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Reproduction forbidden without Fibocom Wireless Inc. written authorization - All Rights Reserved 

FIBOCOM L610 Series Hardware Guide   

 

 

 

 

 

 

 

 

 

 

 

Page 36 of 59 

3.5 USIM Interface   

L610 modules provide USIM interface and support 1.8V and 3.0V SIM.   

3.5.1   USIM Pin   

USIM pins are shown in the following table: 

Pin Name 

I/O  Pin 

Description 

USIM_DATA 

I/O  15 

USIM/SIM DATA 

USIM_CLK 

O 

16 

USIM/SIM Clock Signal 

USIM_RESET 

O 

17 

USIM/SIM RESET Signal 

USIM_VDD 

O 

14 

USIM/SIM Power 

USIM_PRESENCE 

I 

13 

Detect USIM/SIM card for Hot-swap 

3.5.2   USIM Interface Circuit   

3.5.2.1    SIM Card Slot with Detection Signal 

USIM/SIM design requires the use of SIM card slot (recommended model: SIM016-8P-220P). It is 

recommended to use hot plug slot with SIM detection function. 

Summary of Contents for L610 MiniPCIe Series

Page 1: ...Draft FIBOCOM L610 Series Hardware Guide Version V1 2 0 Date 2021 08 31...

Page 2: ...IN_ANT FDD TDD GSM NO WIFI Scan BT For electric power project note that the two firmware supports UART1 and UART3 respectively 7 L610 EU 00 MAIN_ANT FDD TDD GSM WIFI Scan BT 8 L610 EU 01 MAIN_ANT FDD...

Page 3: ...idual is prohibited to excerpt copy any part of or the entire document or transmit the document in any form Notice The document is subject to update from time to time owing to the product version upgr...

Page 4: ...on Modified Pin Distribution Diagram V1 1 7 Ma Menghan Ma Menghan Luo Qin 2020 12 30 Standardized the document format corrected errors found in the document including grammar spelling etc and optimize...

Page 5: ...Draft Version Author Assessor Approver Update date Description V1 0 0 Wang Yuanguang Wang Bo Liu Ke 2019 11 21 Initial version...

Page 6: ...rface 15 3 1 1 Pin Distribution 15 3 1 2 Pin Definition 16 3 1 3 Pin Multiplexing 27 3 2 Power Supply 27 3 2 1 Power Supply 27 3 2 2 1 8V Output 29 3 2 3 Power Consumption 29 3 3 Control Signal 30 3 3...

Page 7: ...40 3 7 Status Indicator 41 3 7 1 NET_MODE Signal 41 3 8 Low Power Consumption Mode 42 3 8 1 Flight Mode 42 3 8 2 Sleep Mode 43 3 9 ADC Function 43 3 10 Analog Audio Interface 43 3 10 1 Support model 4...

Page 8: ...ies Hardware Guide Page 8 of 59 5 2 Ambient Temperature Range 55 5 3 Electrical Characteristics of the Interface in Operating Status 55 5 4 Environmental Reliability Requirements 56 5 5 ESD Characteri...

Page 9: ...o not use the handheld devices even if it has a hand free feature Please stop and call Please turn off the mobile device before boarding The wireless feature of the mobile device is not allowed on the...

Page 10: ...Subscriber Identity Module Mobile Equipment SIM ME interface 3GPP TS 31 102 V10 11 0 Characteristics of the Universal Subscriber Identity Module USIM application 3GPP TS 31 11 V10 16 0 Universal Subsc...

Page 11: ...E FDD Band 1 3 5 8 Band 1 3 7 8 20 28 Band 1 3 7 8 20 Band 1 2 3 4 5 7 8 28 66 Band 1 3 5 8 LTE TDD Band 34 38 39 40 41 Not support Not support Not support Band 34 39 40 41 GSM 900 1800 900 1800 900 1...

