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A3D-JP3 - Falcom

1. Character format 8 data bits Parity None Stop bits 1 Signal levels CCITT Recommendation V 28 Table 2 The available connectors for serial interfaces on the A3D and A3D JP3 This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 15 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 3 1 3 1 Determining the External Eguipment Type Before you connect the DB9 serial port connectors on the aforementioned terminals DCE units to external eguipment you need to determine if the external hardware serial ports are configured as DTE or DCE The terms DTE Data Terminal Equipment and DCE Data Communications Eguipment are typically used to describe serial ports on devices Computers PCs generally use DTE connectors and communication devices such as modems and DSU CSU devices generally use DCE connectors As a general rule DTE ports connect to DCE ports via straight through pinned cables In other words a DTE port never connects directly to another DTE port Similarly a DCE port never connects directly to another DCE port The signaling definitions were written from the perspective of the DTE device therefore a Receive Data signal becomes an input to DTE but an output from DCE The A3D and A3D JP3 as well A2D 3 and A2D 3 JP3 are designed for use as a DCE Based on the aforementioned conventions for DCE DTE connections it communicates with the custom
2. Data CKSUM gt lt CR gt LET Message Identifier consisting of three numeric characters Input messages begin at MID 100 Message specific data Refer to a specific message section for lt data gt lt data gt definition CKSUM is a two hex character checksum as defined in the NMEA specification Use of checksums is required on all input messages Each message is terminated using Carriage Return CR Line Feed LF which is r n which is hex 0D 0A Because r n is not printable ASCII characters they are omitted from the example strings but must be sent to terminate the message and cause the receiver to process that input message Note All fields in all proprietary NMEA messages are required none are optional All NMEA messages are comma delimited This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 24 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 7 Interfaces of FALCOM A3D and FALCOM A3D JP3 7 1 1 Interface A The figure below shows the cable which is used for power supply connection included in the package to the aforementioned A3D series dl arm Power input 8 31 2 VDC Pin number Name Functions 1 GND brown DC power negative input 2 Mute green Do not connect 3 ET Ignition connected to positive DC power 4 doe SUP D I DC power positive input white Table 9
3. Page 49 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 13 Command List 13 1 Essential AT Commands Command Description ales Switch to command mode when connected ATA Answer call ATDx Dial data number x ATDx Dial voice number x ATEO Disable command echo ATEI1 Enable command echo ATH Disconnect existing connection ATO Return to data mode ATSO n Go off hook after n ringing signal n 1 5 ATS0 0 No automatic answering of calls ATZ Load stored profile AT amp CO DCD always ON AT amp C1 DCD matches state of the remote modem s data carrier AT amp DO Ignore DTR signal AT amp DI At DTR gt OFF Switches from data to command mode AT amp D2 At DTR gt OFF Clear down the call AT amp W Store current configuration AT IPR Select the modem s data rate AT IFC Select the modem s local flow control setting AT VGR Tune the receive gain AT VGT Tune the transmit gain AT VTD Define DTMF tone duration This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 50 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 AT VTS Send DTMF tone Table 29 Essential AT commands 13 2 GSM AT Commands GSM 07 07 Command Description AT CBST Select the bearer type AT CC
4. Connecting an external device e g handset only at switched OFF modems Use only 3V DC GPS Antenna active for A2D 3JP3 and A3D Use only 5V DC GPS Antenna active for A2D 3 Note the line colours of the power supply Do not connect the audio signals to Ground GND directly Do not connect external DC Sources to the audio signals otherwise the modem will be damaged Falcom recommends to use 57600 bps as a maximum speed for update the GSM firmware GPS Alarm firmware or the monitor software In case of damage because of using a speed which exceeds 57600bps no liability is accepted The recommended torque to screw the SMA connector into interface F GPS connector of A3D is 60 80 Nem Do not apply lengthwise force into the direction of the modem The integrated GPS receiver into the A3D JP3 G10 and A2D 3JP3 G10 is a new version of Falcom JP3 For more details please download its corresponding manual hardware description from the Falcom s homepage www falcom de Page 6 VERSION 1 08 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 0 Introduction This manual is focussed on the GSM data solutions of the FALCOM A3D A3D JP3 A2D 3 and A2D 3JP3 series from FALCOM GmbH It contains information about their GPS Alarm firmware as well as their technical data It does not contain special information about the GSM related accessories as there are the Dial Handset the Hands Free Set and the mobile data termi
5. Example 14 update the firmware per air interface For updating the GPS Alarm firmware remotely for example the Modem FALCOM A3D it must be configured by the following commands amp CNF MODE G 0 amp CNF GPS GPRMC 100 or another GPS Protocol like GPGGA GPGSV GPGSA GPGLL or GPVTG If you make a data connection from another modem Modem1 with FALCOM A3D you will get automatically the GPS sentences sent from FALCOM A3D Now you can type the command amp system which switches the FALCOM A3D to Mon186 remotely then you can send the text file GPS HEX and after a successful transmission type the command Your modem will lose the data connection because the FALCOM A3D will be initialised after running the command Data N Ger Connect 9600 GPS sentences a amp system e Transmit Modem 1 A3D JP3 This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 67 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 amp DEBUG For using the built in debug facilities of the GPS ALARM firmware the command amp DEBUG can be used With this command the current debug level of the application can be changed to produce more or less useful additional messages while the application is running The debug level equals 0 is standard setting after restart the FALCOM A3D with the GPS ALARM firmware and means all debug messages are disabled Syntax amp DEBUG
6. Power supply 10 8 to 31 2 V DC absolute maximum ratings suitable for direct connection to an automotive 12V or 24V DC supply 9 3 Physical Casing Complete shielding aluminium colour black with surface structure 94 Basic Features 9 4 1 Telephony e Telephony TCH FS amp Emergency calls e Full Rate Enhanced Full Rate and Half Rate e Dual Tone Multi Frequency function DTMF 9 4 2 Short Message Service GSM and GPRS mode e Text and PDU e Point to point MT amp MO e SMS Cell Broadcast 943 GSM circuit Data Features e Data circuit asynchronous transparent and non transparent up to 14 400 bits s e Automatic fax group 3 Class 1 amp 2 e Alternate speech and fax e MNP2 V 42bis This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 34 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 9 4 4 9 4 5 9 4 6 GPRS Packet Data Features GPRS Class B Class 10 max 85 6 kbps downstream Coding Schemes CS1 to CS4 Compliant with SMG3 Ibis GSM Supplementary services Call Forwarding Call Barring Multiparty Call Waiting and Call Hold Calling Line Identity Advice of Charge USSD Closed User Group Explicit Call Transfer Other features ME SIM phone book management Fixed Dialling Number SIM Toolkit Class 2 SIM network and service provider locks Real Time Clock Software upgrade through X modem protocol UCS 2 charac
7. 6 2 1 NMEA data message The integrated GPS receiver inside the A3D JP3 delivers data in the NMEA 0183 format Note The FALCOM GPS Alarm firmware and its libraries support the protocols of the GPS receivers JP3 For further information about the programming and developing a firmware from the user side it is recommended to read the programming manual progmanxx pdf which is available on Falcom s website www falcom de gt Service gt Manuals gt progmanxx pdf It is also recommended to download the zip file which includes the sources examples and the libraries for programming A3D JP3 It also includes a getting started document for the developer KIT Table below lists each of the NMEA output messages supported by the A3D JP3 evaluation receiver and a brief description For further description about NMEA see Related documents It can also be switched to the SiRF binary mode 6 2 1 1 NMEA output messages The table below shows each of the NMEA output messages supported by the SiRFstarIle Evaluation Receiver and a brief description This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 22 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 Option Description GGA Time position and fix type data GLL Latitude longitude UTC time of position fix and status GSA GPS receiver operating mode satellites used in the position soluti
8. Pin out of interface A The Ignition line is to switch the modem ON and OFF especially in the motor vehicle It must be connected to the positive pole power supply 7 1 2 Interface B RS232 V24 9 pin Sub D female to DIN 41652 oCo Pin Description Direction 1 DCD Data Carrier Detect OUT 2 RxDe gt Received Data OUT 3 TxD Transmitted Data IN 4 DTR Data Terminal Ready IN 5 GND Signal Ground 6 DSR Data Set Ready OUT This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 25 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 7 RTS Request To Send IN 8 CTS Clear To Send OUT RI Ring Indicator S optional 8 31 2V DC or S DM SA Table 10 Pin out of interface B 7 13 Interface C RS232 RS485 IO s 15 pin Sub D female PIN NAME DISCRIPTION LEVEL 1 101 input 2 102 input 3 103 input 4 104 output 5 105 Not used 6 106 Not used 7 107 Not used 8 108 Not used 9 OUT K1 id S Ee 8 312V DC max 1 A 10 OUT Ki output Output 5V DC 100mA max 11 TxD232 Transmit serial data Input 12 RxD232 Receive serial data Output 13 TxD485 Input Input 14 RxD485 Output Output 15 GND Ground The directions of the IO s refer to the FW GPS Alarm of FALCOM They could be configured by the u
9. These commands are used to configure the GPS receiver and the GSM module inside the modems amp CNF GSM sets the pin number of the SIM card and an additional AT command is used during the initialisation and amp RESET is used to restart the GSM module amp CNF GPS sets the GPS protocol and the required geographical earth datums of the GPS receiver The GPS receiver can be configured to report different protocols To enable different GPS protocol sequences the user should combine the necessary NMEA protocol names with a colon as delimiter These settings are used after start up the GSM modems to initialize the internal GPS receiver Syntax amp CNF GSM Gin command GSM configuration Parameters description pin 0000 9999 pin number of the SIM card command additional initialisation for the GSM module amp RESET Reset GSM module This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 59 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 amp CNF GPS protocol zone GPS configuration Parameters description protocol Initialised NMEA protocols zone earth datums 100 means WGS 84 Example 6 amp CNF GSM amp CNE GPS and amp RESET Input amp CNF GPS GPGGA GPRMC 100 Set GPS Protocols Output OK Input amp CNF GSM 1234 at cbst 7 0 1 Set GSM initialization Output OK Input amp REQ CNF Print configuration Output SCNFGSM 1234 at cb
