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User Guide for AirLink FX Series

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1. s sit 2 E e 2 lt A S ER re z z iz eo eo 3 2 u w cow e a ES 313 lt lt T y a 5 a E eo SS zz AE zm be 2 2 E lt O H ws mmm EI E a LLL m o 4 de VG wW EI x zi o W 2 W c e m Lo c z 2 m 4 3 Y us Ke EE a S e E E e z i F E Z ls SE E GH eg E E i EE x SE L E iis E __ lt b E a ES Ca ao K P H aj H 2 We E e 3 2 Q e a E E E Eg __ 1 s rac 52 E i 5 2 E gt Sle F zi e wa Sir E e HE amp z m s 5 gd e Ss 4 c a Se SIS e oe 5 e c E oz 2 25 e E oe S9 G WS 215 S us ro er gt E oco tal cod lt ea asz ws 2 325 m z z 2z e Pes is oj a ec S4 e eo Es wos EE E H a Figure 4 FXT009 Mechanical Drawing 4112221 Rev 7 2 June 19 2013 25 Technical Specifications User Guide V lNIBd 31V2JS LON 0 DEE AR NS el SS313HIM Be mS SHIN 23S Weg res VvHH3alS BEA RES FG SS KS Li O0LX3 LINN ATGWaSSV DE wo au arem ge Add ny SNOISHOMIO 031400348 35 AIOHLO SSII SIVIBiIV 30 TIU 33S AINO NEIE 803 us oaan Cam Te L xnk uup0 Uuy6z X T65 dV2 VIVE SISSVIC LT6Z0 gt b 0907 I MS HLIM IXP WWL X SL
2. Parameters Min Typ Max Unit DC Characteristics N A V AC Characteristics 200 Hz F 4 Z 70 120 160 ko kHz AT VGT 3500dB 13 8 Working voltage karuan anana See CMICxP CMICxN AT VGT 2000dB 77 5 mVrms AT VGT 700dB 346 Maximum rating voltage Positive K EN y CMICxP or CMICxN Negative 0 9 The input voltage depends of the input micro gain set by AT command Refer to document 2 AirPrime SL808xT and Q2698 Open AT Framework Commands Interface Guide Because CMICxP is internally biased it is necessary to use a coupling capacitor to connect an audio signal provided by an active generator Only a passive microphone can be directly connected to the CMICxP and CMICXN inputs 4112221 Rev 7 2 June 19 2013 39 User Guide Interfaces Refer to the following table for the list of recommended microphone characteristics Table 19 Recommended Microphone Characteristics Feature Values Type Electret 2V 0 5 mA Impedance Z 2kQ Sensitivity 40qB to 50dB SNR 50dB Frequency response Compatible with GSM specifications 5 1 2 52 Speaker The speaker outputs are connected in differential mode to reject common mode noise and TDMA noise Speaker outputs are connected to internal push pull amplifiers and may be loaded down with components between 32 1500 and up to 1nF These outputs may be directly connected to a speaker The output power may be adjusted by 2dB steps The gain of the sp
3. T103 TXD CT 104 RXD gt CT105 RTS FX Series DTE DCE I cCT106 CT gt 4 C1108 2 DTR A CT109 DCD 4 GND GND Figure 19 V24 Serial Link Implementation for a 5 wire UART 5 1 2 2 2 4 wire Serial Interface RS232 Implementation The signals used in this interface are as follows e CT103 TXD e CT104 RXD e CT105 RTS e CT106 CTS M C1103 1XD I CT104 RXD 39 M CT105 RTS FX Series DTE DCE I cT106 c1 gt peers A CT109 DCD s GND ko GND Figure 20 V24 Serial Link Implementation for a 4 wire UART 5 1 2 2 3 2 wire Serial Interface RS232 Implementation The signals used in this interface are as follows e CT103 TXD e CT104 RXD Note Although this case is possible it is not recommended The flow control mechanism must be managed from the customer end 4112221 Rev 7 2 June 19 2013 36 User Guide Interfaces kenn i 103 TXD met ke T 104 RXD gt CT105 RTS FX Series DCE a CT106 CTS DTE CT108 2 DTR A T109 DCcD A GND Fo GND Figure 21 V24 Serial Link Implementation for a 2 wire UART The CT105 RTS and the CT106 CTS signals are not used in this configuration Configure the AT command AT IFC 0 0 to disable the flow control function Refer to documents 1 Open AT Application Framework AT Commands Interface Guide and 2 AirPrime SL808xT an
