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MEIG SLM758, Hardware Design Manual

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MEIG SLM758 Hardware Design Manual Download Page 70

                                                       

MeiG Smart product technical information

 

SLM758

 Hardware Design Guide    

 

                                                                                                                                           

Page 70 

 

RX: 2937~3088 

WCDMA B9 

1850

～

1890MHz 

1750

～

1785MHz 

TX: 8762~8912 

RX: 9237~9387 

WCDMA B19 

875

～

890MHz 

830

～

845MHz 

TX: 312~363 

RX: 712~763 

CDMA  BC0  

869

～

894MHz 

824

～

849MHz 

1

～

799 

；

991

～

1023 

TDSCDMA  1.9G 

1880

～

1920 MHz 

1880

～

1920MHz 

9400

～

9600 

TDSCDMA  2G  

2010

～

2025 MHz 

2010

～

2025MHz 

10054

～

10121 

LTE B1 

2110

～

2170 MHz 

1920

～

1980 MHz 

TX: 18000

～

18599 

RX: 0~599 

LTE B3 

1805

～

1880 MHz 

1710

～

1785 MHz 

TX: 19200~19949 

RX: 1200~1949 

LTE B5 

869

～

894 MHz 

824

～

849 MHz 

TX: 20400~20649 

RX: 2400~2649 

LTE B7 

2620

～

2690 MHz 

2500

～

2570 MHz 

TX: 20750~21449 

RX:2750~3449 

LTE B8 

925

～

960 MHz 

880

～

915 MHz 

TX: 21450~21799 

RX:3450~3799 

LTE B9 

1805

～

1880 MHz 

1750

～

1785 MHz 

TX: 21800~22149 

RX: 3800~4149 

LTE B12 

729

～

746MHz 

699

～

716MHz 

TX: 23010~23179 

RX: 5010~5179 

LTE B13 

746

～

756 MHz 

777

～

787 MHz 

TX: 23180~23279 

RX: 5180~5279 

LTE B17 

734

～

746 MHz 

704

～

716 MHz 

TX: 23730~23849 

RX:5730~5849 

LTE B19 

875

～

890 MHz 

830

～

845 MHz 

TX: 24000~24149 

RX: 6000~6149 

LTE B20 

791

～

821 MHz 

832

～

862 MHz 

TX: 24150~24449 

RX: 6150~6449 

LTE B26 

859

～

894 MHz 

814

～

849 MHz 

TX: 26690~27039 

RX: 8690~9039 

LTE B28b 

773

～

803 MHz 

718

～

748 MHz 

TX: 27360~27659 

RX:9360~9659 

LTE B38 

2570

～

2620 MHz 

2570

～

2620 MHz 

37750

～

38249 

LTE B39 

1880

～

1920 MHz 

1880

～

1920 MHz 

38250

～

38649 

LTE B40 

2300

～

2400 MHz 

2300

～

2400 MHz 

38650

～

39649 

LTE B41 

2496

～

2690 MHz 

2496

～

2690 MHz 

39650

～

41589 

 

Note:  The  SLM758's  LTE  TDD  B41  band  bandwidth  is  100MHz  (2555  ~  2655  MHz),  the 

Summary of Contents for SLM758

Page 1: ...roduct technical information SLM758 Hardware Design Guide Page 1 SLM758 Hardware Design Guide Released Date 2018 11 File name SLM758 Hardware Design Guide Version Number V1 08 Company MeiG Smart Techn...

Page 2: ...ntation or warranty either express or implied for any content in this document and will not be liable for any specific merchantability and applicable or any indirect particular and collateral damage C...

Page 3: ...MeiG Smart product technical information SLM758 Hardware Design Guide Page 3 SLM758 Hardware Design Guide_V1 08...

Page 4: ...ation method The company does not assume responsibility for property damage or personal injury caused by improper operation of the user Users are requested to develop the corresponding products accord...

