GPRS Carrier Board CAB/GPRS1 User Manual
Contents
1. 8 PA7 X PIO ParalellO PortA Bit7 9 PBO PIO Paralell O PortB BitO Parallel I O Port C Bit 0 32 GND Goud J Table A1 1 ADNP 1520 pinout pin 1 to 32 The PIO pins 1 to 20 are driven by an in system programmable ISP high density PLD ispMACH256 or similar It is possible to change the function of these pins over the ADNP 1520 JTAG interface Please contact our support staff for more information SSV EMBEDDED SYSTEMS 26 GPRS Carrier Board Appendix Appendix 1 Pin Assignment 128 pin QIL Connector 2 Part Pin Name Group Function Ln xs LAN eet ners Fin LAN Ethernet CERA RX Pin 35 RESOUT RESET Reset Output gt _ _ _ 36 VBAT PSP SC520 Real Time Clock Battery Input 37 CLKOUT PSP Clock Output Default 1 8432 MHz SD3 PSP System Expansion Bus Data Bit3 Table A1 2 ADNP 1520 pinout pin 33 to 64 SSV EMBEDDED SYSTEMS 2 GPRS Carrier Board Appendix Appendix 1 Pin Assignment 128 pin QIL Connector 3 Part Pin Name Group Funtion _ _ 6 SBHE m System Byte High Enable Sys Exp Bus ___ IOCS 16 PSP I O Chip Select 16 Sys EUR Bus Cor MEMCST6 PsP Memory Chip Select 16 Sys Exp Bus 68 MEMW PSP Memory Write Signal em EX Bus 69 MEMR PSP Memory Read Signal Sys Exp2. sss sss 27 TABLE A1 3 ADNP 1520 PINOUT PIN 65 TO 96 s s 28 TABLE A1 4 ADNP 1520 PINOUT PIN 97 TO 128 ss sss e 29 TABLE A2 1 PINOUT COMI RS232 CONNECTOR wsscscssssssssssssssssssssssessssssssessssssesssssssseseseseees 30 TABLE A2 2 PINOUT COM2 RS232 CONNECTORS cccsssssssssssssssssssscsessssssssessssssessssssssessssssees 30 TABLE A2 3 PINOUT COM2 RS422 CONNECTORS cscsssssscsssssssssssssssessssssesssssssessssssssesseseees 30 TABLE A2 4 PINOUT COM2 RS485 CONNECTORS 30 TABLE A2 5 PINOUT COM3 RS232 CONNECTOR wsccscsssssssssssssssssssssscssssssssessssssessssssssessssseees 31 TABLE A2 6 PINOUT COM RS422 CONNECTOR cceccccccccccccccoccscccecceccsccsecceccsecsecseccsocusoues 31 TABLE A2 7 PINOUT COM3 RS485 CONNECTOR ssscssssssssssssssssscssessssssssssssesesssssesesesesesees 31 TABLE A2 8 PINOUT ISP CONNECTOR 2ccssssssssstscsrsisscssecssscssoiscicsrecetacarecssscssacscacsreccsbosrecacavssarasa 32 TABLE A2 9 PINOUT CAN BUS CONNECTOR sss s 32 TABLE A2 10 PINOUT POWER CONNECTOR s sss 32 TABLE A2 11 PINOUT COMPACTFLASH CONNECTOR
3. 1 2 Checklist Compare the content of your GPRS Carrier Board package with the standard checklist below If any item is missing or appears to be damaged please contact SSV Embedded Systems Standard Items e GPRS Carrier Board e DIL NetPC ADNP 1520 e Null modem cable e Power supply e Power cable e User manual e Support CD ROM Optional Items e ISP adapter Bluetooth option only Please note that SSV does not include a Bluetooth or GSM GPRS antenna SSV EMBEDDED SYSTEMS 4 GPRS Carrier Board Introduction 1 3 Main Features GPRS Carrier Board 128 pin QIL socket for one DIL NetPC like the ADNP 1520 10 100Base T Ethernet Interface RS232 Serial interface COM1 RS232 422 485 Serial interfaces COM2 and COM3 In System Programming interface Bluetooth option only HF Out interface to connect an external antenna Bluetooth option only Dual Band GSM GPRS modem E GSM 900 1800 RF connector type MMCX Miniature Micro Connector to connect an external GSM GPRS antenna CAN bus interface only with DNP 5280 CompactFlash card interface 6 LEDs 1 Reset switch SVDC Power Input Connector Size 180 x 100 mm DIL NetPC ADNP 1520 standard SSV EMBEDDED SYSTEMS AMD SC520 CPU with 133 MHz Clock Speed and FPU 32 64 MByte SDRAM Memory 16 MByte Flash Memory 10 100Mbps Ethernet Interface Real Time Clock IDE Support Two 16C550 UART Serial Ports 20 bit General Purpose High Speed Parallel I O 7 Interr