4. sssssssssseeeeeeennen 40 Speaker Outputs Pin Description for FX100 ae 40 Electrical Characteristics of CSPK for FXTOOS sss 41 Electrical Characteristics of CSPK for EX 41 Recommended Speaker Characherletlce tinte in tenete nt tren nnnnenn ernennt 41 Mini B USB Pin DeSCHDtlOnD racc portate do Ere Eeer EEEE 42 USB Electrical Characteristics for FXTOOO9 sss 42 USB Electrical Characteristics for FXTO0O il eiii iim sedeo ect ad udo as 42 SIM Socket Pin Description ioc teer reete daie ea anie ei ue nodu satu ties 44 Available RF Interface uut nr terere nhan rre titres inte he acea reins 44 Main Receiver Parameters for EXTOQ9 i oi ote tendo xe nn RYE RR ede EY neq 45 Main Transmitter Parameters for FATOUO an 45 Main Receiver Parameters for FSTIOD aen 45 Main Transmitter Parameters for FX100 enne nenne 46 Antenna Specifications for FXTO09 and ESO 46 GPS Antenna Specifications for EX100 2 iiec eius ENEE cuota aen rae nghe uic 47 Alarm Mode bow Power Mode ertet ette ae teen tese eee ie Re 49 FX Series Reset Status cccccceeccecececeeeeeeeeeeceneeecaaeeeeaaeseeeeeseaeeeeaaeseeaeeseeeesaeeseaeesenees 50 Rev 7 2 June 19 2013 12 User Guide Table 38 Reset Electrical Characteristics For FXTOO9 sesseesseesseeesiesseeeseeennssrnssnrerrnnrnssrnssrnsens 50 Table 39 Reset Electrical Characteristics for FX100 essen 50 Table 40 Reset O
5. acere emend erra exu ie epa tn ua d 47 6 SIGNALS AND INDIGAT ORG nacida ka isa GR Ea tovt tanta iR uva and ka 49 6 1 Alam MOOG sic igetid E 49 6 2 BOOT Signal Connection FXTOO9 only 49 6 3 RESET Signal Connection esses ener entere snnt nnns 49 6 3 1 Reset EE eege Seege ee Eege geet 51 6 4 LED Status le Tee E 51 6 5 Real Wuere dt RRE 52 reco Y Y 53 7 1 ele Dell Er 53 7 1 1 Back Plate SOHO WS oto eegene deeg 53 7 1 2 E Det Lu er lune el 53 1 2 X card Physical Description cccceeeeecceceeeeeceeeeeeeeeeeeeeneeeeeeeeeeeseeeeeeneeeeeeeneeaeenenneees 54 7 3 X card Design Te Te Eden E 55 7 4 DA A M n 56 7 4 1 EXTEO02 Ethernet X card Installation e et tet pedes 56 7 4 2 Board AIChIteGtUEgu scie peer sada eege die edu tice 57 7 4 3 Mechanical Characteristics 5 2 30 aiti cies casa enirn tenet tutes EEGEN 58 7 4 4 Power Supply EE 58 7 4 4 1 Extra Current Consumption from the DC IN Source sess 58 T5 A CAN FROMOV UE 59 8 USING THE FX SEHNIES iienrqaisnsnkksnu n ERE RE uA x RE dd RRREREIE UR RH aub BARERE EUN QUAM M ERE KRUGER a KE 60 8 1 Mounting tlie FX Series orc etr aian aia Porcia ndr Deua 60 8 2 Getting Stated eX 61 8 2 1 Inserting the SIM Card WEE 63 8 2 2 Extracting the SIM Gard eco Deere eae pe aikoa det deeg 64
6. Gam 3 TX power 33dBm Gam 17 TX power 5dBm Gam 18 TX power 0dBm Gam 3 TX power 33dBm Gam 17 TX power 5dBm Gam 18 TX power 0dBm Gam 3 TX power 33dBm Gam 3 TX power 30dBm Gam 18 TX power 0dBm Gam 6 TX power 27dBm Gam 17 TX power 5dBm Gam 18 TX power 0dBm Gam 6 TX power 27dBm Gam 17 TX power 5dBm Gam 18 TX power 0dBm Gam 6 TX power 27dBm Gam 17 TX power 5dBm Gam 18 TX power 0dBm 22dBm 10dBm 22dBm 10dBm 22dBm 10dBm 22dBm 10dBm 22dBm 10dBm 22dBm 10dBm 22dBm 10dBm 22dBm 10dBm 22dBm 10dBm 22dBm 10dBm Gam 3 TX power 30dBm Gam 3 TX power 30dBm Gam 17 TX power 5dBm Gam 5 TX power 26dBm Gam 5 TX power 26dBm Gam 5 TX power 26dBm 4112221 Rev 7 2 June 19 2013 84 User Guide Power Consumption Operating Mode Communication Tester Configuration 22dBm UMTS 2100 BAND 1 10dBm 22dBm UMTS 1900 BAND II 10dBm Transfer Cat 8 UMTS 850 BAND V 7 2Mbit s 10dBm 22dBm UMTS 800 BAND VI 10dBm 22dBm UMTS 900 BAND VIII 10dBm 22dBm UMTS 2100 BAND 1 10dBm 22dBm UMTS 1900 BAND II 10dBm HSUPA Data 422dBm Transfer CAT 5 UMTS 850 BAND V 2Mbit s 10dBm 22dBm UMTS 800 BAND VI 10dBm 22dBm UMTS 900 BAND VIII 10dBm 4112221 Rev 7 2 June 19 2013 85 12 Recommendations when Using the FX Series on Trucks Caution The po