Page 5: ...49 4 8 CapacitiveTouch Interface 49 4 9 Audio Interface 49 4 9 1Receiver Interface Circuit 50 4 9 2 Microphone receiving Circuit 50 4 9 3 Headphone Interface Circuit 51 4 9 4 Speaker Interface Circuit...

Page 6: ...rmance 72 6 14 BT Main RF Prformance 73 6 15 GNSS Main RF Performance 73 7 Production 74 7 1 Top And Bottom Views Of The Module 74 7 2 Recommended Soldering Furnace Temperature Curve 74 7 3 Humidity S...

Page 7: ...1 01 Correction Guo Qianghua 2017 11 01 1 02 Modify information Zheng Lei 2017 11 01 1 03 Modify information Zheng Lei 2018 1 5 1 04 Modify information Zheng Lei 2018 6 14 1 05 Modify frequency band i...

Page 8: ...design mobile communication applications 2 Module overview SLM758 series core board uses the MSM8953 of Qualcomm Snapdragon 600 series for its main chip and its CPU is made of 14nm FinFET built in 64b...

Page 9: ...form handheld terminals and other products The physical interface of the module is a 272 pin pad that provides the following hardware interfaces Four 1 8V UART serial ports supporting four or two wire...

Page 10: ...E 802 11b g n a 2 4G 5G Bluetooth BT 4 1 GNSS GPS Beidou Glonass Galileo Data Access TD LTE Cat4 TD LTE 117 30Mbps FDD LTE Cat4 FDD LTE 150 50Mbps DC HSPA 42 11 2Mbps TD HSPA 2 8 2 3Mbps EVDO Rev A 3...

Page 11: ...t for emergency downloads BLSP ports 7 ports BLSP2 8 4 bits each multiplexed serial interface functions UART 4 BLSP2 BLSP4 6 support UART up to 4 Mbps I2C 6 BLSP2 6 BLSP8 support I2C These BLSPs use b...

Page 12: ...ts the main functional parts of the module MSM8953 baseband chip PM8953 power management chip PMI8952 power management chip WCN3660B Compatible with WCN3680B WIFI BT FM three in one chip Antenna inter...

Page 13: ...MeiG Smart product technical information SLM758 Hardware Design Guide Page 13 Figure 2 1 module function block diagram 3 Module Package 3 1 Pin distribution diagram...

Page 14: ...oduct technical information SLM758 Hardware Design Guide Page 14 Figure 3 1 module pin diagram top view 3 2 Pin definitions table 3 1 Pin description Pin number Pin number I O Description Comment The...

Page 15: ...y IO and other power supply 100mA VREG_L6_1P8 139 O 1 8 V power output standby will be closed used for Camera LCD and other small current power supply 100mA VREG_L10_2P8_SENSOR 138 O 2 8V power output...

Page 16: ...negative1 Each normal 20mA max 30mA LCD_BL_LED_K2 6 AI LCD Series backlight negative2 LCD_BL_LED_A 7 PO LCD Series backlight positive Sub display interface MIPI MIPI_DSI1_CLK_N 242 O MIPI_LCD2 clock...

Page 17: ...I2_CLK_P 40 I Front Camera MIPI clock MIPI_CSI2_CLK_N 41 I MIPI_CSI2_LANE0_P 42 I Front Camera MIPI data MIPI_CSI2_LANE0_N 43 I MIPI_CSI2_LANE1_P 191 I MIPI_CSI2_LANE1_N 192 I MIPI_CSI2_LANE2_P 46 I M...

Page 18: ...epth Camera reset GPIO28_CAM_MCLK2 264 I O Depth Camera main clock Audio Interface MIC_IN1_M 123 I The main MIC negative MIC_IN1_P 122 I The main MIC positive MIC_IN2_P 132 I Headphone MIC positive GN...

Page 19: ...nly be used for SENSOR GPIO15_SENSOR_I2C4_SCL 18 I O GPIO6_I2C2_SDA 13 I O Universal I2C signal GPIO7_I2C2_SCL 14 I O CAM_I2C_SDA1 96 I O Special I2C signal can only be used for CAM CAM_I2C_SCL1 95 I...