4. 0 FIGURE 4 1 MOUNTING THE ADNP 1520 ON THE GPRS CARRIER BOARLD 11 FIGURE 4 2 RCM JUMPER wi 12 FIGURE 4 3 COM INTERFACES ma 13 FIGURE 4 4 COM2 JUMPER FIELD uiweke 14 FIGURE 4 5 C OMS JUMPER FIELD ui 15 FIGURE 4 6 JUMPERS JP2 AND JP3 ssssssss 16 FIGURE 4 7 USING COMPACTFLASH CARDS BOTTOM VIEW OF GPRS CARRIER BOARD Aa 17 FIGURE 4 8 INSERTION OF A SIM CARD s sss 18 FIGURE 4 9 JUMPERS JP2 AND JPS mii 19 FIGURE 4 10 BLUETOOTH ANTENNA ccccccccecccicccocccccoccsccccccacocccoccccccccccccocsccocccecscoccoccocescosccnoce 20 FIGURE SEEN LEDS wa 21 FIGURE 4 72 SERTAL LINK inei ate E HEIDE IE EHI ERE IHE eda iode 22 FIGURE 4 13 ETHERNET LINK WITH HUB OR SWITCH e eee eee e ee eee eene uuu e unen ene 23 FIGURE 4 14 ETHERNET LINK WITH CROSSOVER CABLE ee eee eee ee eere 23 FIGURE 4 15 ISP LINK Cc 24 FIGURE 4 16 ISP JUMPER FIELD iia 25 SSV EMBEDDED SYSTEMS 34 GPRS Carrier Board Appendix List of Tables TABLE 1 1 CONVENTION USAGE s00s2000200002500002005000020000250050200500002000022005020052000200002500002005000000000a 3 LIUC LE DS Aaa 21 TABLE A1 1 ADNP 1520 PINOUT PIN 1 TO 32 s s 26 TABLE A1 2 ADNP 1520 PINOUT PIN 33 TO 064
5. GPRS Carrier Board Documentation GPRS Carrier Board CAB GPRS1 s uoce reo C 0081X e WR a A Cs we Lun A c mars we sem eet Peet LLLA LL L 7 1 E aakhan aadatan MES pus 3x Li SSV m20015014 E Jj HEL AA TI User Manual GPRS Carrier Board Content Content 1 BIN ERODU CG TION wi AE 3 Ll Conventions Used in this DOCUMEN wicccwsscnscesvecesaiassassaauediveccmsannnzenvedeaaionssasssaueveccmsannczonseceaaionses 3 UA E e aneurin re ese E EESE E 100222 2209 ee ee 4 e Na kor tmm 5 2 BOARDLAYOUT II 6 3 BOARD COON EIN US raat csr sara oases vas as soca se EIE 8 dV 2270 Aa 8 i GSMGPRS VIDUEE ee E E eee nen ne ee 8 xe MEM I e IBI 8 3 4 CompactFlash Interface cccssssssecccccceecaessseeeccccceeeeaueeeeecccceeesaaueseeeccceessuaeeeeeeeeeeeeeeaaas 9 537 TO 100MbpS 0 6 6 a Dose ene e ee ee ee eee E 9 3 6 CAN Bus OOM RTRRRRRRHR 9 ou _ SOI CPI E AA AA AA AA AA WAA WAPA AAPA 9 38 _ Aa aa IOPE oean E ee ee ere eee 9 5D D eae pate E 10 3 10 KA DUNO see E GRELA 9000 PAOU EEE A E nop AAN ARDA 10 3411 POWEFCOnneclO eR 10 4 THE GPRS CARRIER BOARD IN USE sssssssssseeeece 11 Zl _ Mounting WADIGO NA DINI Wa 11 4 2 Providing with POWerL cccccccccccccccsseceeeeeeeceeeeeeeeeeeeeeeeessaaaaaaaaaaaaeaaaaeaeaaeacaaaaaasae
6. O T Et Figure 4 5 COM3 jumper field COM3 RS232 COM3 RS485 COM3 RS422 JP 13 M JP 9 JP 12 JP 11 C2 JP 10 Jumper JP13 is used as termination jumper default off To use termination three optional resistors have to be onboard Set the JP13 jumper cap on pins 1 and 2 to terminate the COMS3 interface for RS485 and RS422 mode In RS232 mode the COM3 interface can not be terminated SSV EMBEDDED SYSTEMS 15 GPRS Carrier Board The GPRS Carrier Board in Use 4 5 Using CompactFlash Cards 4 5 1 Jumper Settings Attention Using the Bluetooth option is not possible when using the CompactFlash interface simultaneously To use the CompactFlash card interface it is required to set jumpers JP2 and JP3 to the right positions as shown below N 5 Figure 4 6 Jumpers JP2 and JP3 CompactFlash interface enabled SSV EMBEDDED SYSTEMS GPRS Carrier Board The GPRS Carrier Board in Use 4 5 2 CompactFlash Cards Insert your CompactFlash card CF card as shown in the figure below Use only CompactFlash cards of type I Cards of type II will not mount into the CompactFlash slot Make sure the card is face up Otherwise it will not mount into the slot Figure 4 7 Using CompactFlash cards bottom view of GPRS Carrier Board SSV EMBEDDED SYSTEMS UTURUKI AI e H TITTTTTITIIITIITITTITTITITITITIITITTID LE T 3 lI a E z o5 os AA AA AA AA AAA U
