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Inforce 67X1User Guide 

Appendix A 

Rev A

 

MAY CONTAIN U.S. AND INTERNATIONAL EXPORT CONTROLLED INFORMATION 

14 

 

Confidential and Proprietary – SMART Wireless Computing, Inc. 

Provided under NDA

 

5.3 

 

ELECTRICAL SPECIFICATIONS OF PINS 

Table 7: IO CONNECTOR Power specifications

 

Voltage rail 

Min V 

Typical V 

Max V 

VBAT 

3.2 

3.8V 

4.5 

1.8V Out 

1.7 

1.8 

1.9 

SDCard Power 

2.7 

2.95 

3.6 

SDC2 IO 

1.7/2.7 

1.8/2.95 

1.9/3.04  

VCOIN 

3.25 

USB_VBUS 

3.6 

13.2 

Table 8: IO specifications 

1.8V GPIO 

Min V  Typical V  Max V 

VIH 

1.26  - 

2.1 

VIL 

-0.3  - 

0.54 

VOH 

1.35  - 

1.8 

VOL 

0  - 

0.45 

SDCard IO 2.95V  Min V  Typical V  Max V 

VIH 

1.84  - 

3.25 

VIL 

-0.3  - 

0.735 

VOH 

2.21  - 

2.95 

VOL 

0  - 

0.36 

SDCard IO 1.8V 

Min V  Typical V  Max V 

VIH 

1.27  - 

VIL 

-0.3  - 

0.58 

VOH 

1.4  - 

VOL 

0.45 

 

5.4 

 

RF CONNECTORS 

Manufacturer 

: Murata 

Manufacturer Part 

: MM4829-2702RB0 

Description 

: MHF4 Coaxial RF connector 

Functions 

: GPS, WiFi, Bluetooth 

 
 

CAUTION 

Make sure that RF cable crimps are not touching any components nearby after assembled.

Summary of Contents for Inforce 67X1

Page 1: ...y manner to others without the express written permission of SMART Wireless Computing Inc All SMART Wireless Computing Incorporated trademarks are used with permission Other product and brand names may be trademarks or registered trademarks of their respective owners This technical data may be subject to U S and international export re export or transfer export laws Diversion contrary to U S and i...

Page 2: ...NTROLLED INFORMATION i Confidential and Proprietary SMART Wireless Computing Inc Provided under NDA Revision History Revision Date Description Author A November 18 2021 Initial Release DD Approval Record Function Name Date Reviewed By DJ VPS November 18 2021 Approved By PSD November 18 2021 ...

Page 3: ...ch shall be considered part of the defined term Documentation for purposes of the Agreement solely in support of your permitted use of the Inforce 67X1 board under the Agreement Distribution of this document is strictly prohibited without the express written permission of SMART Wireless Computing Inc and its respective licensors which they can withhold condition or delay in its sole discretion Qua...

Page 4: ...Hardware Specifications 3 Mechanical Specifications 4 Appendix A 5 Contact Information Conventions The following conventions are used in this document CAUTION Cautions warn the user about how to prevent damage to hardware or loss of data NOTE Notes call attention to important information Note This document is subject to change without notice Carrier parts are shown in some of the sections for bett...

Page 5: ... Graphical Processing Unit HPH Head Phone HS High Speed HVX Hexagon Vector Extensions I2C Inter Integrated Circuit JTAG Joint Test Action Group LDO Low Drop Out LED Light Emitting Diode LPDDR Low power DDR MIC Microphone MIPI Mobile Industry Processor Interface OTG On The Go PCIe Peripheral Component Interconnect Express PMIC Power Management IC PoP Package On Package PU Pull Up RF Radio Frequency...