Page 20: ...the compass interrupt signal GPIO45_GYRO_INT 22 I O The default configuration is the gyroscope interrupt signal GPIO46_PRESSURE_INT 221 I O The default configuration is the pressure sensor interrupt s...

Page 21: ..._THERM 149 I Battery temperature detection the battery NTC terminal battery terminal NTC resistance is 10K such as no battery temperature detection requirement need to increase 10K resistance to GND P...

Page 22: ...18 GPIO15_SENSOR_I2C4_SCL GPIO_15 B PD nppukp Configurable I O SENSOR I2C SCL 19 GPIO42_ACCL_INT1 GPIO_42 B PD nppukp Configurable I O ACC INT 20 GPIO43_ALSP_INT_N GPIO_43 B PD nppukp Configurable I O...

Page 23: ...K_N AI MIPI camera serial interface 0 clock 51 MIPI_CSI0_LANE2_P AI MIPI camera serial interface 0 lane2 52 MIPI_CSI0_LANE2_N AI MIPI camera serial interface 0 lane2 53 MIPI_CSI0_LANE3_P AI MIPI camer...

Page 24: ...83 GND GND GND 84 GPIO26_CAM_MCLK0 GPIO_26 B PD nppukp Configurable I O main CAM MCLK 85 GPIO40_MCAM_RST_N GPIO_40 B PD nppukp Configurable I O main CAM RESET 86 GPIO39_MCAM_PWD_N GPIO_39 B PD nppukp...

Page 25: ...t plus for audio PA 116 GND GND GND 117 MIC_BIAS2 AO Microphone bias 2 for earphone mic 118 MIC_BIAS1 AO Microphone bias 1 119 GND GND GND 120 MAIN_ANT AI RF signal for main ANT 121 GND GND GND 122 MI...

Page 26: ...fault 3 8V 152 VBAT PI PO Battery 3 5V 4 2V default 3 8V 153 VBAT PI PO Battery 3 5V 4 2V default 3 8V 154 GND GND GND 155 GND GND GND 156 GND GND GND 157 VBUS PI PO USB Voltage 158 VBUS PI PO USB Vol...

Page 27: ...E0_N AO MIPI display serial interface 0 lane0 190 MIPI_DSI0_LANE0_P AO MIPI display serial interface 0 lane0 191 MIPI_CSI2_LANE1_P AI MIPI camera serial interface 2 lane1 192 MIPI_CSI2_LANE1_N AI MIPI...

Page 28: ...46 B PD nppukp Configurable I O Pressure INT 222 GND GND GND 223 GND GND GND 224 GND GND GND 225 MIPI_DSI1_LANE0_P AO MIPI display serial interface 1 lane0 226 MIPI_DSI1_LANE0_N AO MIPI display serial...

Page 29: ...le I O UART5 RX 256 GPIO16_UART5_TX GPIO_16 B PD nppukp Configurable I O UART5 TX 257 GND GND GND 258 GPIO3_SPI1_CLK GPIO_3 B PD nppukp Configurable I O SPI CLK 259 GPIO2_SPI1_CS GPIO_2 B PD nppukp Co...

Page 30: ...input H High voltage tolerant NP pdpukp defaultno pull with programmable options following the colon PD nppukp defaultpulldown with programmable options following the colon PU nppdkp defaultpullup wi...

Page 31: ...MeiG Smart product technical information SLM758 Hardware Design Guide Page 31 Figure 3 2 Module 3D size unit mm 4 Interface application 4 1 Power Supply...

Page 32: ...33PF and 10PF capacitors can effectively remove high frequency interference To prevent damage to the chip due to ESD and surge it is recommended to use a suitable TVS tube and a 5 6V 500mW Zener diod...

Page 33: ...is connected to the 149 pin BAT_THERM of the module and pulled down to GND to prevent the software from judging the abnormal battery temperature after the module is turned on resulting in shutdown Th...

