 WWV 2 5 4 ME310G1 W2 Band Mode Class RF power dBm Nominal B1 B3 B8 B20 B28 LTE CAT M1 5 21 B1 B3 B8 B20 B28 LTE CAT NB2 5 21 B31 B72 LTE CAT M1 2 26 B31 B72 LTE CAT NB2 3 23 Table 7 Transmission Output Power ME310G1 W2 Max output power tolerance range according to 3GPP TS 36 521 1 and 3GPP TS 51 010 1 or higher 2 5 5 ME310G1 W3 Band Mode Class R...

Page 15: ...0 8 CAT M1 Band8 107 3 99 8 CAT M1 Band12 103 2 99 3 CAT M1 Band13 104 3 99 3 CAT M1 Band18 107 2 102 3 CAT M1 Band19 106 5 102 3 CAT M1 Band20 105 4 99 8 CAT M1 Band25 107 5 CAT M1 Band26 107 1 100 3 CAT M1 Band27 107 1 100 8 CAT M1 Band28 105 5 100 8 CAT M1 Band66 107 5 CAT M1 Band85 102 2 CAT NB2 Band1 115 5 108 2 CAT NB2 Band2 115 6 108 2 CAT NB2 Band3 114 0 108 2 CAT NB2 Band4 115 8 CAT NB2 B...

Page 16: ... NB2 Band85 115 7 Table 9 RX Sensitivity ME310G1 W1 3GPP TS 36 521 1 release 15 minimum performance requirement 2 6 2 ME310G1 WW Band REFsens dBm Typical REFsens dBm 3GPP Limit CATM1 Band1 105 6 102 7 CAT M1 Band2 106 7 100 3 CAT M1 Band3 104 3 99 3 CAT M1 Band4 106 2 102 3 CAT M1 Band5 105 8 100 8 CAT M1 Band8 106 2 99 8 CAT M1 Band12 104 8 99 3 CAT M1 Band13 106 7 99 3 CAT M1 Band18 106 6 102 3 ...

Page 17: ...115 5 108 2 CAT NB2 Band13 115 5 108 2 CAT NB2 Band18 115 8 108 2 CAT NB2 Band19 115 6 108 2 CAT NB2 Band20 114 7 108 2 CAT NB2 Band25 115 9 CAT NB2 Band26 115 7 108 2 CAT NB2 Band28 115 5 108 2 CAT NB2 Band66 115 2 108 2 CAT NB2 Band71 107 5 CAT NB2 Band85 115 5 Table 10 RX Sensitivity ME310G1 WW 3GPP TS 36 521 1 release 15 minimum performance requirement 2 6 3 ME310G1 W2 Band REFsens dBm Typical...

Page 18: ... Band3 106 8 99 3 CAT M1 Band5 107 1 100 8 CAT M1 Band26 107 2 100 3 Table 12 RX Sensitivity ME310G1 W2 3GPP TS 36 521 1 release 15 minimum performance requirement 2 7 Mechanical Specifications 2 7 1 Dimensions The overall dimensions of the ME310G1 W1 are Length 14 3 mm Width 13 1 mm Thickness 2 6 mm The dimensions of the ME310G1 WW ME310G1 WWV ME310G1 W2 and ME310G1 W3 are Length 18 0 mm Width 15...

Page 19: ...Temperature Range 40 C to 85 C The module is fully functional and compliant according to regulatory standards Storage Temperature Range 40 C to 105 C The module is not powered and not connected to power supply Table 13 Temperature Range Note If applicable the module can make and receive voice calls data calls send and receive SMS and data traffic ...

Page 20: ...OS 1 8V Internal PU 100K AA17 CTS0 O Output for Clear to send signal CTS to DTE CMOS 1 8V Asynchronous Serial Port USIF1 Y12 TXD1 I Serial data input TXD from DTE CMOS 1 8V Internal PU 100K AA11 RXD1 O Serial data output RXD to DTE CMOS 1 8V MUST NOT BE HIGH at boot AA13 RTS1 I Input for Request to send signal RTS from DTE CMOS 1 8V Internal PU 100K Y14 CTS1 O Output for Clear to send signal CTS t...