Page 12: ...odels is 2555 to 2655 MHz 2 2 Product Specifications Specifications Operating band Please refer chapter 2 1 Data transmission LTE FDD Rel 13 10 3Mbps DL 5 1Mbps UL LTE TDD Rel 13 9 1Mbps DL 3 1Mbps UL...

Page 13: ...MO MT cell broadcast Text and PDU modes Note Working temperature when the module works in this temperature range each function of the module is normal and the relevant performance meets the requireme...

Page 14: ...Card WIFI ANT WIFI ANT SPI SPI I2C I2C GPIO GPIO PCM PCM Figure 2 2 Hardware diagram 2 4 Working Mode Mode Description Idle The module is registered on the network and in standby mode without data tr...

Page 15: ...Guide Page 15 of 59 3 Application Interface 3 1 LCC LGA Interface L610 modules adopt LCC 80PIN LGA 64PIN packaging with a total of 144 pins 3 1 1 Pin Distribution Figure 3 1 Pin Distribution diagram...

Page 16: ...Left floating when not in use 3 SLEEP_IND O VILmin 0 3V VILmax 0 6V VIHmin 1 2V VIHmax 2 0V L SLEEP_IND Sleep mode indication Left floating when not in use 4 W_DISABLE I VILmin 0 3V VILmax 0 63V VIHmi...

Page 17: ...g detection no need to connect 10k resistance to Ground in series software shutdown detection function 14 USIM_VDD PO For 1 8V USIM Vmax 1 9V Vmin 1 7V For 3 0V USIM Vmax 3 05V Vmin 2 7V I Omax 50mA U...

Page 18: ...0 5V Module power on power off active low 22 GND G Ground 23 SD_DET I SD detection Left floating when not in use 24 PCM_IN I VILmin 0 3V VILmax 0 6V VIHmin 1 2V VIHmax 2 0V L PCM data input Left float...

Page 19: ...ILmin 0 3V VILmax 0 63V VIHmin 1 2 2 2V VIHmax 2 0 3 2V H SDC2_DATA_1 Left floating when not in use 31 SDC2_DATA_0 I O VILmin 0 3V VILmax 0 63V VIHmin 1 2 2 2V VIHmax 2 0 3 2V H SDC2_DATA_0 Left float...

Page 20: ...floating when not in use 39 SPI_MISO I VOLmax 0 45V VOHmin 1 35V VILmin 0 3V VILmax 0 6V VIHmin 1 2V VIHmax 2 0V L SPI_MISO Left floating when not in use 40 SPI_CLK O VOLmax 0 45V VOHmin 1 35V VILmin...

Page 21: ...e left floating when not in use 45 ADC0 I Analog to digital converter interface 0 Connect 1k in series when in use left floating when not in use 46 GND G Ground 47 ANT_GNSS GNSS 48 GND G Ground 49 ANT...

Page 22: ...Left floating when not in use 65 CTS O VILmin 0 3V VILmax 0 6V VIHmin 1 2V VIHmax 2 0V L Module clear to send Left floating when not in use 66 DTR I VILmin 0 3V VILmax 0 6V VIHmin 1 2V VIHmax 2 0V L...

Page 23: ...eft floating when not in use 80 KEYIN3 I VILmin 0 3V VILmax 0 6V VIHmin 1 2V VIHmax 2 0V KEYIN3 Left floating when not in use 81 KEYIN4 I VILmin 0 3V VILmax 0 6V VIHmin 1 2V VIHmax 2 0V KEYIN4 Left fl...

Page 24: ...OUT Left floating when not in use 118 NC NC 119 LCD_FMARK O VILmin 0 3V VILmax 0 63V VIHmin 1 2 2 2V VIHmax 2 0 3 2V L LCD_FMARK Left floating when not in use 120 LCD_RSTB O H LCD_RSTB Left floating w...

Page 25: ...nts and grab the dormant LOG 127 PM_ENABLE O VILmin 0 3V VILmax 0 6V VIHmin 1 2V VIHmax 2 0V L PM_ENABLE External power supply enable Left floating when not in use 128 NC NC 129 SD1_DATA3 I O VILmin 0...