Page 34: ...e drop 4 2 Power on and off Do not turn on the module when the module s temperature and voltage limits are exceeded In extreme cases such operations can cause permanent damage to the module 4 2 1 Modu...

Page 35: ...ware Design Guide Page 35 Figure 4 6 Booting with the button circuit The following figure is the boot timing description Figure 4 7 Using PWRKEY boot timing diagram 4 2 2 Module Shutdown Users can use...

Page 36: ...her to perform the shutdown action The user can achieve a forced shutdown by pulling PWRKEY down for a long time pulling down for at least 15 seconds 4 2 3 Module Reset The SLM758 module supports a re...

Page 37: ...ime 500 ms 4 3 VCOIN Power When VBAT is disconnected the user needs to save the real time clock The VCOIN pin cannot be left floating It should be connected to a large capacitor or battery When extern...

Page 38: ...rive Current mA VREG_L2_1P1 0 375 1 5375 1 2 VREG_L5_1P8 1 75 3 337 1 80 500 VREG_L6_1P8 1 75 3 337 1 80 300 VREG_L11_SDC 1 75 3 337 2 95 500 VREG_L12_SDC 1 75 3 337 1 8 100 VREG_L14_UIM1 1 75 3 337 1...

Page 39: ...TS GPIO15_SENSOR_I2C4_SCL 18 O UART4 Request To Send RTS GPIO16_UART5_TX 256 I UART5 Data Transmission GPIO17_UART5_RX 255 O UART5 Data Reception GPIO18_NFC_I2C5_SDA 254 I UART5 Clear To Send CTS GPIO...

Page 40: ...o this two circuits Figure 4 14 TX Connection Diagram Figure 4 15 RX Connection Diagram Note When using Levels Isolation in Figures 14 and 15 it is necessary to use VREG_L5_1P8 as the pull up power su...

Page 41: ...compatible screen design the module s LCD_ID pin or ADC pin can be used At the same time the module can provide 2 8V power to the LCD The LCD interface is as follows Table 4 5 Primary and secondary sc...

Page 42: ...ht negative pole 2 LCD_BL_LED_A 7 PO LCD series backlight positive pole VREG_L6_1P8 139 O 1 8V power supply VREG_L17_2P85 137 O 2 8V power supply Secondary screen interface MIPI_DSI1_CLK_N 242 O MIPI_...

Page 43: ...internal circuit of LCD If the internal divider of the LCD uses resistor divider please pay attention to the voltage to meet the high or low range of GPIO MIPI is a high speed signal line To avoid EMI...

Page 44: ...backlight of the main LCD is driven inside the module It can directly use LCD_BL_LED_A LCD_BL_LED_K1 LCD_BL_LED_K2 to support up to 2 strings of 8 LEDs in total The backlight driving circuit of the s...

Page 45: ...camera design with the main camera or as a dual camera design for the depth of field camera it can also be used as the MIPI interface scan head design The module provides the power required by the Cam...

Page 46: ..._1P8 139 O 1 8V IOVDD VREG_L17_2P85 137 O 2 8V AFVDD Focus motor power supply VREG_L22_2P8 136 O 2 8V AVDD VREG_L23_1P175 200 O 1 2V DVDD Depth camera interface Name Pin Input output Description MIPI_...

Page 47: ...e should be connected to the driver chip of CAMERA and the correct connection is as follows Figure 18 Correct CAMERA connection diagram The MIPI interface has a high rate The user should control the i...

Page 48: ...d to pay attention to the position of the connector There will be a small person in the specification of the camera to indicate the imaging direction You need to ensure that the villain is standing on...

Page 49: ...8 O Reset VREG_L5_1P8 140 O 1 8V Power supply VREG_L10_2P8_SENSOR 138 O 2 8V Power supply Note The interface definition of the capacitive touch can be adjusted by software and the user can change the...