Page 6: ...IONS 7 3 1 BOARD DIMENSIONS 7 3 2 TOP FLOOR PLAN 8 3 3 BOTTOM FLOOR PLAN 8 4 USAGE 9 5 APPENDIX A 10 5 1 SOM CONNECTORS 10 5 2 IO CONNECTOR GPIOS 13 5 3 ELECTRICAL SPECIFICATIONS OF PINS 14 5 4 RF CONNECTORS 14 6 COMPLIANCE INFORMATION 15 6 1 FCC COMPLIANCE STATEMENT 15 6 2 EU COMPLIANCE STATEMENT 15 6 3 THE A FREQUENCY BAND S IN WHICH THE RADIO EQUIPMENT OPERATES AND B MAXIMUM RADIO FREQUENCY POW...

Page 7: ...nd Proprietary SMART Wireless Computing Inc Provided under NDA Table of Figures Figure 1 Block Diagram 2 Figure 2 Inforce 67X1 Board Top Side 3 Figure 3 Inforce 67X1 Board Bottom Side 4 Figure 4 Wi Fi and Bluetooth Implementation 5 Figure 5 GPS 6 Figure 6 Board Dimensions 7 Figure 7 Top Floor Plan 8 Figure 8 Bottom Floor Plan 8 ...

Page 8: ...ided under NDA Table of Tables Table 1 Inforce 67X1 Board Overview 1 Table 2 Inforce 67X1 Board Locations 3 Table 3 Connector IO interface 1 Pin out Ref Des P1 10 Table 4 Connector IO interface 2 Pin out Ref Des P3 10 Table 5 Connector IO interface 3 Pin out Ref Des P2 12 Table 6 IO CONNECTOR GPIOs 13 Table 7 IO CONNECTOR Power specifications 14 Table 8 IO specifications 14 ...

Page 9: ...6Mhz 64GB UFS 2 1 SOM Interfaces Interfaces 1 USB v3 1 Gen 1 Host 1 USB v3 1 Gen 1Type C Device mode Host mode DP Debug 2x 4 lane MIPI DSI 1 UART Debug 3 4 Lane MIPI CSI D PHY C PHY 2x Camera Control I2C 1 PCIe Gen 2 1x PCIe Gen 3 2 MHF4 WiFi BT 1 MHF4 GPS 1 4 bit SDC for SDcard 2 Line Out 1x Ear out 5 Mic In 1 Headphone Out 1xSlimBUS1 1x MI2S 1x Sensor Core I2C 1x Backlight Regulator 10x Regulato...

Page 10: ...S 2 1 Flash Control1 x1PCIe Gen 3 CAM Controls1 SDC2 4bit POP LPDDR4x RAM CCI0 I2C1 WCN3990 2x MHF4 PCM UART Audio Codec WCD9340 HPH_L HPH_R 3x MIC SLIMBUS 2x Line Out SLIMBUS SPKR_I2S MBHC VBAT2 VBAT2 POWER_ON VOL SPMI RESET VOL VREG_S4A_1P8 4xBoot Config1 PM845 PMI8998 GPS SDR845 QLINK USB TYPE C CC Pins MHF4 PMIC_GPIO 2x CAM MCLKs1 VREG_L13A_2P95 MI2S1 APQ_GPIOs1 1 Pins can be configured as GPI...

Page 11: ...ON 3 Confidential and Proprietary SMART Wireless Computing Inc Provided under NDA 2 1 1 SYSTEM OVERVIEW The Inforce 67X1 SOM is based on the Qualcomm Octa core SDA845 Figure 2 Inforce 67X1 Board Top Side Table 2 Inforce 67X1 Board Locations 1 WIFI BT connector 2 WIFI connector 3 GPS Connector 4 SOM Connectors 1 3 2 ...

Page 12: ...uide Hardware Specifications Rev A MAY CONTAIN U S AND INTERNATIONAL EXPORT CONTROLLED INFORMATION 4 Confidential and Proprietary SMART Wireless Computing Inc Provided under NDA Figure 3 Inforce 67X1 Board Bottom Side 4 ...