Page 21: ...f DTR V13 IO2 I O Configurable GPIO02 RING is alternate function CMOS 1 8V Internal PD 100K D7 IO3 I O Configurable GPIO03 CMOS 1 8V Internal PD 100K D9 IO4 I O Configurable GPIO04 CMOS 1 8V Internal PD 100K D11 IO5 I O Configurable GPIO05 CMOS 1 8V Internal PD 100K D13 IO6 I O Configurable GPIO06 CMOS 1 8V Internal PD 100K ADC and DAC B18 ADC I Analog To Digital converter Input A D R16 DAC O Digi...

Page 22: ...rface TX CMOS 1 8V F2 DVI_CLK I O Digital Audio Interface CLK CMOS 1 8V Power Supply W1 VBATT_PA Main power supply Radio PA Power AA3 VBATT Main power supply Baseband Power N4 CTANK Internal supply domain pin for external tank capacitor 1 8V Antenna Tuner Section Only on HW1 0 G1 ATC1 MIPI_CLK O Antenna Tuner Ctrl Only on HW1 0 J1 ATC2 MIPI_DATA O Antenna Tuner Ctrl Only on HW1 0 H2 ATV O Antenna ...

Page 23: ...d Power M18 GND Thermal Ground Power N19 GND Thermal Ground Power P6 GND Thermal Ground Power P14 GND Thermal Ground Power T8 GND Thermal Ground Power T12 GND Thermal Ground Power U1 GND Power Ground Power V2 GND Power Ground Power W19 GND Power Ground Power Y2 GND Power Ground Power Y4 GND Power Ground Power RESERVED G1 RESERVED RESERVED Only in HW 0 0 H2 RESERVED RESERVED Only in HW 0 0 J1 RESER...

Page 24: ...D V9 RESERVED RESERVED L16 RESERVED RESERVED P18 RESERVED RESERVED J16 RESERVED RESERVED R19 RESERVED RESERVED B8 RESERVED RESERVED A15 RESERVED RESERVED Table 14 Pin out Information Warning Reserved pins must not be connected All pull up PU and pull down PD are about 100K Warning C104 RXD1 cannot have any PU or HIGH state during the BOOT UP phase ...

Page 25: ...NSS_ LNA_E N H J ATC2 MIPI_D ATA RES RES GND J K RES GND K L SIM_C LK RES RES RES L M SIM_R ST GND M N SIM_D AT CTANK ON_OF F WA KE GND N P SIM_V CC GND GND RES P R PWRM ON RES DAC RES R T FORCE D_USB_ BOOT GND GND USB_V BUS T U GND USB_D U V GND RES RES IO1 IO2 USB_D V W VBATT _PA GND W Y GND GND SPI_C S SPI_MI SO TX_AU X C103 T XD1 C106 C TS1 C103 T XD0 C105 R TS0 Y AA VBATT SPI_M OSI SPI_C LK R...

Page 26: ...5 V VBATTmin 2 7V Table 15 Power Supply Requirements Warning The range 2 6V 3 2V can be used only if both USB and 2G are disabled Warning The modem supply voltage must never exceed the Extended Operating Voltage Range Inaccurate implementation of power supply guidelines can cause a faulty module Note For PTCRB approval on the final product the power supply must be within the Operating Voltage Rang...

Page 27: ...tion 68 5 GPS GLO DPO off Navigation 15 7 GPS GLO DPO on DWELL 280ms Mode Measure Typical Mode Description IDLE mode CATM mA NBIoT mA 2G mA AT CFUN 1 8 1 8 0 8 0 Normal mode full functionality of the module AT CFUN 4 7 5 Disabled TX and RX module is not registered on the network AT CFUN 5 1 20 0 95 Paging cycle 256 frames 2 56s DRx cycle 0 60 0 60 81 92s eDRx cycle length PTW 2 56s DRX 1 28s 0 181...

Page 28: ...1 Connected Mode Table 18 ME310G1 W1 connected mode 4 2 3 ME310G1 WW and ME310G1 WWV Connected Mode Measure Typical Mode Description Connected mode Average mA Peak mA CATM 380 1100 1 RB RMC TBS 5 QPSK 23dBm Band 85 28 12 320 900 1 RB RMC TBS 5 QPSK 23dBm Band 13 26 5 18 19 20 8 305 800 1 RB RMC TBS 5 QPSK 23dBm Band 3 2 25 4 1 66 NBIoT 240 335 3 75KHz subcarrier spacing 1 SC RU 32ms TBS 0 BPSK 20d...