Page 50: ...are advised to use the following circuit according to the actual application to get better sound effects 4 9 1Receiver Interface Circuit The receiver interface circuit places the following devices ne...

Page 51: ...to prevent ESD damage The HS_DET pin of the module can be set as an interrupt In software this pin is the earphone interrupt by default The user can use this pin to detect the plugging and unplugging...

Page 52: ...hone interface is the European standard OMPT If you need to design the American standard CTIA interface you need to swap the GND and MIC signals for the network If you want to be compatible with both...

Page 53: ...Table 4 9 Voltage input range during charging Name Description Minimum Typical Maximum Unit VBUS Input range 4 6 3 V The USB plug in detection of the module is realized by the VBUS and DP DM data line...

Page 54: ...an provide USB OTG function The pins used in this function are as follows Table 4 10 USB OTG Pin Description Pin name Pin Description VBUS 157 158 159 5V charging input OTG output power USB_HS_D_M 145...

Page 55: ...ol The SLM758 module can charge the over discharged battery The charging process includes trickle charge pre charge constant current and constant voltage charge When the VBAT voltage is lower than 3 4...

Page 56: ...l card dual standby Support SIM card hot swap can automatically recognize 1 8V and 3 0V cards The figure below is the SIM recommended interface circuit In order to protect the SIM card it is recommend...

Page 57: ...e as follows Table 4 11 I2C Interface Pin Description Name Pin Default function CAM_I2C_SDA0 105 Camera dedicated CAM_I2C_SCL0 104 GPIO14_SENSOR_I2C4_SDA 17 General purpose I2C default for sensor GPIO...

Page 58: ...are as follows Table 4 12 ADC Performance Parameters Description Minimum Typical Maximum Unit Input Voltage Range 1 8 V ADC Resolution 15 bits Analog Input Bandwidth 100 kHz Sampling Frequency 2 4 MHz...

Page 59: ...teristic microstrip line or strip line In order to facilitate antenna debugging and certification testing an RF connector and antenna matching network should be added The recommended circuit diagram i...

Page 60: ...circuit diagram is as follows Figure 4 36 DRX Antenna Interface Connection Circuit In the figure R102 C103 and C104 are antenna matching devices and the specific component values can be determined aft...

Page 61: ...Active Antennas 4 18 4 WiFi BT antenna The module provides the WiFi BT antenna pin RF_WIFI BT The antenna on the user s motherboard should be connected to the antenna pin of the module using a 50 ohm...

Page 62: ...s between the antenna and the module output or if the RF test head is not needed in the design the antenna matching circuit can be simplified as shown below Figure 4 41 WIFI_BT antenna interface simpl...

Page 63: ...esign requirements when using the SLM758 module is much higher than the previous 2G module please read this chapter carefully reduce the subsequent hardware debugging cycle When using the SLM758 modul...

Page 64: ...e device It is relatively susceptible to interference Therefore in the layout first ensure that the SIM card is away from the antenna and the antenna extension cable inside the product Place it as clo...

Page 65: ...atic protection please select a TVS tube with a parasitic capacitance of less than 1pF Please refer to the following notes when planning Layout The common mode inductor should be close to the side of...

Page 66: ...d be routed according to the differential signal rules The conducted interference is mainly caused by the voltage drop of VBAT If the Audio PA is directly powered by VBAT it is easier to hear the zizi...

Page 67: ...w shows the operating temperature range of the module Table 6 2 Module Operating Temperature Parameter Minimum Typical Maximum Unit Working temperature 25 75 Storage temperature 40 90 6 3 Working Volt...

Page 68: ...High level 1 4 V Low level 0 6 V Effective time 2000 ms 6 7 VCOIN Feature Table 6 7 VCOIN Characteristics Parameter Description Minimum Typical Maximum Unit VCOIN IN VCOIN input voltage 2 3 3 25 V IR...

Page 69: ...rotected against electrostatic discharge Therefore users must pay attention to electrostatic protection when producing assembling and operating modules 6 10 Module Operating Frequency Band The table b...