7. TTL level to standard RS232 level is necessary This optional adapter can be delivered on request To provide the optional Bluetooth module with another firmware an adapter is needed This adapter converts the RS232 signal levels provided by the development system into TTL signal levels which are needed by the Bluetooth module on the Carrier Board The figure below shows the cable connection to transfer data to the Bluetooth module via the ISP link R5232 level CAA TTI TTT TTT TIT T TIT TTI Jo a a JY 158 Figure 4 15 ISP link SSV EMBEDDED SYSTEMS 24 GPRS Carrier Board The GPRS Carrier Board in Use ISP Jumper Field Use the jumpers JP14 and JPI5 to activate the ISP interface In System Programming With the ISP interface it is possible to upgrade the firmware of the Bluetooth module option Figure 4 16 ISP jumper field Jumper positions for connecting the ISP Jumper positions for normal adapter to the Bluetooth module communication between the onboard UART and the Bluetooth module JP14 JP14 i 1 JP15 JP15 SSV EMBEDDED SYSTEMS 25 GPRS Carrier Board Appendix 5 Appendix The Appendices give you more detailed information about the signals on the individual connectors Table cells marked with NC indicate signals which may be not connected Appendix 1 Pin Assignment 128 pin OIL Connector 1 Part Pin Name Group Function AA 6 PAS PIO si Parallel WO Port A BitS
8. U AAA AAA T ss UTURUKI AI H T IT eu H HET ee IT T eee T e one ma oe oe oe E eeeeneaee oe s rites 99929009999 se ZEB oo oe ae ana e os os LI oe et oe es n oe os oo de see aa MM oe see ee le eee 080 0088 sse 7 s o eee e e ote 17 GPRS Carrier Board The GPRS Carrier Board in Use 4 6 Using the GSM GPRS Modem 4 6 1 GSM GPRS Antenna The Integra Wavecom GSM GPRS modem has an MMCX connector to hold an antenna Please refer to the antenna manual how to safely mount and use it 4 6 2 SIM Card Push in the pin lever with e g a ballpoint pen to open the SIM card slot of the GSM GPRS modem Take out the card sledge and insert your SIM card appropriately Push the card sledge back into the modem softly pin lever Figure 4 8 Insertion of a SIM card SSV EMBEDDED SYSTEMS 18 GPRS Carrier Board The GPRS Carrier Board in Use 4 7 Using the Bluetooth Option 4 7 1 Jumper Settings Attention Using the Bluetooth option is not possible when using the CompactFlash interface simultaneously To use the Bluetooth module it is required to set jumpers JP2 and JP3 to the positions as shown below Nu Figure 4 9 Jumpers JP2 and JP3 Bluetooth module enabled JP3 00 JP2 1 1 4 7 2 Antenna The optional onboard Bluetooth module allows the connection between the ADNP 1520 and other devices via Bluetooth To use all features offer