Page 29: ...ms TBS 5 QPSK 23dBm Band 13 26 5 18 19 20 8 77 730 15KHz subcarrier spacing 12 SC RU 1ms TBS 5 QPSK 23dBm Band 3 2 25 4 1 66 GPRS 300 2000 1TX 1RX CS1 GMSK Band 850 900 170 1000 1TX 1RX CS1 GMSK Band 1800 1900 Table 19 ME310G1 WW and ME310G1 WWV Connected Mode 4 2 4 ME310G1 W2 Connected Mode Mode Measure Typical Mode Description Connected mode Average mA Peak mA CATM 180 400 1 RB RMC TBS 5 QPSK 21...

Page 30: ...V Source Power Supply Design Guidelines The desired output for the power supply is 3 8V Since the difference between the input source and the desired output is negligible a linear regulator may be used A switching power supply will not be suitable because of the low dropout requirements If using a linear regulator include a heat sink to dissipate excess generated power A low ESR bypass capacitor m...

Page 31: ...g regulator is 500kHz Due to its smaller inductor size and faster transient response it has a higher switching frequency The frequency and selection of switching design are related to the application Since the switching frequency could also generate EMC interference For a PB car battery the input voltage may rise up to 15 8V and this must be considered when selecting components All components in t...

Page 32: ...power supply output is rated at least 10V A protection diode must be placed near the power input This protects the ME310G1 from power polarity inversion Otherwise the battery connector must be specifically designed to avoid polarity inversions when connecting the battery The battery must be rated to supply current peaks up to 2A Note DO NOT USE any Ni Cd Ni MH or Pb batteries with the Telit ME310G...

Page 33: ... dropless connection even during a 2A current peak The protection diode must be placed close to the input connector where the power source is drained The PCB s traces to the ME310G1 and the Bypass capacitor must be wide enough to ensure that no significant voltage drops occur This is for the same reason as in the previous point Try to keep this trace as short as possible To reduce EMI due to switc...

Page 34: ...BATT pin is supplied RTC settings are lost when the VBATT supply is disconnected 4 5 PWRMON Power on Monitor PWRMON is always active output high when the module is powered ON module powered ON indication and cannot be set to a LOW level with AT commands This signal is present on pin R1 The following are the operating range characteristics of the PWRMON signal Item Min Typical Max Output voltage 1 ...

Page 35: ...ge 35 of 95 2021 10 27 Not Subject to NDA Note PWRMON during the PSM period is LOW PSM must be previously enabled by AT CPSMS command Warning This signal is NOT provided to supply small devices from the module PWRMON is only a module power on indicator ...

Page 36: ...tly switched ON and AT commands may be processed with some latency The module is idle with low current consumption Deep sleep mode state PSM is defined in 3GPP release 12 The baseband is switched OFF most of the time 5 1 Logic Levels Table 23 Logic levels Minimum and maximum Table 24 Logic levels average Parameter Min Max ABSOLUTE MAXIMUM RATINGS NOT FUNCTIONAL Input level on any digital pin CMOS ...

Page 37: ...ng flow chart shows the proper Modem Turn ON procedure Figure 6 Modem On Process flow chart In some use cases ON_OFF can be tied fix LOW considering two limitations 1 PSM wake up asynchronous capability will be lost 2 To perform an unconditional shutdown it is necessary to send AT SYSHALT command and then stop VBATT ...

Page 38: ...38 of 95 2021 10 27 Not Subject to NDA 5 3 Power Off The proper procedure to power off the module is to use the AT SHDN command An alternative procedure is to use the ON_OFF pin as described in the following procedure Figure 7 Modem OFF Process flow chart ...

Page 39: ... the release of the line the module is unconditionally shut down without performing any disconnection from the network in which it is registered Figure 8 Unconditional shutdown of ME310G1 Warning The Unconditional Hardware SHUTDOWN through the activation of VBATT Power must not be used during the normal shutdown operation of the device It does not disconnect the device from the network and may dam...

Page 40: ...e Telit ME310G1 module is explained in the Power Off section It normally takes more than a second to disconnect from the network and properly close the internal filesystem Fast Shut Down feature enables proper system shutdown without any filesystem corruption You can use this feature during an unexpected supply voltage loss Fast Shut Down feature enables you to reduce current consumption and minim...