7. 269 86 37 2169 497 mA 1900 MHz PCL15 TX power OdBm 102 36 16 813 255 mA GPRS 850 MHz PCL5 gamma 3 363 102 45 3478 702 mA class 8 900 MHz PCL5 gamma 3 384 107 42 3600 720 mA 1TX 1800 MHz PCLO gamma 3 291 84 38 2413 538 mA Ss 1900 MHz PCLO gamma 3 253 83 36 2008 486 mA GPRS 850 MHz PCL5 gamma 3 654 174 76 3503 880 mA class 10 900 MHz PCL5 gamma 3 698 185 78 3489 1001 mA 2TX 1800 MHz PCLO gamma 3 476 143 61 2348 910 mA PUN 1900 MHz PCLO gamma 3 459 129 58 2201 833 mA GPRS 850MHz PCL5 gamma 3 467 147 72 1414 749 mA class 12 900 MHz PCL5 gamma 3 519 180 75 1510 787 mA 4TX 1 1800 MHz PCLO gamma 3 553 184 78 1587 794 mA FUA 1900 MHz PCLO gamma 3 570 183 76 1598 801 mA EGPRS 850 MHz PCL8 gamma 6 197 67 58 1508 401 mA class 8 900 MHz PCL8 gamma 6 203 66 29 1464 406 mA 1TX 1800 MHz PCL2 gamma 5 192 68 29 1404 497 mA St 1900 MHz PCL2 gamma 5 193 64 28 1357 387 mA 4112221 Rev 7 2 June 19 2013 78 User Guide Parameters Power Consumption ne Je EGpRS 990MHz PCL8 gamma 6 312 100 42 1453 740 mA class 10 900 MHz PCL8 gamma 6 301 95 43 1470 772 mA 2TX 1800 MHz PCL2 gamma 5 313 108 49 1521 775 mA SEU 1900 MHz PCL2 gamma 5 293 97 43 1454 785 mA EGPRS 850 MHz PCL8 gamma 6 437 150 66 1441 718 mA class 12 900 MHz PCL
8. e Density spectrum 0 96m s3 e Frequency range 0 1 g Hz at 10Hz 0 01 g Hz at 250Hz 0 0005 g Hz at 1000Hz 0 0005 g Hz at 2000Hz e Slope 3dB octave e Acceleration 0 99gRMS e Number of axis 3 Operating conditions Un powered Duration 16 hours Standard IEC 60068 2 27 Test Ea Special conditions e Shock Test 1 Wave form Half sine Peak acceleration 30G Duration 11ms Number of shocks 8 per direction Number of directions 6 X Y Z e Shock Test 2 Wave form Half sine Peak acceleration 200G Duration 3ms Number of shocks 3 per direction Number of directions 6 X Y Z e Shock Test 3 Wave form Half sine Peak acceleration 100G Duration 6ms Number of shocks 3 per direction Number of directions 6 X Y Z Operating conditions Un powered Duration 72 hours 4112221 Rev 7 2 June 19 2013 95 User Guide Reliability Compliance and Recommended Standards 14 3 2 6 Handling Resistance Stress Tests The following tests the FX Series resistance to handling malfunctions and damage Table 83 Handling Resistance Stress Tests Designation ESD Test Operational Durability OD Free Fall Test FFT Condition Standard IEC 1000 4 2 Special conditions e Contact discharges 10 positive and 10 negative applied e Voltage 2kV 4kV 6kV Operating conditions Powered Duration 24 hours Standard N A Special Conditions
9. AirLink FX Series AV SIERRA NC June 19 2013 WIRELESS User Guide Important Notice Due to the nature of wireless communications transmission and reception of data can never be guaranteed Data may be delayed corrupted i e have errors or be totally lost Although significant delays or losses of data are rare when wireless devices such as the Sierra Wireless modem are used in a normal manner with a well constructed network the Sierra Wireless modem should not be used in situations where failure to transmit or receive data could result in damage of any kind to the user or any other party including but not limited to personal injury death or loss of property Sierra Wireless accepts no responsibility for damages of any kind resulting from delays or errors in data transmitted or received using the Sierra Wireless modem or for failure of the Sierra Wireless modem to transmit or receive such data Safety and Hazards Do not operate the Sierra Wireless modem in areas where cellular modems are not advised without proper device certifications These areas include environments where cellular radio can interfere such as explosive atmospheres medical equipment or any other equipment which may be susceptible to any form of radio interference The Sierra Wireless modem can transmit signals that could interfere with this equipment Do not operate the Sierra Wireless modem in any aircraft whether the aircraft is on the ground or in flight In