9. aeeeeaaeeeaaaeeeeeees 11 BS ARG VE MC A VI Eie 7007291762 A UMEN tenuate 12 kE COM Sr NS SCIES cm 13 215 sme ompactElsh Cards IA 16 40 DBDesnpTBe cS OPRSJVOOE T Sura DURUM EMEND UNE ern nee eee eee 18 42 DsmeosheDIgCtOOtD ODNO mene niente MPR ANA Rr nT dE cas ANAT TAT ne Nr nN Tee 19 3 IA BNO dn ee E E undi um UM eee 20 MTD Ss xe 1 A0 2002272 0094272727277090 sg secs ou 21 LEONE OPE AI 22 5 AUPENDIX WA AA aa 26 SSV EMBEDDED SYSTEMS 2 GPRS Carrier Board Introduction 1 Introduction The GPRS Carrier Board is an universal carrier board for industrial applications such like process automation remote support and services The central element 1s a modular computer of the DIL NetPC series The board offers possibilities to use a GPRS modem as well as an optional module for Bluetooth wireless technology or a CompactFlash interface This document describes how to start with the GPRS Carrier Board For further information about the individual components of this product you may follow the links from our website at http www dilnetpc com Our Website contains a lot of technical information which will be updated in regular periods 1 1 Conventions Used in this Document Convention Usage UE Filenames as well as Internet addresses such as www ssv italic embedded de italic User inputs command lines and pathnames es Nes Table 1 1 Convention usage SSV EMBEDDED SYSTEMS 3 GPRS Carrier Board Introduction
10. ansion Bus 89 Reserved PsP Reserved Dontuss __ _ ccrce 86 INT PSP Programmable Interrupt Input 7 __ U zccc z 89 IDECSI PSP JIDE Interface Chip Select ___ u 90 Reserved PSP Reserved Donatus 96 _ GND lOmmd _ Table A1 3 ADNP 1520 pinout pin 65 to 96 SSV EMBEDDED SYSTEMS 28 GPRS Carrier Board Appendix Appendix 1 Pin Assignment 128 pin OIL Connector 4 Part Pin Name Group Function 9r kanep pse LAN Interface Aevity IED au_ Reserved PSP Reserved Don t use 95 RSTDRV PsP Reset Output System Expansion Bn 100 SA23 PSP System Expansion Bus Address Bit 23 101 SA22 PSP System Expansion Bus Address Bit 22 y ve f 33 VoltPowerlnput Table A1 4 ADNP 1520 pinout pin 97 to 128 SSV EMBEDDED SYSTEMS 29 GPRS Carrier Board Appendix Appendix 2 Pin Assignment of Components COMI Connector RS232 Only TOP View Table A2 1 Pinout COM1 RS232 connector COM2 Connectors RS232 RS422 RS485 Pin Signal Pin Signal 6 br s cms 4 DTR 9 RI Table A2 2 Pinout COM2 RS232 connectors TOP View Pin Signal Pin Signal e RX 8 reserved 77 9 reserved 7 Table A2 3 Pinout COM2 RS422 connectors Pin 8 reserved 9 reserved Table A2 4 Pinout COM2 RS485 connectors SSV EMBEDDED SYSTEMS GPRS Carrier Board Appe
11. ed by the Bluetooth module it is necessary to connect a standard Bluetooth antenna to the GPRS Carrier Board For this any standard 2 4 GHz Bluetooth antenna with an impedance of 50 ohm and SMA connector can be used with the HF out connector Please refer to your antenna manual how to safely mount and use it SSV EMBEDDED SYSTEMS 19 GPRS Carrier Board The GPRS Carrier Board in Use Figure 4 10 Bluetooth antenna 4 8 Reset Button Press the reset button if the system hangs or you need to restart it Pressing the reset button will only restart the ADNP 1520 To reset any connected devices turn off power from the system SSV EMBEDDED SYSTEMS 20 GPRS Carrier Board The GPRS Carrier Board in Use 4 9 LEDs Six LEDs are placed on your GPRS carrier board Power LED This LED lights when the board is powered Bluetooth The baseband activity LED flickers or lights up if there is some Baseband Activity traffic via the Bluetooth interface GPRS Flashing The GPRS flashing LED flickers or lights up if there is some traffic via the GPRS GSM modem The function of these LEDs are user definable Table 4 1 LEDs ADNP Port A 2 Bluetooth ADNP Baseband Activity Port A O GPRS ADNP Flashing Port A 1 Board Power Figure 4 11 LEDs SSV EMBEDDED SYSTEMS 21 GPRS Carrier Board The GPRS Carrier Board in Use 4 10 Connections In addition to Bluetooth and GPRS GSM connections seve