Page 41: ...SB 2 0 HS transceiver The following table lists the available signals PAD Signal I O Function NOTE U19 USB_D I O USB differential Data V18 USB_D I O USB differential Data T18 VUSB AI Power sense for the internal USB transceiver Table 25 USB 2 0HS available signals The following are the USB_VBUS input voltage range and input current Table 26 Voltage range Table 27 Input current Parameter Min Max AB...

Page 42: ...erface is supported by the Telit AppZone API s 5 7 3 Serial Ports The Telit ME310G1 module is includes 3 Asynchronous serial ports Asynchronous Serial Port USIF0 Asynchronous Serial Port USIF1 Auxiliary Serial Port You may design various serial port configurations on the OEM hardware The common are designs are RS232 PC com port Microcontroller UART 1 8V Universal Asynchronous Receive Transmit Micr...

Page 43: ...F18 G19 H6 H14 J19 K18 M18 N19 P6 P14 T8 T12 U1 V2 W19 Y2 Y4 Ground Ground 8 C106 CTS0 AA17 Clear to Send Output from the ME310G1 that controls the Hardware flow control 7 C105 RTS0 Y18 Request to Send Input to the ME310G1 that controls the Hardware flow control Pull up default during ON state 9 RING Ring Indicator Output from the ME310G1 that indicates the incoming call condition Table 29 Availab...

Page 44: ...e the available signals RS232 Pin Signal Pad Name Usage 2 C104 RXD1 AA11 Transmit line Output transmit line of ME310G1 UART 3 C103 TXD1 Y12 Receive line Input receive of the ME310G1 UART Pull up default during ON state 5 GND A3 A7 A9 A13 A17 B4 B6 B10 B12 B14 B16 C19 D18 F8 F12 F18 G19 H6 H14 J19 K18 M18 N19 P6 P14 T8 T12 U1 V2 W19 Y2 Y4 Ground Ground 8 C106 CTS1 Y14 Clear to Send Output from the ...

Page 45: ...irmware and depends on the function implemented The following are the available GPIO PAD Signal I O Drive Strength Default State NOTE V11 GPIO_01 I O 1 mA INPUT PD 100K Alternate function DTR INPUT PU 100K V13 GPIO_02 I O 1 mA INPUT PD 100K Alternate function RING D7 GPIO_03 I O 1 mA INPUT PD 100K D9 GPIO_04 I O 1 mA INPUT PD 100K D11 GPIO_05 I O 1 mA INPUT PD 100K D13 GPIO_06 I O 1 mA INPUT PD 10...

Page 46: ... This feature may be performed by connecting the GPIO_01 Pad V11 or GPIO_02 Pad V13 or GPIO_03 Pad D7 or GPIO_04 Pad D9 to the switch embedded into the sim holder SIM detection may be configured by a specific AT Command Refer to the SW User Guide or AT Commands Reference Guide for a complete description of this function Figure 10 SIM Holder schematic Warning Pull up 470K is required across CTANK b...

Page 47: ...he specific use cases described in the Telit ME310G1 module documentation The internal supply domain named CTANK is available on pin N4 of the ME310G1 The user s application circuit should add a place holder capacitor of 100uF 4V connected to pin N4 of the ME310G1 to support an enhanced power loss recovery 5 13 Forced USB Boot In some cases of firmware upgrade the FORCED_USB_BOOT pin must be set t...

Page 48: ...ce Guide Telit code 80617ST10991A to select GPIO or MIPI interfaces on ATC1 ATC2 pins 5 14 1 GPIO ATC1 Pin ATC2 Pin Band Uplink Freq Range MHz 0 0 B1 B2 B3 B4 B25 B66 GSM1800 GSM1900 1710 2200 0 1 B8 EGSM900 880 960 1 0 B5 B18 B19 B20 B26 B27 GSM850 791 894 1 1 B12 B13 B28 B85 698 803 Table 34 Antenna Tuner GPIO table 5 14 2 MIPI The MIPI interface is intended to be used in bundle with Qualcomm QA...