Page 26: ...ot in use 136 WLAN_EN O VILmin 0 3V VILmax 0 6V VIHmin 1 2V VIHmax 2 0V L Default GPIO functionality available as external WIFI enable Left floating when not in use 137 UART3_RXD I VILmin 0 3V VILmax...

Page 27: ...d as key function in combination if the corresponding key is pressed during power on the module will enter download mode because KEYOUT has high pulse output during power on L610 CN 31 32 does not sup...

Page 28: ...ess than 440uF capacitor Battery power can be properly reduced to 100 220uF capacitor 1uF 100nF Digital signal noise Filter clock and digital signal interference 33pF 700 850 900 MHz band Filter low b...

Page 29: ...ules The voltage is the logic level voltage of the module and can be used to indicate that the module is on or off or for external low current 80mA circuit If it is not in use keep it in floating stat...

Page 30: ...FDD Data transfer Band 5 23dBm 600 LTE FDD Data transfer Band 7 23dBm 730 LTE FDD Data transfer Band 8 23dBm 600 LTE FDD Data transfer Band 20 23dBm 600 LTE FDD Data transfer Band 28 23dBm 600 LTE FD...

Page 31: ...powered off mode the module will power on by pulling down PWRKEY for at least 2s It is recommended to use OC OD drive circuit to control PWRKEY pin The reference circuit is shown in Figure 3 4 4 7K 4...

Page 32: ...er on If the module is required to power on automatically the PWRKEY pin can be directly connected to the ground The module can only be shut down if it is powered off in this mode 3 3 2 Module Shutdow...

Page 33: ...nd to shut down not suit for auto power on 3 3 2 1 Shutdown Timing Figure 3 7 Shutdown timing control diagram 3 3 3 Module Reset L610 modules can be reset by hardware and AT command Reset Mode Reset M...

Page 34: ...ritten authorization All Rights Reserved FIBOCOM L610 Series Hardware Guide Page 34 of 59 Figure 3 6 RESET_N OC OD reference circuit Another reset control is shown in Figure 3 7 Figure 3 7 RESET_N but...

Page 35: ...ial data bus USB_VBUS PI 71 USB_DET For more information about USB 2 0 specification please visit http www usb org home Note Since the module supports USB 2 0 High Speed TVS tube equivalent capacitanc...

Page 36: ...in the following table Pin Name I O Pin Description USIM_DATA I O 15 USIM SIM DATA USIM_CLK O 16 USIM SIM Clock Signal USIM_RESET O 17 USIM SIM RESET Signal USIM_VDD O 14 USIM SIM Power USIM_PRESENCE...

Page 37: ...e Guide Page 37 of 59 Figure 3 9 SIM card slot diagram SIM016 8P 220P Figure 3 10 Reference design of L610 USIM SIM interface with detection signal Principles of SIM card slot with detection signal ar...

Page 38: ...an be configured by AT MSMPD command and the AT commands are shown in the following table AT Command SIM Hot Plug Detection Function Description AT MSMPD 1 Enabled SIM hot plug detection function is e...

Page 39: ...Longer cable will reduce signal quality USIM_CLK and USIM_DATA signals are ground isolated to avoid mutual interference If it is difficult to do so SIM signal needs to be ground protected as a set The...

Page 40: ...DTR I 66 DTE ready TXD O 67 Module Transmit data RXD I 68 Module Receive data The following table describes UART3 pin Pin Name I O Pin Description UART3_RXD I 137 Module Receive data UART3_TXD O 138 M...

Page 41: ...in the figure below The input and output circuit design in the following dashed part can refer to that in the solid line part but pay attention to the connection direction Figure 3 18 UART signal con...

Page 42: ...E Description 1 Flash 600ms High 600ms Low No SIM SIM PIN Registering network T 15s Network registration failed 2 Slow flash 75ms Low 3000ms High Standby 3 Speed flash 75ms Low 75ms High Data link est...