12. ing Port A 1 Board Power Figure 3 1 LEDs 3 10 Reset Button Press the reset button if the system hangs or you need to restart it Pressing the reset button will only restart the ADNP 1520 To reset connected devices turn off power from the system 3 11 Power Connector Caution Providing the GPRS Carrier Board with a voltage higher than the regular 5V DC 10 could resolve in damaged board components The GPRS Carrier Board needs a supply voltage of 5V DC to work In your carrier board package you will find a plug in power supply unit to provide the system with the necessary power SSV EMBEDDED SYSTEMS 10 GPRS Carrier Board The GPRS Carrier Board in Use 4 The GPRS Carrier Board in Use 4 1 4 2 Mounting the DIL NetPC ADNP 1520 Caution Too high pressure on the DIL NetPC can resolve in damaged components and or in bent or broken pins To mount the ADNP 1520 on the GPRS Carrier Board set it carefully on the 128 pin QIL socket Please note that the ADNP 1520 is positioned in the right way as shown in figure 4 1 After that press the ADNP 1520 carefully down so that the QIL socket fixes it SSCESESPESESESESPERSCCPECRECEECEREEES i 128 pin OIL socket TTT m HH Hm F m TTE e IT cae ee JE H ee ic JF1 GE sprees GSM GPRS Modem M 4 1 Mounting the ADNP 1520 on the GPRS Carrier Board Providing with Power Caution Providing the Carrier Board with a voltage higher
13. ndix COMS3 Connector RS232 RS422 RS485 TOP Table A2 5 Pinout COM3 RS232 connector Pin Signal 2 TX 8 reserved 9 reserved 77 Table A2 6 Pinout COM3 RS422 connector Pin Signal Pin Signal 6 RX TX S reserved 77 9 reserved 777 Table A2 7 Pinout COM3 RS485 connector SSV EMBEDDED SYSTEMS 31 GPRS Carrier Board Appendix ISP Connector TOP View CAN Bus Connector TOP View Power Connector SSV EMBEDDED SYSTEMS Table A2 9 Pinout CAN bus connector Table A2 10 Pinout power connector 32 GPRS Carrier Board Appendix CompactFlash Connector Pin Signal D4 5 D6 6 D 8 Al0 9 ATASEL 47 D8 48 D9 Table A2 11 Pinout CompactFlash connector TOP View 10 100 Mbps Ethernet Connector TOP View e eee E Shield Table A2 12 Pinout 10 100 Mbps Ethernet connector SSV EMBEDDED SYSTEMS 33 GPRS Carrier Board Appendix aS ss 5 List of Figures FIGURE 2 1 TOP VIEW OF GPRS CARRIER BOARD sss 6 FIGURE 2 2 BOTTOM VIEW OF GPRS CARRIER BOARD sssss eee 6 FIGURE 2 3 WAVECOM INTEGRA GSM GPRS MODEM ccccceccceeccccccccccccccccccccccocoocees 7 FIGURE 2 4 SIM CARD SLOT AND MMCX ANTENNA CONNECTOR 0 ccsssccceeeeseeeees 7 FIGURE S L LEDS AI 1
14. nt with ETSI GSM Phase 2 standard Normal MS e Class 4 2W at 900 MHz e Class 1 IW at 1800 MHz e MMCX antenna connector for 900 and 1800 MHz e Internal 3V SIM reader 5V SIM with external level shifter 3 3 Bluetooth Option The Bluetooth technology is a standard for short range wireless communications between different devices The module option on the carrier board is a complete baseband RF solution that allows you a quick and easy integration of Bluetooth wireless technology outgoing from Handheld PDA Cell Phone or Laptop into embedded or standard devices The Bluetooth option follows the Bluetooth standard with all its included advantages like transmission security and