10. from the user side it is recommended to read the programming manual progmanxx pdf which is available on Falcom s website www falcom de gt Service gt Manuals gt progmanxx pdf It is also recommended to download the zip file which includes the sources examples and the libraries for programming A2D 3JP3 It also includes a getting started document for the developer KIT Table below lists each of the NMEA output messages supported by the A2D 3JP3 evaluation receiver and a brief description For further description about NMEA 0 2 Related documents It can also be switched to the SiRF binary mode 10 2 1 1 NMEA output messages The table 3 below shows each of the NMEA output messages supported by the SiRFstarIle Evaluation Receiver and a brief description This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 36 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 Option Description GGA Time position and fix type data GLL Latitude longitude UTC time of position fix and status GSA GPS receiver operating mode satellites used in the position solution and DOP values GSV The number of GPS satellites in view satellite ID numbers elevation azimuth and SNR values RMC Time date position course and speed data VTG Course and speed information relative to the ground Table 18 NMEA Output Messages 10 2 1 2 NMEA input mess
11. JP3 900 1800 G10 power consumption ee ee ee Re ee ee ee Re GE Re RR RA RA GRA Re ee 19 GSM CORE A3D AND A3D JP3 iese 20 CGENERA EEN 20 EIERE N EO RE EE OT EE 20 Ek SE RE EE OE EE ME EE EE OR steseves 20 BASIC PERATURES Si e N Ee ae ese ee Re de ee oe ee oe ee Ie ed ee ee Ge oe ee OR Ee ee Ee 20 dil ooN AE EE EE RE ee eege b ee Aere EE 20 Short Message Service GSM and GPRS mode 20 GSM circuit Data Features iese sesse ee se ee ee GR ee Ge Re ee GR Re ee Ge Re ee Re ee Re ee RA ee ee ee ee 20 GPRS Packet Data Features 21 GSM Supplementary services 21 BUS Eie RIG AE OR ed N OO N RE OE NE iee 21 GPS CORE A3D JP3 ccccscsscosscseccsscesecsecsssceecscecuseseecseereee 22 GENERA EE EE OE RE EE OE NE En 22 TECHNICAE DATA EE RE ER RE ORE HE KO 22 NMEA data message EE OE EE EE EE EE ED 22 This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 2 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 INTERFACES OF FALCOM A3D AND FALCOM REEN Tnterface A EA N RE EK ER EE EO 25 7 1 2 EE EE OE RE RE ER ER es 25 AE ie U EE N EE N OE EE N 26 KEE Interface EE EE N N EER EE OE N EN 28 TLS EE EE N EE OE OE N EE 29 AE iS oe RE EE N E EE OE N Ed 29 AA OE Do die N AE N OE OE OE 29 TL8 Audiointerface G RE NE N N 29 8 FALCOM A2D 3 amp A2D 3JP3 EE VEE 8 1 GENERAL DESCRIPTION O 30 8 1 1 Functional Overview ese ee ee ee ee ee ee ee ee ee ee ee Re Re ee Re ee ee RR ee ee
12. Output OK Input amp CNF PIN 1 Activate the automatical input of the PIN Nr Output OK Input at tcpin 2037 Output OK Switch modem off then on again Input at cpin Output CPIN READY 14 2 Obtaining GPS Position Data amp REQOPOS amp REQOINT amp REO FIX amp REQ LAST These commands are used for obtaining GPS navigational data from the internal GPS receiver The data are given in the format specified during the initialization or as specified manually amp REQOPOS returns a single set of positional data while amp REQOINT continuously obtains positional data until the next command is entered Using amp REQOFIX one can generate a message to check the message configuration or to poll data from the modems The latest valid single shoot of positional data will be returned by using amp REQ LAST The amp REQ FIX and amp REQ LAST commands can have an additional parameter which named a receiver number If this parameter is missing the requested message will be delivered to the standard message receiver The message number setting follow the guidelines for the phone number parameter This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 56 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 Example 2 amp REO POS amp REQ INT amp REQ FIX and amp REO LAST Input amp REQ POS Print GPS Snapshot Output GPGGA 104220 5040 3711 N 01058 8
13. Ready Input 8 RTS Request To Send Input 9 GND Ground 10 GND Ground 11 IO1 General propose input Input 12 102 General propose input Input 13 103 General propose input Input 14 104 General propose Output Output 15 OUT KI output E Es for IO Output ee optional The directions of the IO s refer to the FW GPS Alarm of FALCOM They could be configured by the user see programming manual progmanxx pdf Table 26 Pin out of interface B Caution Please connect the IO s 11 14 to supply voltage through a resistor 1 kOhm to 100 kOhm for input current limiting during power on 12 2 2 1 Electrical parameter general IO ports Characteristics Symbol Limits Unit Output current per channal ee 200 mA Output voltage Voi lt 31 2 V Input resistance R 470 KO Input voltage Logic High VinH els V Input voltage Logic Low Vil lt 1 2 Inputs Outputs current limit lOs ER 1 A This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 46 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 The allowed maximum load current at the digital output Pin14 is 200mA 2 Or can be left open 2 The allowed maximum load current by using all channels IO s together is 1 A max Table 27 General parameter of I O ports The minimal value of load resistance DB 15 connector Key 1 Ver 1 Key3 output
14. Voltage Vin TTT 10 2 31 2 VDC d ZG E l Pin 11 R 47 KO Pin 12 ma 47 KO Relay Pin 13 E 47 KO Pin 14e Case HL Case LH VDD VDD Izi T Switc Input KEY 1 3 a d VDD Load Output PORT lt 12 2 3 Interface C RJ 45 8 pin shielded Audio RS232 a h Pin Description Direction 8 V output optional output supply 1 voltage for IO signals 10 8 V 31 2 OUT VDC or 5 0 VDC p TxD Transmitted Data IN 3 RxD Received Data OUT This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 47 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 4 Ground 5 SPK OUT 6 SPK OUT 7 MIC IN 8 MIC IN CAUTION Do not connect external DC sources to the audio interface RJ45 otherwise the modem will be damaged Table 28 Pin out of interface C The LED s on the top side of this interface are for the following indication LED yellow Power LED green Status see corresponding chapter for LED s for working state of FALCOM A2D 3 and FALCOM A2D 3JP3 12 2 4 Interface D Antenna 50 Ohm FME female GSM 12 2 5 Interface E Antenna 50 Ohm SMA female GPS option Antenna description GPS antenna with LNA low noise amplifier Frequency range 1575 42 1 023 MHz LNA gain gt 25 dB Power requirements 3V 0 5V max 50 mA 12 2 6 SIM interfac
15. document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 44 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 Temperature limits Storage 25 C to 70 C Operating 20 C to 55 C 12 2 Interfaces of A2D 3JP3 12 2 1 Interface A Molex 43045 0409 Back view Mute green Ignition yellow DO NOT CONNECT connect to positive pole are A BD ml GND brown Vin white HI Power input 10 8 31 2 V DC Pin number Name Functions 1 GND brown DC power negative input 2 Mute green Do not connect 3 POWER Vin DC power positive input 4 IGN Ignition connected to positive DC power Table 25 Pin out of interface A The Ignition line is to switch the modem ON and OFF especially in the motor vehicle It must be connected to the positive pole power supply 12 2 2 Interface B RS232 V24 and 4 IO ports 15 pin D Sub PIN NAME DISCRIPTION LEVEL 1 RxD Receive serial data Output 2 CTS Clear To Send Output This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 45 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 3 DSR Data Set Ready Output 4 DCD Data Carrier Detect Output 5 RI Ring Indicator Output 6 TxD Transmit serial data Input i DTR Data Terminal
16. will be sent as SMS If the first character of the recipient number is V or v the event triggers a voice call to the recipients number If the first character of the recipient number is G or g the GPS ALARM firmware tries to call this number and it will send GPS data to the recipient This setting is similar to the automatic GPS mode mode setting G and the streaming of the GPS protocols over the GSM data connection can be stopped by inputting a valid AT or amp Command of the supported command set In all other cases the recipient number is treated as phone number for SMS transmission The text of the input event could contain format sequences which begins with the backslash character See below possible format sequences ri carriage return Nn newline t linefeed carriage return and new line VV backslash No comma xx hexadecimal character code 00 to fP Additionally the text setting can be enclosed with or apostrophe marks In this case all characters enclosed in apostrophes will be used as string for the text setting including enclosed commas This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 63 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 Syntax amp CNF KEY key number receiver text flagP Configuration input key event Parameters description key number 1 3 correspond to input
17. 11 2 INTEREAGE BE SG ED DE GE GE EG EE EE ER EG ED Eie 39 11 2 1 Electrical parameter of general IO port 40 11 22 Interface ME AE AE EEN EE OE EE 41 11 23 Interface RE E OR N OE dex 42 11 24 DS do EE EO EEN EE EE EE 42 1125 SIM interface ees Ges EES DE ES ER tact EE DERE Ee be OE deed ge ER ee ae sexe ees 42 11 26 Digital int rface EA EE EE OR OR EE PESEE 42 1127 Audi Mite ACS Sco coset Ee N se E vice ata Ee ER can san ee Re ee ee Di ee ee Ee Ee ee see es nee 42 11 2 8 Cable reference for connector 9 pin D Sub modem cable ie ea RA GR GR ee ee Re Ee 42 11 2 9 Cable reference for Input Output connection 2 0 0 ee ee ee Re ER RR RA GRA GRA GRA ee Ee Re ee ee 43 11 2 10 Data protocol ii ee ee ee Ee Re GR Re RR GRA GRA GRA GRA Ee ee ee pie Re ee Re GR Re GR ae GRA Gee aR a oR REE 43 11 211 Short Message Service ME EE EE N N 43 12 This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 3 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 12 1 12 1 1 12 2 12 2 1 12 2 2 12 2 3 12 2 4 12 2 5 12 2 6 12 2 7 12 2 8 12 2 9 12 2 10 12 2 11 12 2 12 13 13 1 13 2 13 3 13 4 18 5 13 6 14 14 1 14 2 14 3 14 4 14 5 14 6 14 7 14 8 14 9 14 10 14 11 14 12 14 13 14 14 POWER CONSUMPTION ese ese ee ee ee ee ee n ee ee ee ER Re Re ee ee Ge Re Re ee ee RR ee ee ee ee Re Re ee ee ee RR Re ee ee ee ee A4 A2D 3 JP3 900 1800 G10 power CON
18. 2 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 General specification Dimensions 115mm x 54mm x 33mm Bx WxH Weight Approx 200 g Table 16 General specification 8 4 Power consumption 8 4 1 A2D 3 900 1800 G10 power consumption Power consumption Power supply 10 8 31 2 V DC Average current consumption at 12 V DC 900 1800 MHz GSM band 34 34 mA in idle mode base station sends at 85 dBm IGSM ON mA in transmit mode at power level 7 3 159 141 ma in transmit mode at power level 5 0 maximum Serial interface is applied and working Table 17 Power consumption of A2D 3 Temperature limits Storage 25 C to 70 C Operating 20 C to 55 C This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 33 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 9 GSM Core A2D 3 and A2D 3JP3 9 1 General e Dual Band GSM GPRS modem E GSM 900 1800 MHz Class 4 2W at 850 900 MHz Class 1 1W at 1800 1900 MHz Small size and low power consumption Voice SMS Fax and data transmission without extra hardware Tricodec FR EFR HR Internal 3V SIM interface Easy remote control by AT commands for dedicated applications Fully Type Approved according to GSM Phase 2 specifications e Fully shielded and ready to use 92 Electrical
19. 2349 hallo L SCNFCLIP s01701234568 4493671723456 OK 14 8 Poll Event Configuration amp CNFOCLIP This command is used to configure the GSM modems to trigger a message as answer to an incoming call By the command amp CNFOCLIP valid phone numbers can be entered which enable to poll the GSM modems The memory for storing the valid phone numbers is limited up to 15 numbers The message could be sent via data or SMS depending on the recipient setting If the first character of the recipient number contains D or d the message will be sent as data If the first character of the recipient number contains or s the message will be sent as SMS If the first character of the recipient number is G or g the GPS ALARM firmware tries to call this number and it will send GPS data to the recipient This setting is similar to the automatic GPS mode mode setting G and the streaming of the GPS protocols over the GSM data connection can be stopped by inputting a valid AT or amp Command of the supported command set In all other cases the recipient number is treated as phone number for SMS transmission Please note that the phone numbers for incoming calls are displayed as international numbers and must be configured in the same way If the receiver field is empty a message data or SMS will be generated and sent back to the incoming caller number For that case the kind of message must be included as first character to every caller numbe