Page 49: ...band s Bandwidth 250 MHz in LTE Band 1 140 MHz in LTE Band 2 PCS1900 170 MHz in LTE Band 3 DCS1800 445 MHz in LTE Band 4 70 MHz in LTE Band 5 GSM850 80 MHz in LTE Band 8 GSM900 47 MHz in LTE Band 12 41 MHz in LTE Band 13 60 MHz in LTE Band 18 60 MHz in LTE Band 19 71 MHz in LTE Band 20 145 MHz in LTE Band 25 80 MHz in LTE Band 26 62 MHz in LTE Band 27 100 MHz in LTE Band 28 15 MHz in LTE Band 31 4...

Page 50: ...y should have uniform characteristics constant cross section avoid meanders and sharp curves Any type of suitable geometry structure Microstrip Stripline Coplanar Grounded Coplanar Waveguide can be used to implement the printed transmission line afferent to the antenna If a Ground plane is required in line geometry that plane shall be continuous and sufficiently extended so that the geometry can b...

Page 51: ...tal frame cover If noisy EM devices are not present around the line it is preferable to use geometries such as Microstrip or Grounded Coplanar Waveguide as they typically ensure less attenuation than a Stripline of the same length The following image is showing the suggested layout for the Antenna pad connection Figure 11 Layout for the Antenna pad connection 6 1 2 PCB Guidelines in Case of FCC Ce...

Page 52: ...ate material is characterized by relative permittivity εr 4 6 0 4 1 GHz TanD 0 019 0 026 1 GHz A characteristic impedance of nearly 50 Ω is obtained using the trace width 1 1 mm clearance from a coplanar ground plane 0 3 mm each side The line uses the reference ground plane on layer 3 while copper is removed from layer 2 below the line The height of the trace from the ground floor is 1 335 mm The ...

Page 53: ...rements the transmission line has been terminated to 50 Ω load Return Loss plot of line under test is shown below Figure 13 Return Loss plot of line under test Line input impedance in Smith Chart format once the line has been terminated to 50 Ω load is shown in the following figure Figure 14 Line input impedance Insertion Loss of G CPW line plus SMA connector is shown below ...

Page 54: ...ation Efficiency Efficiency values 50 are recommended on all frequency bands The Antenna integration should not perturb the radiation pattern described in the documentation of the Antenna manufacturer It is preferable to obtain an omnidirectional radiation pattern The Antenna Gain must not exceed the values indicated in regulatory requirements where applicable in order to meet related EIRP limitat...

Page 55: ...e 55 of 95 2021 10 27 Not Subject to NDA If the device antenna is located closer than 20cm from the human body or there are co located transmitter the additional FCC IC testing may be required for the end product Telit FCC IC approvals cannot be reused ...

Page 56: ...audio is needed The audio port is available only in ME310G1 WWV that has CS Voice VoLTE support 7 1 Electrical Characteristics The Telit ME310G1 module provides digital voice interface on the following PINs Pin Signal I O Function Internal Pull Up Type C1 DVI_WA0 I O Digital Audio Interface Word Alignment LRCLK CMOS 1 8V D2 DVI_RX I Digital Audio Interface RX CMOS 1 8V E1 DVI_TX O Digital Audio In...

Page 57: ...lifier must be supplied with a proper bias tee circuit 8 2 1 PCB Guidelines for GNSS Antenna Make sure the antenna line impedance is 50ohm The antenna line on the PCB should be as short as possible to reduce the loss The antenna line must have uniform characteristics constant cross section without meanders or sharp curves If possible keep one layer of the PCB used only for the Ground plane Wind on...

Page 58: ...ield the antenna line with a strip line on the superficial copper layer The line attenuation will be lower than the buried one 8 2 2 Hardware based Solution for GNSS and LTE Coexistence If the decoupling between the LTE and GNSS antennas is low in a stand alone GNSS receiver the LTE transmission may desensitize the GNSS receiver To protect the GNSS receiver from LTE out of band emissions include a...

Page 59: ...e GNSS receiver the antenna must be installed according to the antenna manufacturer s instructions The performance may degrade if the antenna is installed inside metal cases or near obstacles such as antenna lobes and gain Evaluate the antenna location if it is connected to other antennas or transmitters 8 3 3 Powering the External LNA Active Antenna The active antenna requires either 1 8V or 3V D...

Page 60: ...a cable may damage the decoupling inductor 8 4 GNSS Characteristics The following table specifies the GNSS characteristics and the expected performance Table 41 GNSS Characteristics Parameters Typical Measurement Notes Sensitivity Tracking Sensitivity 159 dBm Navigation 155 dBm Cold Start 144 dBm TTFF Hot N A It will be available in next revision Warm 30s GNSS Simulator test 130dBm Cold 30s GNSS S...