noise immunity in the industrial environment area The onboard Bluetooth module allows the connection between the ADNP 1520 and other devices via Bluetooth To use all features offered by the Bluetooth module it is necessary to connect a standard Bluetooth antenna to the GPRS Carrier Board For this any standard 2 4 GHz Bluetooth antenna with an impedance of 50 ohm and SMA connector can be used with the HF out connector The GPRS Carrier Board offers an ISP interface This interface is used to communicate with the onboard Bluetooth module e g to load a new firmware SSV EMBEDDED SYSTEMS 8 GPRS Carrier Board Board Components 3 4 3 5 3 6 3 7 3 8 CompactFlash Interface On the back side of the GPRS Carrier Board a CompactFlash interface is loca
15. ral cable connections can be made to your GPRS carrier board In the following subchapters three types of connections are described 4 10 1 Serial Link For an initial communication with the GPRS carrier board use a null modem cable on port COMI For the serial link you need a null modem cable This cable comes along with your GPRS Carrier Board package Please connect the GPRS Carrier Board with a COM port of your development system for example COMI or COM2 by using this cable null modem cable E E p a a aca a a n a a m m a m a ul m a a TET AR Pape 123 pan G J JE T A ra COME TIL Figure 4 12 Serial link SSV EMBEDDED SYSTEMS 22 GPRS Carrier Board The GPRS Carrier Board in Use 4 10 2 Ethernet Link The Ethernet link requires two standard 10 Base T patch cables one hub or switch and an Ethernet LAN adapter for your development system hub switch Figure 4 13 Ethernet link with hub or switch If you want to connect your development system directly to the GPRS Carrier Board place a crossover cable between these two systems as shown in figure 4 14 f aorr n a crossover cable Figure 4 14 Ethernet link with crossover cable 23 SSV EMBEDDED SYSTEMS GPRS Carrier Board The GPRS Carrier Board in Use 4 10 3 ISP Link Caution The ISP interface uses TTL levels To connect it to a standard RS232 serial port a special adapter which converts the
16. ss 33 TABLE A2 12 PINOUT 10 100 MBPS ETHERNET CONNECTOR eee e eren nnn 33 SSV EMBEDDED SYSTEMS 35 GPRS Carrier Board Appendix List of Appendices APPENDIX 1 PIN ASSIGNMENT 128 PIN QIL CONNECTOR 1 PART eere 26 APPENDIX 1 PIN ASSIGNMENT 128 PIN QIL CONNECTOR 2 PART eere 27 APPENDIX 1 PIN ASSIGNMENT 128 PIN QIL CONNECTOR 3 PART eere 28 APPENDIX 1 PIN ASSIGNMENT 128 PIN QIL CONNECTOR 4 PART eene 29 APPENDIX 2 PIN ASSIGNMENT OF COMPONENTS cccscsssssssssssssssssssssssssssssssssssssssssessesssees 30 LIST OF FIGURES RRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRMMMMMMMMMKNHNFO MH oANMMM 34 LIST OF TABLES reson cons se sesesesta csvscsn ce sesesnscetssecescenstuesrscsscestansiscetsssesesenssiaesrvesssesennessoetsesetesennsiaessenns 35 PODS OB AUG occas 0 1022240100120012 2100 1052200142020000 HUE 35 LIST OF APPENDICES ccccccccccccccccocccccocsccoscoccocococoscoscoceocsocssvocsscsovssvosssssscesvsssessscsovssssosscssossosssus 36 LIST OF APPENDICES ecccccccccccccccocceccccoccoscoscoscocoocoscoscocsoceovesvossscsscesvesssssscesvssvossscsscsssessssssessosssus 36 COIN TSC h APA 02 20002220 E KA MASASI 1002240021200002 NE ERRER 37 TRADEMARK ANNOTATIONS cossiccosesesescsssossesdesssnestsestsssdsocsacsssecasstsesesasstossdecdessvassesususorsnoueddadenonss 37 DOCUMENT HISTORY cccscssssssssssssssscssscscscsc