20. 3651777 my name 0 pwd D SCNFBOOT 01701234567 boot message L SCNFKEY1 s01701234567 alarm extension BTN1 LP SCNFKEY 2 d01701234567 alarm extension BTN2 LP SCNFKEY3 v0367712349 hallo L This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 61 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 SCNFCLIP s01701234568 4493671723456 OK Input amp CNF MSG d01723344555 CAR100 5 Send data Message in 5 min period Output OK Input amp REQ CNF 00 Command without checksum Output ERROR Input REQ CNF 0A Checksum ok Output SCNFGPS GPGGA 100 SCNFGSM 1234 at cbst 7 0 1 SCNFMSG d01723344555 CAR100 5 pwd D SCNFBOOT 01701234567 boot message L SCNFKEY1 s01701234567 alarm extension BTN1 LP SCNFKEY2 d01701234567 alarm extension BTN2 LP SCNFKEY3 v0367712349 hallo L SCNFCLIP s01701234568 4493671723456 OK Input amp CNF MSG s01723344555 CAR100 5 Send SMS In 5min period Output OK Input amp CNF MODE D 0 Answering data calls automatically Output OK Input amp REQ CNF Output SCNFGPS GPGGA 100 SCNFGSM 1234 at cbst 7 0 1 SCNFMSG 801723344555 CAR100 5 pwd D SCNFBOOT 0701234567 boot message L SCNFKEY1 s01701234567 alarm extension BTN1 LP SCNFKEY2 d01701234567 alarm extension BTN2 LP SCNFKEY3 v036771
21. 3JP3 A3D amp A3DJP3 VERSION 1 08 Case HL Case LH VDD VYDD PullUp lt T Switc Input KEY 1 3 e VDD eT 2 Load Output PORT lt 7 1 4 Interface D The figure below shows the RJ45 male and female connector 8 pin shielded for audio and RS232 LI he Tm Et Pin Description Direction 1 optional output supply voltage for IO OUT signals 8 31 2 V DC or 5 0 V DC 2 TxD Transmitted Data IN 3 RxD Received Data OUT 4 Ground 5 SPK OUT 6 SPK OUT 7 MIC IN 8 MIC IN CAUTION Do not connect external DC sources to the audio interface RJ45 otherwise the modem will be damaged Table 13 Pin out of interface D The LED s at the bottom side of this interface are for the following indication LED yellow Power LED green Status see also the corresponding chapter for LED s for working state of FALCOM A3D and FALCOM A3D JP3 This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 28 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 7 1 5 Interface E GSM antenna 50 Ohm SMB female 7 1 6 Interface F GPS antenna 50 Ohm SMA female GPS antenna description GPS antenna with LNA low noise amplifier Frequency range 1575 42 1 023 MHz LNA gain gt 25 dB Power requirements 3V 0 5V max 50 mA Maximum torque 60 80 Nem 7 1 7 SIM interface SIM card holder for sma
22. 452 E 1 06 2 1 489 6 M 46 8 M 48 Input amp REQ INT Print GPS Positions Output SGPGGA 114244 5040 3617 N 01058 8437 E 0 03 2 0 483 4 M 46 8 M 46 GPGGA 114245 5040 3619 N 01058 8436 E 0 03 2 0 483 6 M 6 8 M 4A GPGGA 114246 5040 3621 N 01058 8436 E 0 02 2 1 483 7 M 6 8 M 42 GPGGA 114247 5040 3623 N 01058 8436 E 0 02 2 1 483 8 M 46 8 M 4E SGPGGA 114248 5040 3624 N 01058 8436 E 0 02 2 1 484 0 M 46 8 M 49 SGPGGA 114248 5040 3624 N 01058 8436 E 0 02 2 1 484 0 M 46 8 M 49 Input amp REQ LAST Print last valid GPS Snapshot Output SGPGGA 104250 5040 3624 N 01058 8436 E 1 06 2 1 484 0 M 46 8 M 49 Input amp REO FIX s01715543007 Initiate a SMS to 01715543007 Output OK 14 3 Request or Clear Stored Messages amp REQOFAIL amp CLROFAIL Outgoing messages will be first stored in message memory Both commands are used to print or clear these stored messages Messages that could not be sent because of low field strength or malfunction remain in that message memory until a transmission was successful The memory for that function is calculated for a maximum of 16 messages with 160 Byte length amp REQOFAIL is implemented to ask for the stored messages The memory can be erased with the command amp CLROFAIL Example 3 amp REQ FAIL and amp CLR FAIL Input amp REO FAIL Print stored unsent messages Output 7982573 SALARM alarmExten
23. A3D added Link to manufacturer of GPS receiver JP2 in FALCOM A3D added Definition of the limitation of IO s current of FALCOM A2D 3 and A2D 3JP3 added 1 03 S Mohamad CAUTION section for the Audio interface added Definition of the load current at pin 10 of interface of FALCOM A3D added 1 04 S Mohamad FALCOM A3D JP3 added Supported GPS protocols added Used abbreviations extended Links added 1 05 S Mohamad Direction and load current of the IO s explained Current consumption at discharged battery added 1 06 S Mohamad Caution maximim serial speed for firmware and monitor update added 1 07 S Mohamad Maximum torque for SMA connector added F Begiri A complete update implemented Power consumption of A3D and A3D JP3 as well A2D 3 and A2D 3JP3 added 1 08 F Begiri Throughout the manual of A3Dman the misprints corrected the max value of input power supply on the A3D A3D JP3 devices corrected to 31 2 VDC instead of 36 VDC This confidential document is the property o FALCOM GmbH and may not be copied or circulated without permission Page 5 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 CAUTION Important notes for using FALCOM A2D 3 A2D 3JP3 and A3D 10 This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Inserting or removing the SIM card from the SIM card holder takes place only at switched OFF modems
24. Detect Output 5 RI Ring Indicator Output 6 TxD Transmit serial data Input 7 DTR Data Terminal Ready Input This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 39 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 8 RTS Reguest To Send Input 9 GND Ground 10 GND Ground 11 IO1 General propose input Input 12 102 General propose input Output 13 103 General propose input Input 14 104 General propose output Output 15 OUT K1 output e Ke for IO Output d EO optional The directions of the IO s refer to the FW GPS Alarm of FALCOM They could be configured by the user see programming manual progmanxx pdf Table 21 Pin out of interface B Caution Please connect the IO s 11 14 to supply voltage through a 11 2 1 resistor 1 kOhm to 100 kOhm for input current limiting during power on Electrical parameter of general IO ports Characteristics Symbol Limits Unit Output current per channal lsat tax 200 mA Output voltage Vi lt 31 2 V Input resistance EE 470 KO Input voltage Logic High Vino gt 4 5 Input voltage Logic Low Vint lt 1 2 Inputs Outputs current limit 7 losma 1 A 1 2 3 Or can be left open The allowed maximum load current at the digital output Pin14 is 200mA The allowed maximum load current by using all cha
25. EO LAST 56 REQUEST OR CLEAR STORED MESSAGES amp REOOFAIL amp CLROFAIL ees ee ee esse ees se se ee ee se ee ee ee 57 REQUEST OR CLEAR SMS MESSAGES amp REQOSMS CT 57 REQUEST CONFIGURATION amp REQOCNPF amp REQ OTM REOOHELP esse ee see esse ee se es se ee se ee es 58 DEVICE CONFIGURATION amp CNF OGSM amp CNFOGPS RENE 59 MESSAGE CONFIGURATION amp CNF OMSG amp CNF OMODE ee esse ese se ee ee se ee ee ee se ge ee ee ee ee ee ee 60 POLL EVENT CONFIGURATION amp CNF OCI 62 SETUP INPUT EVENTS amp CNF OBOOT amp CNF OKEY ees ee ee esse ee ese ee ee ee se ee ee ee ee ee ee ee ee ee ee ee 63 INITIATE OUTPUT ACTIONS amp CNFOPORT sees ee es osse se se se ee eo se be Re ee do Ge ER ee ed eo oe ee Ad eo Ge ee 65 PASSING OR CHANGING THE PASSWORD AHA 65 SETUP FIRMWARE LICENCE NUMBER G amp LICENCE ees ee ee ees se se ee ee ee es ee see ee ee ee ee ee ee ge ee ee ee ee ee ee ke ee ee ee 66 DEBUGGING AND UPDATE amp SYSTEM DER 66 CONFIGURATION THE IGNITION LINE amp CNF CN 68 This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 4 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 Version history Version number Author Changes 1 00 S Mohamad Initial version 1 01 S Mohamad Definition of Mute and Ignition lines added Change in example 14 1 02 S Mohamad Dimensions for Audio Interface Interface G of FALCOM
26. FALCOM A3D JP3 with the firmware GPS ALARM is a mobile station for the transmission of voice data calls as well as SMS Short Message Service in GSM networks It also includes GPS functions Global Positioning System for position determination The GSM modems FALCOM A3D and FALCOM A3D JP3 can contain the following components Feature A3D A3D JP3 GSM GPRS Core WM2D WM2D GPS Core option none JP3 CPU Core AM186ES AM186ES Flash SRAM EEPROM RTC 1MB 256KB 4KB Yes 1MB 256KB 4KB Yes MMC Card support option Yes Yes External Serial Interfaces 3 RS232 1RS485 3 RS232 1RS485 8 digital IO s or 8 digital IO s or IO s 6 digital IO s 2 analogue 6 digital IO s 2 analogue inputs inputs Hands Free Kit option Integrated Full Duplex Echo Cancellation Integrated Full Duplex Echo Cancellation Backup Battery 1200mAh Li Ion 1200mAh Li Ion Communication via Internet option Yes GPRS Class 10 Class B Yes GPRS Class 10 Class B Power Management Enhanced Co Processor Enhanced Co Processor Voltage Range 8 31 2 V DC 8 31 2 V DC Cradle Yes same like A2D 3 Yes same like A2D 3 DOS like Monitor Yes Yes Table 1 The difference between the A3D and A3D JP3 as far as the containing components is concerned 2 FALCOM JP3 Chipset SiRF starII Low Power new version This confidential document is the property of FALCOM GmbH and
27. FC Control the call forwarding supplementary service AT CCWA Control the call waiting supplementary service AT CFUN Select the functionality level in the modem AT CGMI Display manufacturer ID AT CGMM Display model ID AT CGMR Display version of GSM module AT CGSN Display serial number IMEI AT CLCK Change the PIN state or the call barring supplementary service AT CREG Display network registration status AT COPS Commands relating to network operator selection AT CPAS Display the activity state of the mobile AT CPIN Enter PIN and query blocks AT CPWD Change PIN or the supplementary password AT CSQ Display signal quality information AT CR Select connection service report AT CRC Select call service report AT CLIP Calling line identification presentation AT CLIR Control the calling line identification presentation AT COLP Control the connected line identification presentation AT GCAP Display the complete capability list AT CMEE Report mobile equipment errors This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 51 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 AT CEER Extend error report Table 30 GSM AT Commands 13 3 SMS AT Commands GSM 07 05 Command Description AT CSCA Service centre address AT CSCS Select TE character set AT CSDH Show text mode parameter AT CSMP Select text mode parameter A
28. GIO1 GIO3 receiver Call number of receipient for SMS or data text Text message that is sent with an input event in addition a time mark is appended and an optional GPS protocol too Flag Kind of input trigger H means a Low High input change L means a High Low input change E means any input changes H or L and P adds a GPS protocol to the message text amp CNF BOOT receiver text flagP Configuration start event Parameters description receiver Call number of recipient for SMS or data text Text message that is sent after start in addition a time mark is appended and an optional GPS protocol flag Kind of input trigger H means a Low High input change L means a High Low input change P added a GPS protocol to the message text Example 9 amp CNF BOOT and CNF KEY Input amp REQ CNF Print configuration Output OK SCNFGPS GPGGA 100 SCNFGSM 1234 at cbst 7 0 1 SCNFMSG s01723344555 CAR100 5 pwd D SCNFBOOT 01701234567 boot message L SCNFKEY1 s01701234567 alarm extension BTN1 LP SCNFKEY2 d01701234567 alarm extension BTN2 LP SCNFKEY3 v0367712349 hallo L SCNFCLIP s01701234568 49367723456 Input amp CNF BOOT d01701234567 startup A2GPS hp Send data message after start up Output OK Input amp CNF KEY 3 d01701234567 alarminput BTN3 hp Send data message Output OK Input amp REQ CNF Output OK SC
29. LP SCNFKEY2 d01701234567 alarm extension button2 LP SCNFKEY3 v0O36778042230 hallo L SCNFCLIP d01701234568 4917217982512 49367780420 OK Input amp REO TM Print copyright and firmware version Output FALCOM A2D GPS TckJWK9tjtB V1 56 28 01 2002 c 2001 FALCOM GmbH OK Input amp REQ HELP show a short help index Output FALCOM A2D GPS brQSPp3u5z501 V1 56 28 01 2002 c 2001 FALCOM GmbH commands for communication amp req pos int last print gps snapshot positions amp reg clr fail print delete pending messages amp req clr sms print delete sms from simcard amp reg fix sending gps message amp reg time print time amp reg cnf print configuration amp reg tm print copyright amp cnf gsm pin gsm init set gsm initialization amp cnf gps protocol zone set gps protocol zone cnf msg recv name timer set message configuration amp cnf boot recv name flags set power on message amp cnf key recv name flags set response for key changes amp cnf port mode timel time2 set output signals amp cnf clip recv num set response for incoming calls amp cnf mode mode counter set mode and message counter amp cnf time time date set time amp pass passwd set password amp licence number set firmware licence number amp system pwd recv enter MON186 interactive mode OK 14 6 Device Configuration amp CNFOGSM amp CNFOGPS amp RESET