Page 13: ...dential and Proprietary SMART Wireless Computing Inc Provided under NDA 2 1 2 WI FI AND BLUETOOTH INTERFACE WCN3990 WiFi Bluetooth SoC WLAN 802 11ac MU MIMO 160 MHz DBS Dual Band Simultaneous support Support Bluetooth 5 0 BT audio over SLIMbus 2 MHF4 Connector for external antenna Figure 4 Wi Fi and Bluetooth Implementation ...

Page 14: ...ia SDR845 Support GPS GLONASS Galileo BeiDou QLINK interface to host MHF4 connector for external antenna interface Support for external active antenna default 1 8V power Figure 5 GPS SDA845 PM845 VREG_L15A VREG_L11A VREG_L3A VREG_L8A VREG_L15A VREG_S4 QLINK_CLK_P M QLINK_TX_P M QLINK_RX0_P M QLINK_RX1_P M QLINK_RX2_P M SDR845 VREG_L15A_1P8 VREG_L11A_1P0 RF VREG_L8A_1P2 VREG_L3A_1P0 VREG_S4A_1P8_DI...

Page 15: ...U S AND INTERNATIONAL EXPORT CONTROLLED INFORMATION 7 Confidential and Proprietary SMART Wireless Computing Inc Provided under NDA 3 MECHANICAL SPECIFICATIONS 3 1 BOARD DIMENSIONS Dimensions 50 28mm Tolerance 0 2mm Layers 10 PCB Thickness 1mm Figure 6 Board Dimensions ...

Page 16: ...ions Rev A MAY CONTAIN U S AND INTERNATIONAL EXPORT CONTROLLED INFORMATION 8 Confidential and Proprietary SMART Wireless Computing Inc Provided under NDA 3 2 TOP FLOOR PLAN Figure 7 Top Floor Plan 3 3 BOTTOM FLOOR PLAN Figure 8 Bottom Floor Plan ...

Page 17: ... INFORMATION 9 Confidential and Proprietary SMART Wireless Computing Inc Provided under NDA 4 USAGE Connect SOM on Inforce Development Kit or custom carrier based on the design Make sure respective RF antennas are connected as per the hardware reference manual before powering the device ...

Page 18: ...SI0_LANE3_P Camera 45 MIPI_CSI2_LANE0_N Camera 46 GND Camera 47 MIPI_CSI2_LANE0_P Camera 48 49 GND Camera 50 51 MIPI_DSI1_LANE3_P Display 52 GND 53 MIPI_DSI1_LANE3_N Display 54 55 GND Display 56 57 MIPI_DSI1_LANE2_P Display 58 GND 59 MIPI_DSI1_LANE2_N Display 60 61 GND Display 62 63 MIPI_DSI1_LANE1_N Display 64 GND 65 MIPI_DSI1_LANE1_P Display 66 67 GND Display 68 69 MIPI_DSI1_LANE0_P Display 70 G...

Page 19: ...51 TP_INT_N Touch 52 MSM_RESOUT_N 53 PMI8998_GPIO_05 PMIC GPIO PWM Out 54 APQ_GPIO_58 55 TP_RST_N Touch QUP_L2 0 56 BOOT_CONFIG_2 57 LCD_RST_N Display Reset QUP_L2 5 58 JTAG_PS_HOLD 59 APQ_GPIO_89 QUP_L0 4 60 SD_CARD_DET_N Sdcard 61 MSM_UART_TX Debug UART QUP_L2 9 62 VREG_L13A_2P95 Sdcard 63 MSM_UART_RX Debug UART QUP_L3 9 64 SDC2_DATA2 Sdcard 65 GND 66 SDC2_DATA1 Sdcard 67 SLIMBUS_DATA0_CARRIER S...