Page 61: ...Rev 16 Page 61 of 95 2021 10 27 Not Subject to NDA 9 MECHANICAL DESIGN 9 1 Drawing 9 1 1 ME310G1 W1 Figure 18 Mechanical Drawing of ME310G1 W1 Note Dimensions are in mm General Tolerance 0 1 Angular Tolerance 1 The tolerance is not cumulative ...

Page 62: ... Page 62 of 95 2021 10 27 Not Subject to NDA 9 1 2 ME310G1 WW ME310G1 WWV ME310G1 W2 and ME310G1 W3 Figure 19 Mechanical Drawing of ME310G1 WW ME310G1 WWV ME310G1 W2 and ME310G1 W3 ME310G1 modules are compliant with a standard lead free SMT process ...

Page 63: ...Page 63 of 95 2021 10 27 Not Subject to NDA 10 APPLICATION PCB DESIGN ME310G1 modules have been designed to be compliant with a standard lead free SMT process 10 1 Footprint 10 1 1 ME310G1 W1 COPPER PATTERN top view Figure 20 Copper Pattern top view ...

Page 64: ...ME310G1 Hardware Design Guide 1VV0301588 Rev 16 Page 64 of 95 2021 10 27 Not Subject to NDA SOLDER RESIST PATTERN top view Figure 21 Solder resist pattern top view ...

Page 65: ...ME310G1 Hardware Design Guide 1VV0301588 Rev 16 Page 65 of 95 2021 10 27 Not Subject to NDA 10 1 2 ME310G1 WW ME310G1 WWV ME310G1 W2 and ME310G1 W3 COPPER PATTERN top view Figure 22 Example Figure ...

Page 66: ...ME310G1 Hardware Design Guide 1VV0301588 Rev 16 Page 66 of 95 2021 10 27 Not Subject to NDA SOLDER RESIST PATTERN top view Figure 23 Example Figure ...

Page 67: ...rates the application positioning inhibit area for ME310G1 models W1 To facilitate reworking the recommended placement is shown in figure below It is recommended to avoid contact of mechanical parts with an SMT component of the module Figure 24 ME310G1 W1 Recommendations Note The region under INHIBIT WIRING must be clear from signal or ground paths ...

Page 68: ... application placement inhibit area for the ME310G1 models WW WWV W2 and W3 To facilitate reworking the recommended placement is shown in the figure below It is recommended to avoid contact of mechanical parts with a SMT component of the module Figure 25 ME310G1 WW ME310G1 WWV ME310G1 W2 and ME310G1 W3 Recommendations Note The region under INHIBIT WIRING must be clear from signal or ground paths ...

Page 69: ...nish Layer Thickness um Properties Electro less Ni Immersion Au 3 7 0 03 0 15 good solder ability protection high shear force values Table 42 Recommended PCB pad surface The PCB must be able to resist the high temperatures that occur during the lead free process This issue should be discussed with the PCB supplier For best surface plating wettability tin lead solder paste must be used in place of ...

Page 70: ...ded Solder reflow profile Warning The solder reflow profile represents the typical SAC reflow limits It does not guarantee the proper adherence of the module to the customer s application throughout the temperature range The customer must optimize the reflow profile based on the factors such as thermal mass and warpage Profile Feature Pb Free Assembly Average ramp up rate TL to TP 3 C second max P...

Page 71: ... Peak Temperature 8 minutes max Table 44 Profile feature recommendations Note All temperatures refer to the topside of the package measured on the package body surface Warning The ME310G1 modules withstand one reflow process only Warning The solder reflow profile represents the typical SAC reflow limits It does not guarantee the proper adherence of the module to the customer s application througho...

Page 72: ...ME310G1 Hardware Design Guide 1VV0301588 Rev 16 Page 72 of 95 2021 10 27 Not Subject to NDA 11 PACKAGING 11 1 Tray 11 1 1 ME310G1 W1 Figure 28 ME310G1 W1 tray packaging ...

Page 73: ...ME310G1 Hardware Design Guide 1VV0301588 Rev 16 Page 73 of 95 2021 10 27 Not Subject to NDA Figure 29 ME310G1 W1 tray ...