30. N 01058 8347 E 1 07 1 1 0 0 M 0000 06 09 Das ist ein Test String 09 50 16 10 Das ist ein Test String 10 06 27 OK Input amp CLR SMS Delete all SMS from SIM Card Output OK 14 5 Request Configuration amp REQOCNF amp REQOTM amp REOOHELP Using amp REQOCNF the user can get the configuration data out of the GSM modems amp REQOTM prints the copyright and firmware version and amp REQOHELP shows a short help index Syntax amp REQ CNF SCNFGPS gps_protocol gps_datum time GPS configuration SCNFGSM pin init GSM configuration CNFMSG password SCSA recipient intervalmode Message configuration SCNFNAME name Name configuration CNFBOOT recipient message flags Start up message CNFKEY1 recipient message flags keyl event message CNFKEY 2 recipient message flags key2 event message CNFKEY3 recipient message flags key3 event message CNFCLIP central number1 number incoming call event Example 3 amp REQ CNF amp REO TM and amp REQ HELP Input amp REQ CNF Print configuration Output SCNFGPS GPGGA GPRMC 100 0 SCNFGSM 1111 at cbst 7 0 1 SCNFMSG s01701234567 my modem 0 G This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 58 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 SCNFBOOT s01701234567 boot message L SCNFKEY1 s01701234567 alarm extension buttonl
31. NFGPS GPGGA 100 0 SCNFGSM 1234 at cbst 7 0 1 SCNFMSG 801723344555 CAR100 5 pwd D SCNFBOOT 01701234567 boot message L SCNFKEY1 s01701234567 alarm extension BTN1 LP SCNFKEY 2 d01701234567 alarm extension BTN2 LP SCNFKEY3 d01701234567 alarm input BTN3 HP SCNFCLIP 801701234568 4493671723456 This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 64 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 14 10 Initiate Output Actions amp CNFOPORT This command configures the GIO4 output with different signals With this command a static high or low state as well as a single output impulse or a continuously cycle can be switched Please refer to chapter 4 TECHNICAL DATA for the electrical characteristics of the output driver of the GSM modems FALCOM A2D 3 and A2D 3JP3 as well as A3D amp CNF PORT signal timel time2 configuration output action GPIO4 Parameters description signal Kind of output signal E means output active A means output inactive I means an impulse of timel delay and Z means a cyclic active inactive output wave with timel and time2 delays duration time time2 Timer settings in steps of 10msec for impulse or cyclic output signal configuration Example 10 amp CNF PORT Input amp CNF PORT z 100 100 flash output with 2sec duration Output OK Input amp CNF PORT i 100 0 G
32. RA EE NE 12 BLASTINGAREAS Hs st ee eat ee ees es ees Ee Wee eg ee eo ee Ges ee ee ee Dee ee eo ee Ge oes Ee Ea 12 POTENTIALLY EXPLOSIVE ATMOSPHERES ee ee ese ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee 12 NON IONISING RADIATION ee ee ee ee ee ee ee ee ee ee ee Re ee Re ee ee ee Re ee ee ee ee ee 12 SAFETY STANDARDS eise bereik ser pidsen een bes eene gie hd FALCOM A3D amp A3D JP3 cccccccccccccsscccsrescssccees LA GENERAL DESCHIPTION tensen st tttt ts rsr rr re rP ESSE SE EEn ES EESE EE EEES En Sere rn eseese nense se ne 14 Functional OVerVi W esse ee ee ee ee ee e eE EEEE rE EP EOE EEr E EAS E EEE EEEE ee ESAE ee O EE Re ee ee Re ee ee 15 SIM Gard EE AE SE ED RR GREG OE EE EE 15 EST 15 Multimedia Card MMC ee see se ek ee GR Be AA Ge AR Ge Re GR ee GRA iiaia GR ee AA aar Ge Re Ge asar 16 LED s for working state of FALCOM A3D and A3D JP3 esse ese see see see eke ee eke ge ee Ge Re Ge ek 17 Operating by internal Battery 0 0 tee see se Ge Re Ge GR eio Ge Re GR ee GRA Ge AR AR Ge RA Ge Re Gee Re eke 17 FUNCTIONAL DESCRIPTION esse sees se se ee ee ee ee ee ee ee ee Ge Re Re ee ee RR ee ee ee ee ee Re ee ee ee ee Re ee ee ee ee 17 TECHNICAL DATA FOR FALCOM A3D AND FALCOM ADS RT POWER CONSUMPTION 2 dese eek sd ees truer EE Ee VEE KRU See EERS EE ERO ER See Sy eene Rees GED es Ge ee ees BEG ee yes ee We ig 18 A3D 900 1800 G10 power consumption ees ee AA RA RA Re ee ee Re GE Re Ge Re RA GRA Re Re ee 18 A3D
33. SUMPTION 0 0 see see ek se RA Ge AR Ge Re GR ee AR Ge AR Ge Re eke ie A4 INTERFACES OF A2D 3JP3 ees ee se ee ee ee ee ee ee ee ee ee Ge ER ee ee ee ee Re Re ee ee ee ee ee ee ee ee ee Re ee ee ee ee 45 Interface EE 45 Interface B E 45 Interface WEE 47 Tnnterface D EE 48 Interface EE 48 SIM titer Pace AR EE AO OER EE OE OK 48 BAIE Se GR AE OR EE EE OE RE AE OT 48 Lane e EE 48 Cable reference for connector 9 pin D Sub modem cable se RA RA RA GR RA RA Re AG 49 Cable reference for Input Output connection eie ee ee ee ee ee Re Re GR Re RR RR RA GR AR Re RA RA 49 Data protocol AR AR N TE EE ER OE 49 derde Aile AR OR RR EE 49 COMMAND LIST SOCHHHSSSHSSHSSHSSSHSHSHSHSHHSSSHSHSHSSHHSSHSHSHSSHHHSHHHSHHHHHHHSHHHHHHHSESEES 50 ESSENTIAL AT COMMANDS sssssssesessessseesssssseseretsesssreretssssessttssssssestertssssstoetsesserenersessnserereesessene 50 GSM AT COMMANDS GSM 07 07 see see ee n ee ae Ra GRA Gee Re Ee ee ee ee Re ee Re Gee Re ee Re ee Re ee Re GRA Re 51 SMS AT COMMANDS GSM OT OD 52 MOBILE EQUIPMENT ERROR RESULT CODE CME ERROR Vase 52 MESSAGE SERVICE FAILURE RESULT CODE CMS ERROR Vaxy 53 ESSENTIAL amp COMMANDS GPS ALARM COMMANDS eie sesse se ee se eke see see eke ee ee ee se ee ee Ge eke Ge eke ek ee 54 CONFIGURATION EXAMPLES cccssscesssecssssees DO ACTIVATE AND DEACTIVATE THE AUTOMATICAL INPUT OF THE PIN NUMBER amp CNF DIN 56 OBTAINING GPS POSITION DATA amp REQOPOS amp REQOINT amp REO FIX amp R
34. T CSMS Select message service AT CPMS Preferred message storage AT CMGF Text mode PDU Mode AT CMGR Read message AT CMGS Send message AT CMGD Delete message AT CMGL List messages AT CNMI New message indication AT CSAS Save SMS Settings AT CRES Restore SMS Settings Table 31 SMS AT Commands 13 4 Mobile equipment error result code CME ERROR xxx xxx is defined as below Phone failure Operation not allowed Operation not supported This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 52 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 C see Text string too long Table 32 Error result code 13 5 Message service failure result code CMS ERROR xxx xxx is defined as below error cause values from the GSM recommendation 04 11 1 to 127 Annex E 2 SMS service of ME reserved Operation not allowed Operation not supported This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 53 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 Sending and receiving SMS at the same time The outgoing SMS could be rejected Mobile Station loses the radio link Mobile Station does not receive the acknowledge from the network about 28s after transmission of SMS Mobile Station does not receive the acknowledge from the network about 42s after the channel
35. This document is available at HTTP WWW FALCOM DE FALCOM A2D 3 A2D 3JP3 A3D amp A3D JP3 User s Manual Version 1 08 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 6 1 6 2 6 2 1 Contents IN ERODUL TION sos sissies kode ies seekoeie ede ee 2 USED ECO EE 8 RELATED DOGUMENTS iis Es EE GE GE E EG EE Ge EG GE GE Ge GE OE Ge se ee ae ee 9 SAFETY Geeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee 10 GENERAL ese ee ese oe se ee ee ee ee ee ee ee ee Re ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee Ge ee ee ee ee ee 10 EXPOSURE TO RF ENERGY ese ee ees ee se se ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee Esener ee ee ee ee ee 10 EFFICIENT MODEM OPERATION see ee ee ese ee se ese ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee 10 ANTENNA CARE AND REPLACEMENT ee ese se ese ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee 11 DRIVING EE EE EN EE OE OR OE OE AE OE EE N EN N 11 ELECTRONIC DEVICES ee ese ee ee ee ee ese ee ee ee ee ee ee ee ee ee ee ee ee nesan etre EEA ee ee ee ke ee ee ee ee ke 11 VEHICLE ELECTRONIC EQUIPMENT ese se ees se ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee 11 MEDICAL ELECTRONIC EQUIPMENT e ees se ees se ee ee ee se ee ee ee ee see ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee 11 AIRGRAP T N N EE EE EN N OE EE EE EE N AN 11 ele di yd ER OR ER EE
36. W at 1800 1900 MHz Small size and low power consumption Voice SMS Fax and data transmission without extra hardware Tricodec FR EFR HR Internal 3V SIM interface Easy remote control by AT commands for dedicated applications Fully Type Approved according to GSM Phase 2 specifications e Fully shielded and ready to use 5 2 Electrical Power supply 8 31 2 V DC absolute maximum ratings suitable for direct connection to an automotive 12V or 24V DC supply 5 3 Physical Casing Complete shielding aluminium colour metallic with surface structure 5 4 Basic Features 5 4 1 Telephony e Telephony TCH FS amp Emergency calls e Full Rate Enhanced Full Rate and Half Rate e Dual Tone Multi Frequency function DTMF 5 42 Short Message Service GSM and GPRS mode e Text and PDU e Point to point MT amp MO e SMS Cell Broadcast 5 4 3 GSM circuit Data Features e Data circuit asynchronous transparent and non transparent up to 14 400 bits s e Automatic fax group 3 Class 1 amp 2 e Alternate speech and fax e MNP2 V 42bis This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 20 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 5 4 4 5 4 5 5 4 6 GPRS Packet Data Features GPRS Class B Class 10 max 85 6 kbps downstream Coding Schemes CS1 to CS4 Compliant with SMG3 Ibis GSM Supplementary services Call Forwarding Cal
37. ages The table 4 below shows each of the NMEA input messages Message MID Description SetSerialPort 100 Set PORT A parameters and protocol NavigationInitialization 101 Parameters required for start using X Y Z SetDGPSPort 102 Set PORT B parameters for DGPS input Quer Rae Ge 103 Query standard NMEA message and or set output rate ED EED 104 Parameters required for start using Lat Lon Alt Initialization Development Data On Off 105 Development Data messages On Off Command message to a MSK radio beacon MSK Receiver Interface MSK receiver Table 19 NMEA Input Messages 1 Message Identification MID 2 Input co ordinates must be WGS84 3 Input co ordinates must be WGS84 Note NMEA input messages 100 to 105 are SiRF proprietary NMEA messages The MSK NMEA string is as defined by the NMEA 0183 standard This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 37 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 Transport Message VERSION 1 08 Start Sequence Payload Checksum End Sequence PSRF lt MID gt Data CKSUM gt lt CR gt LET Message Identifier consisting of three numeric characters Input messages begin at MID 100 Message specific data Refer to a specific message section for lt data gt lt data gt definition CKSUM is a two hex chara
38. cter checksum as defined in the NMEA specification Use of checksums is required on all input messages Each message is terminated using Carriage Return CR Line Feed LF which is r n which is hex 0D 0A Because r n is not printable ASCII characters they are omitted from the example strings but must be sent to terminate the message and cause the receiver to process that input message Note All fields in all proprietary NMEA messages are required none are optional All NMEA messages are comma delimited This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 38 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 11 Interfaces of A2D 3 11 1 Interface A RJ11 power supply Cable reference Power input 10 8 31 2V DC Pin number Name Functions 1 GND white DC power negative input 2 Mute yellow Do not connect 3 Ignition green Ignition connected to positive DC power 4 Hower yo DC power positive input Brown Table 20 Pin out of RJ11 power supply The Ignition line is to switch the modem ON and OFF especially in the motor vehicle It must be connected to the positive pole power supply 11 2 Interface B RS232 V24 and 4 IO ports 15 pin D Sub PIN NAME DISCRIPTION LEVEL 1 RxD Receive serial data Output 2 CTS Clear To Send Output 3 DSR Data Set Ready Output 4 DCD Data Carrier
