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WWW.INFOPULSAS.LT / info@infopulsas.lt Development board for Sierra SL6087and XM01100 Technical Specification

TABLE OF CONTENTS 1 Introduction... 3 2 Development Board top view... 3 3 Development Board bottom view... 5 4 SL6087->Q24 adapter board... 6 5 XM0110 daughter board... 7 6 Connector description... 8 7 Switch description:... 12 8 LED description:... 12

1 Introduction Development Board for SL6087 and XM0110 has been designed In order to make customers development based on Sierra SL6087 and XM0110 easier. With this board it is possible to test SL6087 and XM0110 capabilities as well as Open AT programming without making own board. Development board has been equipped with supply connector, two serial ports, SIM card slot and goldpin connector. For technical parameters regarding SL6087 and XM0110 please refer to applicable documentation from Sierra Wireless.

2 Development Board top view S1 switch logical level for ON/OFF signal J5 Connector DB Power supply S2 Switch BOOT Or Normal working mode selection J3 Connector 60-pin Signal connector SW1 Switch Modem reset J4 Connector 60-pin connector with modem signals Control LED Additional antenna connector U.FL. For future use Main antenna connector U.FL. Mini USB S4 Switch UART2 or GPIO mode J12 Connector UART 2 J1 Connector UART 1 1. Development Board for SL6087 and XM0110 component placement

3 Development Board bottom view JSIM Slot 2. Development Board for SL6087 and XM0110 component placement

4 SL6087->Q24 adapter board J7 Connector Expansion socket Złącze J6 Expansion socket Main antenna connector U.FL. 3. SL6087->Q24 adapter board, top view 4. SL6087->Q24 adapter board, bottom view

5 XM0110 daughter board XM0110 daughter board is a removable expansion board which can help customer to develop their own project based on XM0110 module. Board should be mounted on J7 and J6 connector of SL6087 adapter board. J7 Connector GPS antenna connector J6 Connector 5. XM0110 daughter board (top view) For connection between SL06087 and XM011 serial port UART2 is used. Moreover as a control signals mentioned below GPIO lines are used: GPIO22 XM0110 ON/OFF pin GPIO23 XM0110 reset pin GPIO21 additional LED (for customer use) 6. SL6087 and XM0110 schematic Warning: Since UART2 is used for XM0110 connection, it is not available through J2 connector. Please switch S4 to GPIO position when you use XM0110 daughter board.

6 Connector description J1 Connector female DB9 connector for RS-232 communication. UART1 of SL6087 module is available through this connector. Signals available on this connector are described in table below: Tab 1. Signal description for J1 connector (UART1) J2 Connector female DB9 connector for RS-232 communication. UART2 of SL6087 module is available through this connector. Signals available on this connector are described in table below: Tab 2. Signal description for J1 connector (UART2)

J3 Connector 60-pin signal connector dedicated for 4 SL6087->Q24 adapter board mounting. Available signals are described in table below: J3, J4 pin number SL6087 pin number Pin number 1 41 Reserved_41 2 41 Reserved_41 3 9 SIM-CLK 4 41 Reserved_41 5 7 ~SIM-RST 6 43 ON/~OFF 7 8 SIM-IO 8 13 16 SPI1-IO/GPIO13 (if R1 is present and R2 is unsoldered Fig. 4) or SDA/GPIO2 (if R4 is present and R1 is unsoldered Fig. 4) 9 6 SIM-VCC 10 12 17 SPI1-CLK/GPIO12 (if R2 is present and R3 is unsoldered Fig. 4) lub SCL/GPIO1 (if R3 is present and R2 is unsoldered Fig. 4) 11 42,44 VBAT 12 18 BOOT 13 NOT USED 14 63 ~RESET 15 NOT USED 16 62 INT1 17 NOT USED 18 45 CT103-TXD2 19 64 PCM-SYNC 20 46 CT104-RXD2 21 NOT USED 22 37 GPIO24 23 65 PCM-OUT 24 47 ~CT106-CTS2 25 NOT USED 26 14 SPI1-I 27 66 PCM-IN 28 11 ~SPI1-I_CS 29 NOT USED 30 73 ~CT105-RTS1 31 67 PCM-CLK 32 1 CT104-RXD1 33 5 ADC2 34 70 ~CT108-2-DTR1

35 48 ~CT105-RTS2 36 72 ~CT107-DSR1 37 2 ~CT106-CTS1 38 40 ADC1 39 74 CT103-TXD1 40 58 VCC_2V8 41 57 SPKP 42 53 MICP 43 56 SPKN 44 54 MICN 45 NOT USED 46 NOT USED 47 NOT USED 48 NOT USED 49 68 BUZZER0 50 10 SIMPRES 51 69 ~CT109-DCD1 52 60 LED0 (w przypadku wysterowania LED0 na 52 pinie pojawia się napięcie VBAT) 53 61 INT0 54 71 ~CT125-RI 55 42,44 VBAT 56 3 BAT-RTC 57 42,44 VBAT 58 42,44 VBAT 59 42,44 VBAT 60 42,44 VBAT Tab 3. SL6087 pin description 7. 60-pin connector J4 Connector 60-pin goldpin connector with SL6087 signals LED out (tab.3)

J5 Connector Power supply connector. Supply voltage should be between 7V and 9V with 0,5A current draw capability. Polarization is described on board. Additional J6 Connector expansion socket for GPS XM0110. Pin description: J6 pin number SL6087 pin number SL6087 signal name 1 46 CT104-RXD2/GPIO15 2 45 CT103-TXD2/GPIO14 3 39 GPIO23 4 38 GPIO22 Additional J7 Connector expansion socket for GPS XM0110. Pin description: J7 pin number SL6087 pin number SL6087 signal name 1 42,44 VBAT 2 4 GPIO0/32KHZ 3 15 GPIO21 4 GND JSIM Connector SIM card slot dedicated for SIM card inserting. Signal description: Tab 4. Signal name for SIM card interface of SL6087 module

7 Switch description: S4 Switch working mode for UART2: - UART1 UART2 of SL6087 module is available through J2 connector - GPIO UART2 of SL6087 is disconnected from J2 connector. In this mode you can use GPIO lines multiplexed with UART2 lines S1 Switch ON/OFF signal - ON module ON - OFF module OFF S2 Switch BOOT and normal mode selection: - BOOT service mode for firmware reflashing with DWLWin application -NORMAL normal working mode SW1 Switch reset pin of SL6087 module. 8 LED description: PWR Power LED. This LED is on when Power supply was properly applied FLH flash LED of SL6087 module showing working state of SL6087 (please refer to SL6087 Product Specification) Diody UART1 signal LEDs for UART1 interface : TXD, RXD, RTS, CTS, DTS, DSR. Diody UART2 signal LEDs for UART1 interface: RS-232:TXD, RXD, RTS, CTS.