17. ssssssssssscsssssssssssssssesesssesssesssssssssssssssssssssssssssesesesesesess 37 SSV EMBEDDED SYSTEMS 36 GPRS Carrier Board Appendix Contact SSV Embedded Systems Heisterbergallee 72 D 30453 Hannover Tel 49 0 511 40000 0 Fax 49 0 511 40000 40 e mail sales ist1 de Web www dilnetpc com Trademark Annotations The Bluetooth word mark and logos are owned by the Bluetooth SIG Inc The CompactFlash CFA logo and CF logo are owned by the CompactFlash Association CFA Wavecom WISMO and Integra are trademarks of Wavecom S A AMD the AMD logo and combinations thereof are trademarks of Advanced Micro Devices Inc Standard Microsystems and SMSC are registered trademarks of Standard Microsystems Corporation Other word marks and logos are owned by their respective holders Document History memw we qm This document is written only for the internal application The contents of this document can change any time without announcement There is taken over no guarantee for the accuracy of the statements Copyright O SSV EMBEDDED SYSTEMS 2003 All rights reserved INFORMATION PROVIDED IN THIS DOCUMENT IS PROVIDED AS IS WITHOUT WARRANTY OF ANY KIND The user assumes the entire risk as to the accuracy and the use of this document SSV EMBEDDED SYSTEMS 37
18. t make sure the RCM jumper is set see chapter 4 3 4 4 2 COM Serial Interfaces Attention Use only one COM2 serial interface at the same time Use a TTL level adapter when using the TTL level COM2 interface COM2 can either be used with RS232 TTL level or with the RS232 RS485 or RS422 protocol The RS232 TTL level interface has got a 10 pin boxed header The second COM2 port on the board has also a boxed header In addition the protocol RS232 RS485 or RS422 can be set by jumpers for this interface COM2 RS232 TTL level COM2 RS232 RS485 RS422 Figure 4 3 COM2 interfaces SSV EMBEDDED SYSTEMS 13 GPRS Carrier Board The GPRS Carrier Board in Use With jumpers JP4 to JP8 the COM2 protocol can be set as shown in figure 4 4 Figure 4 4 COM2 jumper field COM2 RS232 COM2 RS485 COM2 RS422 Se JP 5 i JP 7 Jumper JP8 is used as termination Jumper default off To use termination three optional resistors have to be onboard Set the JP8 jumper cap on pins 1 and 2 to terminate the COM2 interface for RS485 and RS422 mode In RS232 mode the COM2 interface can not be terminated SSV EMBEDDED SYSTEMS 14 GPRS Carrier Board The GPRS Carrier Board in Use 4 4 3 COMS Serial Interface COM3 can be used with RS232 RS485 or RS 422 protocol It has a 9 pin sub D male connector The COM3 protocols can be set by jumpers JP9 to JP13 as shown below 7 L CELL E T Lon ELI a mi i TT EC
19. ted that will operate with 3 3V 10 100Mbps Ethernet The ADNP 1520 is using an SMSC LANOICIII chip that allows Ethernet connectivity with a speed up to 100Mbps The RJ45 Ethernet interface on the GPRS Carrier Board is just a simple connection over a transformer to the 128 QIL interface pins which are connected to the SMSC LAN controller on the ADNP 1520 CAN Bus Option The GPRS carrier board offers a CAN bus option The CAN bus interface will be available if using the DIL NetPC DNP 5280 COM Serial Interfaces The GPRS Carrier Board is equipped with 3 serial COM interfaces COMI 9 pin sub D male connector COM2 10 pin boxed header and COM3 9 pin sub D male connector COMI is used for initial communication with the carrier board It follows the RS232 protocol COM2 can