39. ctions By using the command AT SCSA you can change the current SMS service center number and by AT CSAS you can save this setting The name of the unit could contain format sequences which begin with the backslash character See below possible format sequences YE carriage return n newline Vis linefeed carriage return and new line backslash o comma xx hexadecimal character code 00 to ff This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 60 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 Additionally the name setting can be enclosed with or apostrophe marks In that case all characters enclosed in apostrophes will be used as string for the name setting including enclosed commas Syntax amp CNF MSG receiver name period Message configuration Parameters description receiver Call number of recipient for SMS or data name Device name setting period 0 9999 min 0 means no periodical message amp CNF MODE mode time Mode configuration Parameters description mode Functionality mode D automatically answers data calls similar to ATSO 1 G automatically answers data calls and reports GPS protocols T automatically append time to input messages V automatically answers voice calls C configuration counter B break reset mode Counter 0 255 In the configuration coun
40. d or circulated without permission Page 18 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 240 180 mA in transmit mode at power level 7 3 in transmit mode at power level 5 0 195 a maximum Table 5 A3D power consumption at 12 V DC 4 1 2 A3D JP3 900 1800 G10 power consumption Power consumption e 8 31 2 VDC Een 3 6 V 1200 mAh Li Ion Backup Battery PPY max 4h Backup Time 20 C e min 3h Charging Time Average current consumption at 12 V DC GPS ON GSM OFF VC3 3 3 V DC 5 Max 65 mA continuous mode 900 1800 MHz GSM band 123 123 mA in idle mode base station sends at 85 dBm GPS OFF GSE 211 190 mA in transmit mode at power level 7 3 oe en EER in transmit mode at power level 5 0 maximum Table 6 A3D JP3 power consumption at 12 V DC Note The given current consumption is for a full charged battery In case of discharged battery the current consumption is about 800 mA Temperature limits Storage 20 C to 70 C Operating with DC 20 C to 55 C Operating with battery 0 C to 45 C This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 19 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 5 GSM Core A3D and A3D JP3 5 1 General e Dual Band GSM GPRS modem E GSM 900 1800 MHz Class 4 2W at 850 900 MHz Class 1 1
41. d that for satisfactory operation and for the safety of personnel it is recommended that no part of the human body be allowed to come too close to the antenna during operation of the equipment The radio equipment shall be connected to the antenna via a non radiating 50 Ohm coaxial cable The antenna shall be mounted in such a position that no part of the human body will normally rest close to any part of the antenna It is also recommended to use the equipment not close to medical devices as for example hearing aids and pacemakers This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 12 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 2 SAFETY STANDARDS THIS CELLULAR MODEM COMPLIES WITH ALL APPLICABLE RF SAFETY STANDARDS This cellular modem meets the standards and recommendations for the protection of public exposure to RF electromagnetic energy established by governmental bodies and other qualified organizations such as the following gt Directives of the European Community Directorate General V in Matters of Radio Frequency Electromagnetic Energy This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 13 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 3 FALCOMA3D amp A3D JP3 3 1 General description VERSION 1 08 The GSM modem Global System for Mobile communications FALCOM A3D or
42. debuglevel Set debug level of the firmware Parameter description debuglevel debug level from 0 255 Example 15 amp DEBUG Input amp reg tm Print copyright and firmware revision Output FALCOM A2D GPS brQSPp3u5z501 V1 56 28 01 2002 c 2001 FALCOM GmbH OK Input amp debug 15 Output OK gsm_cmd8981772 38ms AT CCED 0 5 CCED 262 01 5518 1a02 30 37 32 0 0 4 OK mode 24 gsm cmd 8991750 37ms AT CCED 0 5 CCED 262 01 5518 1a02 30 37 32 0 0 4 OK mode 24 gsm cmd 9001133 16ms AT CPAS CPAS 0 OK mode 24 gsm_cmd9001161 15ms AT CPIN CPIN READY CPIN READY mode 24 gsm cmd 9001191 17ms AT CREG CREG 0 1 OK mode 24 gsm cmd 9001221 17ms AT CSQ CSQ 17 0 OK mode 24 gsm cmd 9001251 24ms AT CPMS CPMS SM 0 15 SM 0 15 OK mode 24 gsm sms delete 9001251 4lms sms lt 0 15 gt error 1 gsm signal 9001133 183ms gsm mode 0x24 Input amp reg tm process cmd 8975468 amp reg tm 311A 0000 FALCOM A2D GPS DrOSPp3u5z501 V1 56 28 01 2002 c 2001 FALCOM GmbH OK 14 14 Configuration the ignition line amp CNF IGN The ignition line on the connector power supply of the modem is to switch the modem OFF and ON especially in the motor vehicle operation The user can ignore the ignition line by the command amp CNF IGN 1 By the command amp CNF IGN 0 the modem switches OFF immediately when the ignition li
43. e SIM card holder for small SIM cards 3V only 12 2 7 Digital interface V 24 D Sub 15pin 12 2 8 Audio interface Electret microphone Loudspeaker 150 Ohm Ground This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 48 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 12 2 9 Cable reference for connector 9 pin D Sub modem cable DBIS to DB9 pin 4 gt pin 1 DCD pin 1 Pm pin2 RxD DCE pin 6 gt pin3 TxD DCE pin 7 gt pin4 DTR pin 9 10 gt pin5 GND pin 3 gt pin6 DSR pin 8 gt pin7 RTS pin 2 gt pin 8 CTS pin 5 kond RI 12 2 10 Cable reference for Input Output connection DB15 pinl1 input KEY1 switch to supply voltage pin12 input KEY2 or by pull up to ground pin13 input KEY3 pin14 output PORT connect load to supply voltage pin15 VDD pin9 10 GND 12 2 11 Data protocol asynchronous transparent and non transparent GSM 07 01 07 02 04 21 2400 bps V22bis 2400 bps V26ter 4800 bps V32 9600 bps V32 9600 bps V34 2400 bps V110 4800 bps V110 9600 bps V110 12 2 12 Short Message Service GSM 03 40 07 05 SMS mobile originated SMS mobile terminated This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission
44. e modems a simple debugging update of the running application or configuration of the whole device is possible For an overview of the commands please refer to the Programming Manual which could be downloaded from FALCOM s Homepage Syntax amp SYSTEM password recipient Request monitor Parameters description Password leave empty for no password recipient Call number of SMS or data recipient Both parameters are only necessary in a configuration via SMS and mean a receiver modem is able to answer a data call and a password is limiting the This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 66 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 access for the communication The next example demonstrates an upgrade of an existing application Example 13 SYSTEM at OK amp system Welcome to AMD186 Monitor lt Enter gt for help monl86 Help mon186 L Show applications 1 80000 gps153 monl186 xz Delete flash Erasing flash sector s 8000 mon186 w gps154 Write application GPS Begin file download Press ESC to abort Send text file GPS HEX Device programmed successfully Mon186 P BOOT 18432000 1 L es Set GPS firmware as autostart mon186 Reset modem and Run GPS firmware at OK amp reg tm FALCOM A2D GPS brQSPp3u5z501 v1 56 28 01 2002 c 2001 FALCOM GmbH OK
45. echnology that has been used for radio communications for decades The GSM standard has been established for use in the European community and elsewhere Your modem is actually a low power radio transmitter and receiver It sends out and receives radio frequency energy When you use your modem the cellular system handling your calls controls both the radio frequency and the power level of your cellular modem 1 22 EXPOSURE TO RF ENERGY There has been some public concern about possible health effects of using GSM modem Although research on health effects from RF energy has focused for many years on the current RF technology scientists have begun research regarding newer radio technologies such as GSM After existing research had been reviewed and after compliance to all applicable safety standards had been tested it has been concluded that the product is fit for use If you are concerned about exposure to RF energy there are things you can do to minimise exposure Obviously limiting the duration of your calls will reduce your exposure to RF energy In addition you can reduce RF exposure by operating your cellular modem efficiently by following the below guidelines 1 3 EFFICIENT MODEM OPERATION For your modem to operate at the lowest power level consistent with satisfactory call quality If your modem has an extendible antenna extend it fully Some models allow you to place a call with the antenna retracted However your modem op
46. ee ee Re ee ee ee ee ee ee be ee ee ea 30 MA OS EE HE EE N OE EE EE EER EE N E N ON 31 8 1 3 Serial US Te AR OE EG RO EEN N 31 814 LED s for functional display sisisi see see Be see se AE Ge EA Se ee Bee Se Ke Re Ee Se ee bee Se Aa Gee Se Ke Se Ee Be Ge Ee 31 8 2 FUNCTIONAL DESCRIPTION esse ees esse ee se ee ee ee ee ee Re Re ee ee Ge ER ER ee ee RR ee ee ee ee Re Re ee ee ee ee Re ee ee ee ee 32 8 3 TECHNICAL DATA FOR FALCOM A2D AND FALCOM A2D JP3 ee ese se ee ee ee ee ee ee ee ge ee ee ee ee ee 32 MA oi BEE EA ELI Pe SP EO S 32 8 4 POWER CONSUMPTION E 33 8 4 1 A2D 3 900 1800 G10 power consumption ee se se ek Ge Re GR ee GRA Ge AR Ge Re GR ee GRA Ge AA Ge Re eke 33 9 GSM CORE A2D 3 AND A2D 3JP3 essens 34 9 1 GENER ADoser Ee eee DE N N ee eos vent Ee ee ER Ee ee ee en 34 9 2 E SE e Oe EE 34 9 3 ERSTEN eege 34 9 4 BASIE EEATURES EG eege ee ee ee ee ed Ge ee gee RE Ge ee Se 34 DAT Telephony EE OE EER RE OE EE HO EE OE EE OR EE tans 34 9 4 2 Short Message Service GSM and GPRS model 34 943 GSM circuit Data Features iese SE EE GER ee GER esse RS ER ee EE ee ee Ge ER Ee gee ee ke Ee ee ee E 34 944 GPRS Packet Data Features 35 94 5 GSM Supplementary services 35 94 6 ei Te os AE AE N N N MR N N 35 10 GPS CORE A2D 3J P3 RE EE ae 10 1 EE 36 10 2 TECHNICAL DATA 36 10 2 1 NMEA data message eie see ee ese see see Be bee aa aae a Se Ee See Be Gee Se AA ee ee Se ee boe Se AE 36 11 INTERFACES OF A2D 3 ETE ELE TEE IR ER EE 11 1 INTERFACE EE 39
47. ems FALCOM A2D 3 and A2D 3JP3 are used for control and for data voice transmission 15 pin SubD female acc DIN 41652 Connector 8 pin RJ45 Connector signals Refer to the corresponding chapter Technical data Logic V 24 asynchronous Baud rate 9600 Baud programmable 1200 115 200 Baud Character format 8 data bits Parity None Stop bits 1 Signal levels CCITT Recommendation V 28 Table 15 The serial interfaces of the A2D 3 and A2D 3 JP3 GSM modems 8 1 4 LED s for functional display The actual state of the FALCOM A2D 3 and A2D 3JP3 is displayed by two of LED s at the connector on the interface C of the unit gt Green and orange light Power on not registered in the network gt Green flashes orange lights Power on registered in the network gt Green and orange flash slowly and alternately In Monitor gt Green and orange flash quickly and alternately Firmware download in progress gt Green flashes quickly and orange lights Call in progress This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 31 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 8 2 Functional description The GSM module of the FALCOM A2D 3 and A2D 3JP3 is controlled by an advanced set of AT Commands In this document you can find a short overview of these commands For further information it is recommended to read the ETSI GSM recomme