Page 74: ...ME310G1 Hardware Design Guide 1VV0301588 Rev 16 Page 74 of 95 2021 10 27 Not Subject to NDA 11 1 2 ME310G1 WW ME310G1 W2 and ME310G1 W3 Figure 30 ME310G1 WW tray packaging ...

Page 75: ...ME310G1 Hardware Design Guide 1VV0301588 Rev 16 Page 75 of 95 2021 10 27 Not Subject to NDA Figure 31 ME310G1 WW tray ...

Page 76: ...ME310G1 Hardware Design Guide 1VV0301588 Rev 16 Page 76 of 95 2021 10 27 Not Subject to NDA 11 2 Reel 11 2 1 ME310G1 W1 Figure 32 ME310G1 WW tray ...

Page 77: ...ME310G1 Hardware Design Guide 1VV0301588 Rev 16 Page 77 of 95 2021 10 27 Not Subject to NDA 11 2 2 ME310G1 WW ME310G1 W2 and ME310G1 W3 Figure 33 ME310G1 WW tray ...

Page 78: ...t take care of the following conditions a Calculated shelf life in sealed bag 12 months at 40 C and 90 relative humidity RH b Environmental condition during production 30 C 60 RH according to IPC JEDEC J STD 033A paragraph 5 c The maximum time between opening the sealed bag and the reflow process must be 168 hours if condition b IPC JEDEC J STD 033D paragraph 5 2 is respected d Baking is required ...

Page 79: ...1 ME310G1 WW ME310G1 WWV and ME310G1 W2 Modules comply with Directive 2014 53 EU The full text of the EU declaration of conformity is available at the following internet address https www telit com red Text of 2014 53 EU Directive RED can be found here https eur lex europa eu legal content EN TXT uri CELEX 32014L0053 12 2 2 UKCA Declaration of Conformity Hereby Telit Communications S p A declares ...

Page 80: ...W1 ME310G1 W2 and ME310G1 WW Model Antenna Type ME310G1 W1 Omnidirectional Antenna Gain 2 14 dBi ME310G1 WW ME310G1 WWV ME310G1 W2 Table 46 RED UKCA Antenna Type Max Gain for RED UKCA dBi Band ME310G1 W1 ME310G1 WW ME310G1 WWV ME310G1 W2 GSM 900 8 48 DCS 1800 14 36 GPRS EGPRS 1800 10 34 9 34 FDD 1 14 84 11 84 11 84 14 3 FDD 3 14 33 11 33 11 33 13 8 FDD 8 11 45 8 45 8 45 10 7 FDD 20 11 20 8 20 8 20...

Page 81: ...eil par l utilisateur quelle qu en soit la nature Tout changement ou modification peuvent annuler le droit d utilisation de l appareil par l utilisateur Interference statement Déclaration d interférence This device complies with Part 15 of the FCC Rules and Industry Canada licence exempt RSS standard s Operation is subject to the following two conditions 1 this device may not cause interference an...

Page 82: ... uses and can radiate radio frequency energy and if not installed and used per the instructions may cause harmful interference to radio communications However there is no guarantee that interference will not occur in a particular installation If this equipment does cause harmful interference to radio or television reception which can be determined by turning the equipment off and on the user is en...

Page 83: ...11 4 11 4 FDD 85 11 6 8 6 8 6 FDD 86 12 1 9 1 FDD 8_39d 11 9 8 9 Table 50 Max Gain for FCC dBi ISED ISDE This radio transmitter has been approved by ISED to operate with the antenna types listed below with the maximum allowable gain indicated Antenna types not included in this list with a gain greater than the maximum gain indicated for that type are strictly prohibited from use with this device L...

Page 84: ...4 8 0 5 0 5 0 FDD 5 9 1 6 1 6 1 FDD 12 8 6 5 6 5 6 FDD 13 8 9 5 9 5 9 FDD 25 11 0 8 0 8 0 FDD 26 9 0 6 0 6 0 FDD 66 8 0 5 0 5 0 FDD 71 8 4 8 4 8 4 FDD 85 8 6 5 6 5 6 Table 52 Gain maximum for ISED dBi 12 3 6 FCC label and Compliance Information The product has an FCC ID label on the device itself In addition the OEM host end product manufacturer will be informed to display a label referring to the...