Page 43: ...11bits Pin Name I O Pin Description ADC0 I 45 Analog to digital converter interface 0 ADC1 I 44 Analog to digital converter interface 1 ADC2 I 43 Analog to digital converter interface 2 The following...

Page 44: ...in clas AB mode by default and can be connected with external power amplifier recommend type AW87359FCR 8 2W When the power amplifier type needs to be switched it can send AT instruction to switch an...

Page 45: ...e first passed before reaching other connection points The position of the antenna should be as far as possible from the audio component and audio layout to reduce radiation interference The power sup...

Page 46: ...IBOCOM L610 Series Hardware Guide Page 46 of 59 3 10 5 Receiver Interface Circuit Figure 3 21 SPK output reference circuit Figure 3 22 With audio PA output reference circuit Note Different signal mode...

Page 47: ...Pin Name I O Pin Comment USB_BOOT K EY_IN0 I 71 Key pad input 0 Module enters download mode control pin The USB_BOOT interface reference design is as follows Figure 3 23 Reference circuit for USB_BOO...

Page 48: ...FDD 824 849 869 894 Band 7 IMT E 2600 MHz LTE FDD 2500 2570 2620 2690 Band 8 E GSM 900 MHz LTE FDD GSM 880 915 925 960 Band 20 EU Digital Dividend 800 MHz LTE FDD 832 862 791 821 Band 28 APAC 700 MHz...

Page 49: ...d 28 23 2 10 MHz bandwidth 1 RB Band 66 23 2 10 MHz bandwidth 1 RB LTE TDD Band 34 23 2 10 MHz bandwidth 1 RB Band 38 23 2 10 MHz bandwidth 1 RB Band 39 23 2 10 MHz bandwidth 1 RB Band 40 23 2 10 MHz...

Page 50: ...RF PCB Design 4 4 1 Antenna RF Connector The two way antenna of L610 module adopts the pad out way It is recommended that clients use the U FL R SMT 1 antenna connector and the matching RF adapter ca...

Page 51: ...ce ground to avoid other signal line from approaching the antenna A complete ground level is recommended as a reference ground Strengthen the connection between the ground around the antenna and the m...

Page 52: ...11b 90 PER 8 BT Basic DH1 88 BER 0 1 BT EDR 2 DH1 88 BER 0 01 BT EDR 3 DH1 80 BER 0 01 BT BLE 91 PER 30 8 BT output power is shown in the following table Function Mode Tx Power dBm Note BT BLE 4 3 BT...

Page 53: ...the antenna Linear polarization is recommended 4 Radiation Pattern Radiation pattern refers to the antenna s electromagnetic field strength in the far field in all directions Half wave dipole antenna...

Page 54: ...M900 80 MHz GSM1800 DCS 170 MHz GSM1900 PCS 140 MHz Bandwidth LTE LTE band 1 2100 250 MHz LTE Band 2 1900 140 MHz LTE Band 3 1800 170 MHz LTE Band 4 2100 145 MHz LTE Band 5 850 70 MHz LTE Band 7 2500...

Page 55: ...temperature It is recommended that the application considers temperature control measures in harsh environmental conditions At the same time the limited operating temperature range of the module shoul...

Page 56: ...ting state High temperature operating test Temperature 75 3 24 hours in operating state Vibration test Conduct vibration test according to the requirements shown in the following table Frequency Rando...

Page 57: ...All Rights Reserved FIBOCOM L610 Series Hardware Guide Page 57 of 59 6 Structure Specification 6 1 Product Appearance The product appearance of L610 module is shown in the figure below Figure 6 1 Mod...

Page 58: ...n authorization All Rights Reserved FIBOCOM L610 Series Hardware Guide Page 58 of 59 Figure 6 2 Module product appearance 2 bottom 6 2 Structural Dimensions The structural dimension of L610 module is...

Page 59: ...ireless Inc written authorization All Rights Reserved FIBOCOM L610 Series Hardware Guide Page 59 of 59 6 3 SMT Patch For module stencil design solder paste and furnace temperature control please refer...

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