48. enerate 1sec output impulse Output OK 14 11 Passing or changing the password amp PASS This command enables communications with the modems for local access data connection or setting via SMS if a password has been set in the configuration To change an existing password the command must be configured with the new password and with the actual password Before each remote configuration command SMS the user has to send the correct password Syntax amp PASS PassWord Configuration command Set the password Example 11 amp PASS Input amp PASS Test amp CNFGPS GPGGA 100 Enter Password and command per SMS Input amp REQ CNF Command without password through terminal Output ERROR Input SPASS Test amp REQ CNF Command with password through terminal Output SCNFGPS GPGGA 100 SCNFGSM 1234 at cbst 7 0 1 SCNFMSG TEST 4901722270000 s01723344555 5 D SCNFNAME CAR100 SCNFBOOT 01701234567 boot message L SCNFKEY1 s01701234567 alarm extension BTN1 LP SCNFKEY2 d01701234567 alarm extension BTN2 LP SCNFKEY3 d01701234567 alarm input BTN3 HP SCNFCLIP d01701234567 4976543212 493667723456 OK This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 65 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 14 12 Setup firmware Licence Number amp LICENCE The GPS ALARM firmware is sold additionally to t
49. er application DTE using the following signals GSM Terminal DCE to Application DTE TxD lt q TXD RxD EER EE gt RXD RTS CTS en gt CTS DTR lt q DTR DSR wren n nn 2 gt DSR DCD RING wenn nn nnn nnn EES EE EE gt RING Table 3 The signaling definitions between DTE and DCE 3 1 4 Multimedia Card MMC With the MMC the user can record music images and voice data which have been received via FALCOM A3D or A3D JP3 There are different MMCs with different storage capacities which are available on the market These different MMCs are compatible with FALCOM A3D and A3D JP3 Note The FALCOM GPS Alarm firmware does not support the MMC card The user programmer must support it by programming his own firmware This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 16 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 3 1 5 LED s for working state of FALCOM A3D and A3D JP3 The actual state of the FALCOM A3D and A3D JP3 is displayed by two LED s at the connector on the interface D of unit Green and orange light Power on not registered in the network Green flashes orange lights Power on registered in the network Green and orange flash slowly and alternately In Monitor Green and orange flash quickly and alternately Firmware download in progress Green flashe
50. erates more efficiently with the antenna fully extended Do not hold the antenna when the modem is IN USE Holding the antenna affects call quality and may cause the modem to operate at a higher power level than needed This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 10 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 14 ANTENNA CARE AND REPLACEMENT Do not use the modem with a damaged antenna If a damaged antenna comes into contact with the skin a minor burn may result Replace a damaged antenna immediately Consult your manual to see if you may change the antenna yourself If so use only a manufacturer approved antenna Otherwise have your antenna repaired by a qualified technician Use only the supplied or approved antenna Unauthorised antennas modifications or attachments could damage the modem and may contravene local RF emission regulations or invalidate type approval 1 5 DRIVING Check the laws and regulations on the use of cellular devices in the area where you drive Always obey them Also when using your modem while driving please give full attention to driving pull off the road and park before making or answering a call if driving conditions so reguire When applications are prepared for mobile use they should fulfil road safety instructions of the current law 1 6 ELECTRONIC DEVICES Most electronic equipments for example in hospita
51. establishment request Service Center Address is wrong Destination address is wrong The SMS has been refused by the network destinatio number is not GSM one the service center is wrong the service is not available Please wait init or command processing in progress Table 33 Message service error result code 13 6 Essential amp Commands GPS Alarm Commands Alarm Commands Commands Description amp cnf pin Activate Deactivate automatical input of the PIN number amp req pos Print GPS snapshot amp reg int Print GPS positions amp req last Print last valid GPS snapshot amp req fix Initiate message amp req fail Print stored messages amp clr fail Delete stored messages amp cnf nmea Input command to GPS amp req sms Print all SMS stored on the SIM card amp clr sms Delete all SMS stored on the SIM card amp req cnf Print configuration amp req tm Print copyright and release notes amp req time Print time amp cnf time Set time This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 54 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 amp cnf gsm Set GSM initialisation amp cnf gps Set GPS protocol and earth datum amp cnf msg Set message configuration amp cnf boot Set power on message amp cnf key Set response for input events a
52. he pre installed version as package too The firmware as well as the updates can be downloaded from the homepage of FALCOM www falcom de For the release of the complete functionality of the firmware a licence number is required This licence number you can get through conventional sales or by order per email The command amp LICENCE is for the release of the GPS ALARM firmware IMPORTANT When the user enters the licence key he has to consider the small and capital letters case sensitive otherwise the firmware could not be activated After a successful activating of the firmware and if the user enters again a wrong licence key he will deactivate the firmware again He must enter the correct one again Syntax amp LICENCE xxxxxxxXXxXxXXXXXX Release full functionality XXXXXXXXXXXXXXX Licence number Example 12 amp LICENCE Input amp REQ POS Show GPS position Output ERROR Input amp LICENCE iqqJQE6WYf401 Release full functionality of the firmware Output OK Input amp REQ POS Show GPS position Output SGPRMC 092955 505 A 5040 3981 N 01058 8667 E 0 03 3 06 09 121201 0E Note that this licence key is an example and it is not the correct key for your device 14 13 Debugging and Update amp SYSTEM amp DEBUG These commands are implemented for using the Mon186 the operating system of the FALCOM A2D 3 A2D 3JP3 A3D JP3 and A3D With the commands of the Mon186 the operating system of th
53. hers by poking themselves or others in the eye with the antenna for example Children could damage the modem or make calls that increase your modem bills 1 11 BLASTING AREAS To avoid interfering with blasting operations turn your unit OFF when in a blasting area or in areas posted turn off two way radio Construction crew often use remote control RF devices to set off explosives 1 12 POTENTIALLY EXPLOSIVE ATMOSPHERES Turn your modem OFF when in any area with a potentially explosive atmosphere It is rare but your modem or its accessories could generate sparks Sparks in such areas could cause an explosion or fire resulting in bodily injury or even death Areas with a potentially explosive atmosphere are often but not always clearly marked They include fuelling areas such as petrol stations below decks on boats fuel or chemical transfer or storage facilities and areas where the air contains chemicals or particles such as grain dust or metal powders Do not transport or store flammable gas liquid or explosives in the compartment of your vehicle which contains your modem or accessories Before using your modem in a vehicle powered by liquefied petroleum gas such as propane or butane ensure that the vehicle complies with the relevant fire and safety regulations of the country in which the vehicle is to be used 1 13 NON IONISING RADIATION As with other mobile radio transmitting equipments users are advise
54. ice and Cell Broadcast Service gt ETSI GSM 07 07 AT command set for GSM Mobile Equipment gt ITU T V 25ter Serial asynchronous automatic dialling and control The below related documents could be found on www falcom de gt Service gt Manuals gt a2dman pdf AT command set gt progmanxx pdf Programming manual for Falcom A2D 3 Falcom A2D 3JP3 Falcom A3D and A3D JP3 gt Zod_dg pdf User manual for GPS protocols of the GPS receiver JP2 gt SiRFmessages pdf Input Output Messages for Falcom GPS Receivers with SiRFstarlle chip set gt A2 3dev zip Sources examples and libraries for programming FALCOM A2D 3 FALCOM A2D 3JP3 FALCOM A3D and FALCOM A3D JP3 It also includes a getting started document for the developer KIT This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 9 VERSION 1 08 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 1 Safety IMPORTANT FOR THE EFFICIENT AND SAFE OPERATION OF YOUR GSM MODEM READ THIS INFORMATION BEFORE USE Your GSM modem is one of the most exciting and innovative electronic products ever developed With it you can stay in contact with your office your home emergency services and others wherever service is provided 1 1 GENERAL Your modem utilises the GSM standard for cellular technology GSM is a newer radio frequency RF technology than the current FM t
55. igital I O s Mute u GND Figure a Architecture of the A3D JP3 This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 7 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 0 1 Used abbreviations Abbreviation Description CCITT Comit Consultatif International T l graphique et T l phonique CTS Clear To Send DCD Data Carrier Detect DIN Deutsche Industrienorm DSR Data Set Ready DTR Data Terminal Ready ETSI European Telecommunications Standards Institute FAA Federal Aviation Administration FM Frequency Modulation GND Ground GPS Global Positioning System GSM Global System for Mobile communications HL High Low IMEI International Mobile station Equipment Identity LED Lighting Emitting Diode LH Low High MIC Microphone MMC Multimedia Card PIN Personal Identification Number PUK Personal Unblocking Key RF Radio Frequency RI Ring Indicator RTS Request To Send RxD Receive Data This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 8 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 SIM Subscriber Identity Module SMS Short Message Service TxD Transmit Data 0 2 Related documents gt ETSI GSM 07 05 Use of Data Terminal Equipment Data Circuit terminating Equipment interface for Short Message Serv
56. l Barring Multiparty Call Waiting and Call Hold Calling Line Identity Advice of Charge USSD Closed User Group Explicit Call Transfer Other features ME SIM phone book management Fixed Dialling Number SIM Toolkit Class 2 SIM network and service provider locks Real Time Clock UCS 2 character set management This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 21 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 6 GPS core A3D JP3 6 1 General The add on module the GPS unit is integrated into the A3D JP3 This highly integrated GPS receiver module is optimized specifically for automotive applications The GPS receiver tracks the GPS constellation of satellites The satellite signals received by an active antenna are tracked with 12 parallel channels of L1 C A code and then down converted to an IF frequency and digitally processed to obtain a full navigation solution of position velocity time and heading The solution can be sent directly over GSM network 6 2 Technical data FEATURES Integrated 12 parallel channel GPS The GPS antenna interface will be internal supplied with 2 85 V DC Protocols message SiRF binary and NMEA 0183 version 2 20 with a baud rate selection SiRF binary position velocity altitude status and control NMEA CGA GLL GSA GSV RMC and VTG DGPS protocol RTCM SC 104 version 2 00 type 1 5 and 9
57. like a regular data modem To control the GSM modem there is an advanced set of AT commands according to GSM ETSI 07 07 and 07 05 implemented A protocol for controlling the data unit is available after establishing a call to the module or via short messages 8 1 1 Functional overview Included into the GSM modems FALCOM A2D 3 and A2D 3JP3 there are interfaces for the power supply for the GSM and GPS antenna for internal GPS receiver for the voice equipment and a SIM card holder as well as a This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 30 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 LED s for displaying the working state of the modems A detailed description of the connector signals you can find in corresponding chapter Technical Data 8 1 2 SIM card The GSM modems FALCOM A2D 3 and A2D 3JP3 use a SIM card 3V only with an activated or deactivated PIN This SIM card fits into the SIM card holder under the plastic cover at the bottom of the module By turning the metal flap of the SIM card holder to OPEN one can insert the SIM card in and close it by turning the metal flap to CLOSE Do not forget to close the plastic cover CAUTION Before you insert or remove the SIM card from the SIM card holder it is recommended to switch off the modem Otherwise the SIM card could be damaged 8 1 3 Serial interface The serial interfaces of the GSM mod