Page 85: ...ssing the same meaning as follows Contains IC XXXXXX YYYYYYYYYYY In this case XXXXXX YYYYYYYYYYY is the module s certification number Le produit hôte devra être correctement étiqueté de façon à permettre l identification des modules qui s y trouvent L étiquette d homologation d un module d ISDE devra être apposée sur le produit hôte à un endroit bien en vue en tout temps En l absence d étiquette l...

Page 86: ... approbation séparée pour satisfaire aux exigences SAR de la FCC Partie 2 1093 et IC RSS 102 12 3 9 FCC Additional Testing Part 15 Subpart B Disclaimer The modular transmitter is only FCC authorized for the specific rule parts i e FCC transmitter rules listed on the license and that the host product manufacturer is responsible for compliance with any other FCC rules that apply to the host not cove...

Page 87: ...310G1 WW Equipment name WWAN module NCC logo NCC ID CCAF21Y00040 NCC safety warning statement 減少電磁波影響 請妥適使用 NCC Note 注意 行動電 話業務 2G 於106年6月停止提供服務後 本設備2G功能在國內將無法使用 12 6 JRL JTBL Regulatory Notices According to Japanese JRL JTBL requirements the module and the packaging shall display the conformity mark showing that the terminal equipment has received the certification Due to the very small size of t...

Page 88: ...t necessarily mean that Telit intends to announce such Telit products programming or services in your country 13 1 1 Copyrights This instruction manual and the Telit products described herein may include or describe Telit copyrighted material such as computer programs stored in semiconductor memories or other media The laws in Italy and in other countries reserve to Telit and its licensors certain...

Page 89: ... this document is owned by Telit and its licensors It is furnished by express license agreement only and shall be used exclusively in accordance with the terms of such agreement 13 2 2 Copyrighted Materials The Software and the documentation are copyrighted materials Making unauthorized copies is prohibited by the law The software or the documentation shall not be reproduced transmitted transcribe...

Page 90: ... FOR A PARTICULAR PURPOSE NO THIRD PARTY LICENSORS OF OTHER CODES MUST BE LIABLE FOR ANY DIRECT INDIRECT INCIDENTAL SPECIAL EXEMPLARY OR CONSEQUENTIAL DAMAGES INCLUDING WITHOUT LIMITATION LOST OF PROFITS HOWEVER CAUSED AND WHETHER MADE UNDER CONTRACT TORT OR OTHER LEGAL THEORY ARISING IN ANY WAY OUT OF THE USE OR DISTRIBUTION OF THE OTHER CODES OR THE EXERCISE OF ANY RIGHTS GRANTED UNDER EITHER OR...

Page 91: ...instruction for its use Do not insert or remove the SIM when the product is in power saving mode The system integrator is responsible for the functioning of the final product Therefore the external components of the module as well as any project or installation issue have to be handled with care Any interference may cause the risk of disturbing the GSM network or external devices or having an impa...

Page 92: ...peed HSDPA High Speed Downlink Packet Access HSIC High Speed Inter Chip HSUPA High Speed Uplink Packet Access I O Input Output MISO Master Input Slave Output MOSI Master Output Slave Input PCB Printed Circuit Board RTC Real Time Clock SIM Subscriber Identification Module SPI Serial Peripheral Interface TTSC Telit Technical Support Centre UART Universal Asynchronous Receiver Transmitter UMTS Univer...

Page 93: ...NCC Regulatory Notices Section 8 4 measurements update Section 2 2 and 2 5 added B86 Section 12 3 added B86 FCC antenna info Added B8_39d US 900Mhz band to W1 and WW products 10 2021 01 12 Reviewed template design and styles Section 12 2 updated with ME310G1 W2 information Section 11 2 updated with Reel information Section 7 2 removed Chapter 4 update 8 2020 09 14 Added ME310G1 W2 variant Section ...

Page 94: ...te RX Sensitivity figures update HW Shutdown update Conformity assessment update 3 2019 10 02 Power consumption figures update Added DTR and RING Removed B14 Update ME310G1 WW inhibit area recommendation Extended Voltage Range lower limit change 2 2019 08 13 Added ME310G1 WW Update of Temperature range table N16 pin update ON_OFF WAKE ON OFF procedure updated 1 2019 06 13 Band list update pinout u...

Page 95: ...Telit Technical Documentation ...

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