either be used with RS232 TTL level or with the RS232 RS485 or RS422 protocol COM3 can be used with the RS232 RS485 or RS 422 protocol Onboard Jumper JP1 RCM jumper for terminal mode JP2 3 Chip select CS jumper JP4 JP8 Jumper field for setting COM2 to RS232 RS485 RS422 JP9 JP13 Jumper field for setting COM3 to RS232 RS485 RS422 JP14 15 Jumpers for using the ISP interface Bluetooth option only SSV EMBEDDED SYSTEMS 9 GPRS Carrier Board Board Components 3 9 LEDs You will find 6 LEDs on your GPRS Carrier Board which are illustrated in figure 3 1 ADNP Port A 2 Bluetooth ADNP Baseband Activity Port A O GPRS ADNP Flash
20. than the regular 5V DC 10 could resolve in damaged board components Caution SSV recommends to power off the GPRS carrier board every time you alter or modify board configurations like jumper settings or cable connections The GPRS Carrier Board needs a supply voltage of 5VDC to work In your carrier board package you will find a plug in power supply unit to provide the system with the necessary power SSV EMBEDDED SYSTEMS 1 GPRS Carrier Board The GPRS Carrier Board in Use 4 3 RCM Jumper Use this jumper to activate the RCM mode of the ADNP 1520 The RCM mode Remote Console Mode offers the possibility to control the ADNP 1520 via terminal program To activate the RCM mode place a jumper cap on both pins of the RCM jumper so that it is short If you remove the jumper cap or place the jumper cap on just one pin the jumper is open and you can not use the RCM mode When closed you will see some boot messages on the serial port COMI If the RCM jumper is open these messages are blocked Figure 4 2 shows the exact position of the RCM jumper Figure 4 2 RCM jumper RCM mode enabled RCM mode disabled SSV EMBEDDED SYSTEMS 12 GPRS Carrier Board The GPRS Carrier Board in Use 4 4 COM Serial Interfaces 4 4 1 COMI Serial Interface COM I is mostly used for initial communication with the carrier board and follows the RS232 protocol The interface has a 9 pin sub D male connector When using a remote terminal on this por
21. upt Inputs 4 Chip Select Outputs In System Programming Features 128 pin QIL connector 3 3 Volt Low Power Design Single 3 3 VDC Supply Size 82 x 36 mm GPRS Carrier Board Board Layout 2 Board Layout The design of your GPRS Carrier Board depends on the DIL NetPC and the Bluetooth option Therefore some components like the ISP connector the Bluetooth chipset the antenna connector or the CAN bus interface may not be mounted on your board CAN bus only available with DNP 5280 Bluetooth option AFF I Bluetooth Antenna lt GSM GPRS Antenna GSMGPRS Modem SIM Card Slot EEEE etes oe ee amp Compact Flash interface ee ee ee See CBE EE OG eae eae 686886 Figure 2 2 Bottom view of GPRS Carrier Board SSV EMBEDDED SYSTEMS 6 GPRS Carrier Board Board Layout Figure 2 3 Wavecom Integra GSM GPRS modem Figure 2 4 SIM card slot and MMCX antenna connector SSV EMBEDDED SYSTEMS GPRS Carrier Board Board Components 3 Board Components 3 1 128 pin QIL socket The QIL socket with 128 pins can hold one DIL NetPC like the ADNP 1520 Please refer to chapter 4 1 how to mount your DIL NetPC safely If you are interested in pin signals please refer to the appendix 3 2 GSM GPRS Modem The board contains a GSM GPRS modem made by Wavecom Some basic features are e Dual Band integrated GSM modem EGSM900 1800 MHz e Fully Type Approved e Complia
Download Pdf Manuals
Related Search