58. ll SIM cards 3V only 7 1 8 Audio interface G Electret Microphone Loudspeaker gt 4 Ohm Speaker Interface 3 5mm Microphone Interface 2 5mm This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 29 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 8 FALCOM A2D 3 amp A2D 3JP3 8 1 General description VERSION 1 08 The GSM modems FALCOM A2D 3 and A2D 3JP3 with the firmware GPS ALARM are mobile stations for the transmission of voice and data calls as well as SMS in GSM networks They also include GPS functions for position determination The GSM modem FALCOM A2D 3 and A2D 3 GPD JP3 can contain the following components Feature A2D 3 A2D 3JP3 GSM Core WM2C WM2C2 GPS Core option none JP3 CPU Core AMI86ES AM186ES Flash SRAM EEPROM RTC_ IMB 256KB 4KB Yes_ IMB 256KB 4KB Yes External Serial Interfaces 2 RS232 2 RS232 IO s 4 digital IO s 4 digital IO s Power Management GC Coe Enhanced Co Processor Voltage Range 10 8 31 2 VDC 10 8 31 2 VDC Cradle Yes Yes DOS like Monitor Yes Yes Table 14 The difference between A2D and A2D JP3 as well as the containing components is concerned d JP3 Chipset SiRF star For further information about the GPS protocols please refer to the related document SiRFmessages pdf If the GSM modem FALCOM A2D 3 or A2D 3JP3 is registered in the network it acts just
59. lowing indication LED yellow Power LED green Status see corresponding chapter for LED s for working state of FALCOM A2D 3 and FALCOM A2D 3JP3 11 2 3 Interface D GSM antenna 50 Ohm FME female 11 2 4 Interface E GPS antenna 50 Ohm SMA female option Antenna description GPS antenna with LNA low noise amplifier Frequency range 1575 42 1 023 MHz LNA gain gt 25 dB Power requirements SV 0 5V max 50 mA 11 2 5 SIM interface SIM card holder for small SIM cards 3V only 11 2 6 Digital interface V 24 D Sub 15pin 11 2 7 Audio interface Electret microphone Loudspeaker 150 Ohm Ground 11 2 8 Cable reference for connector 9 pin D Sub modem cable DB15 to DB9 pin 4 gt pin 1 DCD pin gt pin2 RxD pin 6 gt pin3 TxD pin 7 gt pin4 DTR pin 9 10 gt pin5 GND pin 3 gt pin6 DSR pin 8 gt pin7 RTS pin 2 gt pin8 CTS pin 5 gt pin9 RI This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 42 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 11 2 9 Cable reference for Input Output connection DB15 pinll pin12 pin13 pinl4 pin15 pin9 10 11 2 10 Data protocol input KEY1 switch to supply voltage input KEY2 or by pull up to ground input KEY3 ou
60. ls and motor vehicles are shielded from RF energy However RF energy may affect some malfunctioning or improperly shielded electronic equipments 1 7 VEHICLE ELECTRONIC EQUIPMENT Check your vehicle manufacturer s representative to determine if any on board electronic equipment is adequately shielded from RF energy 18 MEDICAL ELECTRONIC EQUIPMENT Consult the manufacturer of any personal medical devices such as pacemakers hearing aids etc to determine if they are adequately shielded from external RF energy Turn your modem OFF in health care facilities when any regulations posted in the area instruct you to do so Hospitals or health care facilities may be using RF monitoring equipment 1 9 AIRCRAFT Turn your modem OFF before boarding any aircraft Use it on the ground only with crew permission Do not use in the air To prevent possible interference with aircraft systems Federal Aviation Administration FAA regulations require you to have permission from a crew member to use your modem while the plane is on the ground To prevent interference with cellular systems local RF regulations prohibit using your modem whilst airborne This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 11 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 1 10 CHILDREN Do not allow children to play with your modem It is not a toy Children could hurt themselves or ot
61. may not be copied or circulated without permission Page 14 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 If the GSM modem FALCOM A3D or FALCOM A3D JP3 is registered in the network it acts just like a regular data modem To control the GSM modem there is an advanced set of AT commands according to GSM ETSI 07 07 and 07 05 implemented 31 1 Functional overview Included into the GSM modems FALCOM A3D and FALCOM A3D JP3 there are interfaces for the power supply for the GSM and GPS antennas A3D JP3 with an internal GPS receiver for the voice equipment and a SIM card holder as well as LED s for displaying the working state of the modem A detailed description of the connector signals you can find in the corresponding chapter Technical Data 3 12 SIM card The GSM modems FALCOM A3D and FALCOM A3D JP3 use a SIM card 3V only with an activated or deactivated PIN Personal Identification Number This SIM card fits into the SIM card holder CAUTION Before you insert or remove the SIM card from the SIM card holder it is recommended to switch off the modem Otherwise the SIM card could be damaged 3 1 3 Serial interfaces The serial interfaces of the GSM modem FALCOM A3D and FALCOM A3D JP3 are used for control and for data voice transmission 15 pin D Sub female Connectors 9 pin D Sub female to DIN 41652 8 pin RJ45 Logic V 24 asynchronous EE 9600 Baud programmable 1200 115 200 Baud
62. mp cnf port Set output configuration amp cnf clip Set message for incoming calls amp cnf mode Set mode and message counter amp pass Set or change password amp licence Enter licence key amp system Enter Mon186 service mode amp debug Set debug level amp cnf ign Configuration the ignition line for switch ON OFF the modem Table 34 GPS Alarm Commands This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 55 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 14 Configuration examples 14 1 Activate and deactivate the automatical input of the PIN number amp CNF PIN This command is used to activate or deactivate the automatical input of the PIN Nr of the SIM Card The value zero amp CNF PIN 0 deactivates the automatical input that means the user must enter the PIN Nr of the SIM Card after each switch on the device However the value one amp CNF PIN 1 activates the automatical input of the PIN Nr that means the device memorizes the last entered PIN Nr Note that the processor memorizes a PIN Nr of 1111 If the PIN Nr of the SIM Card is 1111 then the user cannot deactivate the automatical input of the PIN Nr Example 1 amp CNF PIN 0 and amp CNF PIN 1 Input amp CNF PIN 0 Deactivate the automatical input of the PIN Nr Output OK Switch modem off then on again Input at cpin Output CPIN SIM PIN Input at cpin 2037
63. nals which are also sold by FALCOM Information furnished herein by FALCOM GmbH is believed to be accurate and reliable However no responsibility is assumed for its use Also the information contained herein is subject to change without notice Users are advised to proceed quickly to the Security chapter and read the hints carefully This information serves only the product specification and is in no way legally binding FALCOM cannot be held responsible for any damages whatsoever expect in case of gross negligence on our part Reserve the right to change or modify this product without notice These operating instructions are protected by copyright Reproduction is unlawful The FALCOM A3D JP3 concept refer to figure below combines 16 Bit CPU Core Dual Band GSM Engine 12 channel GPS Receiver and car voltage range power supply with an integrated 1200mAh Li Ion Backup Battery It provides 2 external RS232 1 RS485 2 audio interfaces and 8 digital I Os or 6 digital I Os and 2 analogue inputs The 256KB RAM and 1 MB Flash Memory on board plus the integrated MMC Flash Card Reader allow the creation of a large variety of applications including extensive data logging An integrated power management co processor allows different applications under low power conditions The principal hardware components is shown in the figure follow R485 4 pin 8 digital VO s Power supply ton or Igni 2 analog Imp 6 d
64. ndation or have a look at the AT commands interface guide_xx which could be downloaded from the homepage of FALCOM www falcom de gt SERVICE gt Manuals gt gt AT commands interface guide_xx The controller in the FALCOM A2D 3 and A2D 3JP3 can handle the Interfaces B and C for user inputs These interfaces use standard parameters that means 9600 Baud 8 bit characters no parity and 1 stop bit By using the Interface B an application on a terminal equipment is able to acquire the GSM unit and to configure the special functions of the FALCOM A2D 3 and FALCOM A2D 3JP3 For a full functionality of the modems a valid SIM card must be inserted After initialisation and registration into the network the modem shows the actual registration state Configuration of the modem can be done by using a local interface connection It can also be done by a remote connection from another modem via data call or SMS transmission In this manual you can also find commands to control and configure the unit 8 3 Technical data for FALCOM A2D and FALCOM A2D JP3 8 3 1 A2D 3 SIM interface Interface D GSM antenna with FME female connector ER 8 1 wi ii Gn m Ce 3681 Interface C Ka e R445 Audio zeen EED BE ie RS232 ET Se a Interface B Serial Port 9 pin D Sub Figurel Interfaces of FALCOM A2D 3 This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 3
65. ne is disconnected The user can define the time for switching Off the modem after disconnecting the ignition line by the command amp CNF IGN Interval Interval 1 60 minutes This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 68 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 The ignition is supported as following see table VERSION 1 08 Name amp CNF IGN 1 amp CNF IGN 0 amp CNF IGN 1 60 ignition ignored immediately OFF 1 to 60 minutes AD Yes No No AD IE Yes Yes Yes AD Yes Yes Yes Example 16 amp CNF IGN Input amp CNF IGN 1 Ignition ignored Output OK Input amp CNF IGN 0 Switch off the device immediately Output OK Input amp CNF IGN 5 Switch off the device after 5 minutes of disconnecting the ignition line Output OK This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 69
66. nnels IO s together is 1 A max Table 21 Electrical parameter of I O ports The minimal value of load resistance can be calculated as below MEER ses U Pin 15 0 2 A This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 40 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 DB 15 connector Key 1 Ver 1 Key3 Pin 16 e E r wm emm output Voltage Vin T 9 ai 10 2 31 2 VDC d Pin 11e 47 KO Pin 12 FAD 47 KO Relay Pin 13 47 KO Pin 14 J Case HL Case LH WE VDD PullUp T Switc Input KEY 1 3 SS VDD d i Load Output PORT lt 11 2 2 Interface C RJ 45 8 pin shielded Audio RS232 a h Pin Description Direction 8 V output optional output supply 1 voltage for IO signals 10 8 V 31 2 OUT VDC or 5 0 VDC 2 TxD Transmitted Data IN 3 RxD Received Data OUT 4 Ground 5 SPK OUT 6 SPK OUT 7 MIC IN 8 MIC IN This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 41 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 CAUTION Do not connect external DC sources to the audio interface RJ45 otherwise the modem will be damaged Table 22 Pin out of interface C The LED s on the top side of this interface are for the fol
67. on and DOP values GSV The number of GPS satellites in view satellite ID numbers elevation azimuth and SNR values RMC Time date position course and speed data VTG Course and speed information relative to the ground Table 7 NMEA output messages 6 2 1 2 NMEA input messages The table below shows each of the NMEA input messages Message MID Description SetSerialPort 100 Set PORT A parameters and protocol NavigationInitialization 101 Parameters required for start using X Y Z SetDGPSPort 102 Set PORT B parameters for DGPS input Quay Rare Control 103 Query standard NMEA message and or set output rate ELA egg 104 Parameters required for start using Lat Lon Alt Initialization Development Data On Off 105 Development Data messages On Off MSK Receiver Interface MSK Command message to a MSK radio beacon receiver Table 8 NMEA input messages 1 Message Identification MID 2 Input co ordinates must be WGS84 3 Input co ordinates must be WGS84 Note NMEA input messages 100 to 105 are SiRF proprietary NMEA messages The MSK NMEA string is as defined by the NMEA 0183 standard This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 23 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 Transport Message VERSION 1 08 Start Sequence Payload Checksum End Sequence PSRF lt MID gt