Page 20: ...klight 34 USB2_SS_RX_M USB 35 WLED_SINK4 Backlight 36 USB2_SS_RX_P USB 37 VREG_WLED Backlight 38 GND USB 39 VREG_WLED Backlight 40 USB2_SS_TX_M USB 41 GND Backlight 42 USB2_SS_TX_P USB 43 CABC Backlight 44 GND USB 45 46 CAM_MCLK3 47 48 CAM_MCLK1 49 VBAT Power 50 CAM1_STANDBY_N 51 VBAT Power 52 CAM1_RST_N QUP_L1 2 53 VREG_BOB LDO 54 GND 55 VREG_L16A_2P7 LDO 56 57 VREG_L18A_2P7 LDO 58 USB_VBUS Power...

Page 21: ...O_94 QUP_L1 7 7 GPIO_94 I2C 2 97 APQ_GPIO_95 QUP_L2 7 7 GPIO_95 UART Y 2 99 APQ_GPIO_96 QUP_L3 7 7 GPIO_96 UART Y 2 61 MSM_UART_TX QUP_L2 9 9 GPIO_4 UART Debug Y 2 63 MSM_UART_RX QUP_L3 9 9 GPIO_5 UART Debug 2 48 APQ_GPIO_31_OR_SSC_0 QUP_L0 11 11 GPIO_31 I2C UART SSC i2c 2 50 APQ_GPIO_32_OR_SSC_1 QUP_L1 11 11 GPIO_32 I2C UART SSC i2c 2 12 APQ_GPIO_81_OR_82 MI2S_DATA0 QUP_L0 15 15 GPIO_81 I2C MI2S ...

Page 22: ...O 1 7 2 7 1 8 2 95 1 9 3 04 VCOIN 2 3 3 25 USB_VBUS 3 6 5 13 2 Table 8 IO specifications 1 8V GPIO Min V Typical V Max V VIH 1 26 2 1 VIL 0 3 0 54 VOH 1 35 1 8 VOL 0 0 45 SDCard IO 2 95V Min V Typical V Max V VIH 1 84 3 25 VIL 0 3 0 735 VOH 2 21 2 95 VOL 0 0 36 SDCard IO 1 8V Min V Typical V Max V VIH 1 27 2 VIL 0 3 0 58 VOH 1 4 VOL 0 45 5 4 RF CONNECTORS Manufacturer Murata Manufacturer Part MM48...

Page 23: ...ns of the RE Directive 2014 53 EU 2 This device is restricted to indoor use only when operating in the 5150 to 5350 MHz frequency range 3 A minimum separation distance 20cm is required 6 3 THE A FREQUENCY BAND S IN WHICH THE RADIO EQUIPMENT OPERATES AND B MAXIMUM RADIO FREQUENCY POWER TRANSMITTED IN THE FREQUENCY BAND S IN WHICH THE RADIO EQUIPMENT OPERATES WIFI 2 4GHz 20MHz 2412MHz 2472MHz 20 dBm...

Page 24: ... A MAY CONTAIN U S AND INTERNATIONAL EXPORT CONTROLLED INFORMATION 16 Confidential and Proprietary SMART Wireless Computing Inc Provided under NDA 7 JAPAN WARNING STATEMENT a Please add below warning text ...

Page 25: ... 2 GHz高電力基地局または中継局と通信する場合を除く 電波法により5 3 GHz帯は屋内使用に限ります Translation 5 2 GHz band is restricted to indoor use only Except when communicating with 5 2GHz high power base stations or relay stations 5 3 GHz band is restricted to indoor use due to the Radio Law b A minimum separation distance 20cm is required 8 CONTACT INFORMATION USA Corporate Headquarters SMART Wireless Computing Inc ...

Page 26: ...d does not represent any expressed or implied guarantees At the time of publishing the information is believed to have been accurate nevertheless SMART Wireless Computing doesn t assume responsibility for any errors omissions and inaccuracies whatsoever Product specifications are subject to change without notice Qualcomm and Snapdragon are trademarks of Qualcomm incorporated registered in the Unit...

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