Page 70: ...8 925 960 MHz 880 915 MHz TX 21450 21799 RX 3450 3799 LTE B9 1805 1880 MHz 1750 1785 MHz TX 21800 22149 RX 3800 4149 LTE B12 729 746MHz 699 716MHz TX 23010 23179 RX 5010 5179 LTE B13 746 756 MHz 777 7...

Page 71: ...d receive sensitivity of the module and is tested under static conditions Table 6 11 Conducted Receive Sensitivity Frequency band Receive sensitivity typical Receive sensitivity maximum GSM850 EGSM900...

Page 72: ...6 92 76 FDD 27 103 2 100 2 98 95 FDD 28 100 2 98 5 95 5 93 7 91 FDD 31 99 0 95 7 93 5 FDD 33 100 97 95 2 94 TDD 34 100 97 95 2 TDD 35 106 2 102 2 100 97 95 2 94 TDD 36 106 2 102 2 100 97 95 2 94 TDD 3...

Page 73: ...was increased by 3DB and the Receiving sensitivityn was increased by 1 5db 6 14 BT Main RF Prformance The table below lists the main RF performance under BT conduction Table 6 14 Main RF performance p...

Page 74: ...ded Soldering Furnace Temperature Curve Figure 49 Module recommended soldering furnace temperature curve 7 3 Humidity Sensitivity MSL The SLM758 module meets moisture sensitivity level 3 The dry packa...

Page 75: ...ation risk Baking SMD packages can cause metal oxidation and if excessive can cause solderability problems during board assembly The temperature and time of the SMD package are baked thus limiting sol...

Page 76: ...1280x720 Table 8 2 Support for Camera Model List Vendor Drive IC Specification JinshengXin Vision GC8024 8M JinshengXin Vision OV5670 5M Sunny optical S5K3L8 8M Sunny optical S5K5E8 5M Table 8 3 Supp...

Page 77: ...14 bit Table 8 6 Support PS ALS Sensor Model List Vendor Model Specification LITEON LTR 553ALS 01 ALS PS Table 8 7 Support for Gyro Sensor Model List Vendor Model Specification Bosch BMI120 9 axis 16...

Page 78: ...ystem Phase 2 Specification of the Subscriber Identity Module Mobile Equipment SIM ME interface 6 GSM 03 38 Digital cellular telecommunications system Phase 2 Alphabets and language specific informati...

Page 79: ...quency RMS Root Mean Square value RX Receive Direction SIM Subscriber Identification Module SMS Short Message Service TDD Time Division Distortion TE Terminal Equipment also referred to as DTE TX Tran...

Page 80: ...2 MISO RX 6 13 CS_N CTS SDA 7 14 CLK RTS SCL 8 232 MOSI 9 231 MISO 10 234 CS_N SDA 11 233 CLK SCL 12 15 MOSI TX 13 16 MISO RX 14 17 CS_N CTS SDA 15 18 CLK RTS SCL 16 256 MOSI TX 17 255 MISO RX 18 254...

Page 81: ...your handheld terminal or mobile phone GSM mobile terminals operate under RF signals and cellular networks but are not guaranteed to be connected in all situations For example there is no credit or i...

Page 82: ...ntenna 2 4GHz band Peak Gain 0 dBi 5 2GHz band Peak Gain 1 dBi 5 3GHz band Peak Gain 1 dBi 5 5GHz band Peak Gain 1 dBi 5 8GHz band Peak Gain 1 dBi Antenna type Fixed External Antenna BT Peak Gain 0 dB...

Page 83: ...List of applicable FCC rules This module has been tested and found to comply with part 22 part 24 part 27 requirements for Modular Approval 10 5 Industry Canada Statement This device complies with Ind...

Page 84: ...ain d antenne maximal autoris pour les appareils de la bande 5725 5825 MHz doit tre conforme la norme e i r p les limites sp cifi es pour un fonctionnement point point et non point point selon le cas...

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