68. r in the same way like the extensions for the receiver number This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 62 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 Syntax amp CNF CLIP receiver numbers Poll message configuration Parameters description receiver Call number of recipient for SMS or data numbers Activated phone numbers amount 1 15 Example 8 amp CNF CLIP Input amp CNF CLIP d01701234568 4976543212 49367723456 Output OK polling enabled Input amp REQ CNF Output SCNFGPS GPGGA 100 0 GPS configuration SCNFGSM 1234 at cbst 7 0 1 GSM configuration SCNFMSG s01723344555 CAR100 5 pwd D SMS message in 5min period SCNFBOOT 01701234567 boot message L SCNFKEY1 s01701234567 alarm extension BTN1 LP SCNFKEY 2 d01701234567 alarm extension BTN2 LP SCNFKEY3 v036778042230 hallo L SCNFCLIP s01701234568 4493671723456 OK 14 9 Setup Input Events amp CNFOBOOT amp CNFOKEY These commands configure the handling for start up or input events By the command amp CNFOKEY the inputs for the alarm functions can be configured The command amp CNFOBOOT defines an event that will be sent after switch on the modems If the first character of the recipient number is D or d the message will be sent as data If the first character of the recipient number is S or s the message
69. s quickly and orange lights Call in progress 3 1 6 Operating by internal Battery The following components are supplied at breakdown of the external power supply Internal GPS Receiver only by A3D JP3 GSM Engine audio functionality only with headset Note The IO s the internal Hands Free Unit and Handset does not work when the modem is supplied by the internal battery only 3 2 Functional description The GSM modules of the FALCOM A3D and A3D JP3 are controlled by an advanced set of AT Commands In this manual you can find a short overview of these commands For further information we suggest to read the ETSI GSM recommendation or have a look at the AT commands interface guide_xx which can be downloaded from the homepage of FALCOM www falcom de gt SERVICE gt Manuals gt AT commands interface guide_xx The controller in the FALCOM A3D and FALCOM A3D JP3 can handle the Interfaces B C and D for user inputs These interfaces use standard parameters that means 9600 Baud 8 bit characters no parity and 1 stop bit By using the Interface B an application on a terminal equipment is able to acquire the GSM module and to configure the special functions of the FALCOM A3D and FALCOM A3D JP3 For a full functionality of the FALCOM A3D or FALCOM A3D JP3 a valid SIM card must be inserted After initialisation and registration into the network the modem via LED s indicators which are available on the bo
70. ser see programming manual progmanxx pdf Table 11 Pin out of interface C This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 26 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 Caution Please connect the IO s 1 8 to supply voltage through a resistor 1 kOhm to 100 kOhm for input current limiting during power on Note The IO s does not work when the modem is supplied by the internal battery 7 1 3 1 Electrical parameter of general IO ports Characteristics Symbol Limits Unit Output current per channal Vout tax 200 mA Output voltage Vou lt 31 2 V Input resistance Rin 470 KQ Input voltage Logic High VinH es Input voltage Logic Low 4 Nit lt 1 2 Inputs Outputs current limit Os oe 1 A D The allowed maximum load current at the digital output Pin14 is 200mA 2 Or can be left open Si The allowed maximum load current by using all channels IO s together is 1 A max Table 12 Electrical parameter of VO ports The minimal value of load resistance can be calculated as below DB 15 connector Key 1 Key1 Key 3 tn ege v tT 1 Ke Pin 1 _ ps 47 KO PS Pin2 e m BAR 47KO Relay Pin3 47 KO Pin A e This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 27 FALCOM A2D 3 A2D
71. sion button2 05 47 52 GPRMC 054752 A 5040 4213 N 1058 8680 E 001 1 000 0 140400 000 8 E 71 7982573 SALARM alarm extension button2 05 47 54 SGPRMC 054754 A 5040 4213 N 1058 8680 E 001 1 000 0 140 400 000 8 E 71 OK Input amp CLR FAIL Delete stored unsent messages Output OK 14 4 Request or Clear SMS Messages REQOSMS amp CLROSMS All SMS messages from the SIM CARD storage can be displayed or deleted with these two simple commands The command amp REQOSMS is This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 57 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 implemented to ask for the stored messages The SIM CARD storage memory for SMS can be erased with the command amp CLROSMS Example 4 amp REQ SMS and amp CLR SMS Input amp REO SMS Print all SMS srtored in the SIM Card Output 01 GPRMC 213323 420 V 5042 0064 N 01101 7744 E 180201 1A 02 SGPRMC 213911 502 V 5042 1459 N 01101 5351 E 180201 19 03 SGPRMC 214225 941 V 5042 1459 N 01101 5351 E 180201 19 04 SGPGGA 215604 899 5042 2133 N 01101 1644 E 1 03 2 1 0 0 M 0000 05 05 SGPGGA 221909 261 5042 1506 N 01101 5471 E 1 03 3 1 0 0 M 0000 02 06 SGPGGA 222656 669 5042 1568 N 01101 5250 E 1 05 3 9 0 0 M 0000 0F 07 SGPGGA 224519 856 5042 1568 N 01101 5308 E 1 05 3 7 0 0 M 0000 01 08 SGPGGA 070042 811 5040 4188
72. st 7 0 1 SCNFMSG s01723651777 my modem 0 pd D SCNFBOOT 01701234567 boot message L SCNFKEY1 s01701234567 alarm extension BTN1 LP SCNFKEY2 d01701234567 alarm extension BTN2 LP SCNFKEY3 V036778042230 hallo L SCNFCLIP 801701234568 1493671723456 OK Input amp RESET Reset the devic Output OK 14 7 Message Configuration amp CNFOMSG amp CNFOMODE The command amp CNFOMSG sets receiver phone number and device name amp CNFOMODE sets the functional mode and a configuration counter By setting a password within the configuration data access to the module will be restricted for further data communication The recipient number setting holds as first character additional information about the message transmission If the first character of the recipient number is D or d the message will be sent as data If the first character of the recipient number is S or s the message will be sent as SMS If the first character of the recipient number is G or g the GPS ALARM firmware tries to call this number and will send GPS data to the recipient This setting is similar to the automatic GPS mode mode setting G and the GPS data can be stopped by inputting a valid command sequence In all other cases the recipient number will be treated as a phone number for a SMS transmission The SMS service center setting will be used from the SIM CARD and could be changed by using the AT Command set for the SMS fun
73. ter mode every command will increase the configuration counter The value of this counter will be set in a position message and can be used to check the configuration of the GSM modems A checksum of a command will be automatically calculated and compared if a checksum sequence XX appended to the contents of a command The checksum will be calculated as a XOR summary of all characters of this command There are two answer modes as reaction to data calls If the mode setting contains a D character then the unit answers automatically incoming data calls This mode is identical to the SO parameter of the GSM module ATS0 1 If the mode setting contains a G character then the data of the connected GPS receiver are responsible over a GSM data connection The streaming of the GPS protocols over the GSM data connection can be stopped by inputting a valid AT or amp Command of the supported command set If both modes are configured the G mode will be the preferred mode In all other cases the terminal equipment on the DB15 must answer the incoming calls and it has the possibility to receive specific data over the GSM network tracking map or delivery information Please change the ATSO register for automatic data transmissions or use the configuration with the additional features by the amp CNF MODE command Example 7 amp CNF MSG and amp CNF MODE Input amp REQ CNF Output SCNFGPS GPGGA 100 0 SCNFGSM 1234 at cbst 7 0 1 SCNFMSG 0172
74. ter set management This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 35 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 10 GPS core A2D 3JP3 10 1 General The add on module the GPS unit is integrated into the A2D 3JP3 This highly integrated GPS receiver module is optimized specifically for automotive applications The GPS receiver tracks the GPS constellation of satellites The satellite signals received by an active antenna are tracked with 12 parallel channels of L1 C A code and then down converted to an IF frequency and digitally processed to obtain a full navigation solution of position velocity time and heading The available data can be sent directly over GSM or GPRS network 10 2 Technical data FEATURES Integrated 12 parallel channel GPS The GPS antenna interface will be internal supplied with 2 85 VDC Protocols message SiRF binary and NMEA 0183 version 2 20 with a baud rate selection SiRF binary position velocity altitude status and control NMEA CGA GLL GSA GSV RMC and VTG DGPS protocol RTCM SC 104 version 2 00 type 1 5 and 9 10 2 1 NMEA data message The integrated GPS receiver inside the A2D 3JP3 supports data in the NMEA 0183 format Note The FALCOM GPS Alarm firmware and its libraries support the protocols of the GPS receivers JP3 For further information about the programming and developing a firmware
75. tput PORT connect load to supply voltage VDD GND asynchronous transparent and non transparent GSM 07 01 07 02 04 21 2400 bps V22bis 2400 bps V26ter 4800 bps V32 9600 bps V32 9600 bps V34 2400 bps V110 4800 bps V110 9600 bps V110 11 2 11 Short Message Service GSM 03 40 07 05 SMS mobile originated SMS mobile terminated This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 43 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 12 A2D 3JP3 iss Interface A 4 pin Sea Micro Fit 3 0 Molex GSM antenna EE with FME female 8 1 N Interface C RJ45 Audio RS232 SIM Interface MENI E068 GPS antenna with SMA female pap Pad connector H interface B Interfaces of FALCOM A2D 3JP3 General specification Dimensions 115mm x 54mm x 33mm Bx WxH Weight Approx 200 g Table 23 General specification 12 1 Power consumption 12 1 1 A2D 3 JP3 900 1800 G10 power consumption Power consumption Power supply 10 8 31 2 V DC Average current consumption at 12 V DC 900 1800 MHz GSM band 110 110 mA in idle mode base station sends at 85 dBm GPS ON Semon 214 192 ma in transmit mode at power level 7 3 240222 mA in transmit mode at power level 5 0 maximum Table 24 Power consumption of A3D 3 JP3 This confidential
76. ttom side of interface D RJ45 connector shows the actual registration state Configuration of the modem can be done by using a local interface connection It can also be done by a remote connection from another modem via data call or SMS transmission You can also find in this manual commands to control and configure the unit This confidential document is the property of FALCOM GmbH and may not be copied or circulated without permission Page 17 FALCOM A2D 3 A2D 3JP3 A3D amp A3DJP3 VERSION 1 08 4 Technical data for FALCOM A3D and FALCOM A3D JP3 Interface D SIM Interface C RJ45 Audio Interface 15 pin D Sub Speaker 9 pin D Sub Interface E Interface F GSM antenna GPS antenna with SMB Male with SMA female connector mee 1 H Figure 1 Interfaces of A3D JP3 General specification Dimensions 168mm x 61mm x 32mm Lx WxH v Approx 220 g A3D v Approx 250 g A3D JP3 Weight Table 4 General specifications 4 1 Power consumption 4 1 1 A3D 900 1800 G10 power consumption Power consumption 8 31 2 V DC 3 6 V 1200 mAh Li Ion Backup Battery max 4h Backup Time 20 C min 3h Charging Time Power supply Os Average current consumption at 12 V DC 900 1800 MHz GSM band GSM 105 100 mA in idle mode base station sends at 85 dBm This confidential document is the property of FALCOM GmbH and may not be copie

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