10. June 19 2013 AB 2 User Guide Interfaces mates o ER mputlow jo 00 V UTEM Ouputtow o foot fv The USB feature can be activated by using the AT WMFM 0 1 3 AT command Refer to documents 1 Open AT Application Framework AT Commands Interface Guide and 2 AirPrime SL808xT and Q2698 Open AT Framework Commands Interface Guide for more information regarding this AT command 5 2 Back Interface X card Compartment SIM Interface LED Status Indicator GPS RF Interface Main RF Interface Secondary RF Interface Figure 24 FX Series Back Interface Note ii The secondary and GPS RF interfaces are only available for FX100 5 2 1 SIM Interface A SIM card can be directly connected to the FX Series through the embedded SIM socket This interface controls 3V 1V8 SIM cards and it is fully compliant with GSM 11 11 recommendations concerning SIM functions The SIM interface of the FX Series is ESD protected Transient overvoltage protections in ESD are internally added on the signals connected to the SIM interface in order to prevent any damage from electrostatic discharge The SIM interface uses 5 SIM signals namely e SIM VCC SIM Power supply e SIM RST Reset e SIM CLK Clock e SIM IO I O Port e SIMPRES SIM card detection 4112221 Rev 7 2 June 19 2013 43 User Guide Interfaces 5 2 1 1 SIM Socket Pin Description Refer to the following table for the pin description
11. PUN EMEET ic rS 111 21 1 2 Exposure to HF Energy tete retener t tt ees ttr Fc neci bb 111 2144 9 Efficient Terminal Operation oerte rper egens E rapi g Ce 111 21 1 4 Antenna Care and Replacement essent 112 21 2 General Safety T E 112 V DING NM 112 21 2 2 Electronic Re 112 21 2 8 Vehicle Electronic Equipment eene nennen 112 21 2 4 Medical Electronic Eoupmemt essen eene 112 n cC M 113 21 2 6 ele 113 21 22 E Te 113 21 2 8 Potentially Explosive Atmospheres cccccscceceessececeeneeceeeeneeceeeeneeeeeeenseeeeeenenees 113 4112221 Rev 7 2 June 19 2013 List of Figures Figure 1 Figure 2 Figure 3 Figure 4 Figure 5 Figure 6 Figure 7 Figure 8 Figure 9 Figure 10 Figure 11 Figure 12 Figure 13 Figure 14 Figure 15 Figure 16 Figure 17 Figure 18 Figure 19 Figure 20 Figure 21 Figure 22 Figure 23 Figure 24 Figure 25 Figure 26 Figure 27 Figure 28 Figure 29 Figure 30 Figure 31 Figure 32 Figure 33 Figure 34 Figure 35 Figure 36 Figure 37 4112221 ges ET 16 Functional ArchiteCture cccccecssceeeeeeeeeeeeeeeeeeeeeaneeseeeneeseeaneeseesneeeeeseeeeeesneaaeeeennnees 22 FX Series RF Architecture 23 EXT009 Mechanical Drawing ci t ror n por pna ge e rn 25 FX100 Mechanical Drawing 1 Of 2 ideni dete tee s 26 FX100 Mechanical Drawing EELER See 27 FX Series Fron
12. The main regulation is made with an internal DC DC converter in order to supply all the internal functions with a DC voltage The correct operation of the FX Series in Communication mode is not guaranteed if the input voltage falls below 4 75V Refer to the following table for the FX Series operating voltage range and maximum current Table 6 Power Supply Electrical Characteristics Operating Voltage Range 4 75V to 32V DC nominal at 13 2V e 600mA average at 4 75V 3A Peak at 4 75V on FXT009 Maximum Current Typical Typ e 850mA average at 4 75V 3 7A Peak at 4 75V on FX100 The FX Series is permanently powered once the power supply is connected In the case of Alarm mode Low Power mode the user can set the FX Series Turn on time Refer to section 6 1 Alarm Mode for more information Caution The minimum input voltage specified here is the FX Series input Be mindful of the input voltage decrease caused by the power cable When using the 6 wire cable accessory that comes with the FX Series package this input drop is at around 800mV at 4 75V and 220mV at 32V EDGE 4TX The FX Series is designed for use with the original power cable and the fuse that came with the original cable is a 2A 250V Slow Break fuse 5 2mm 20mm 4112221 Rev 7 2 June 19 2013 24 User Guide Technical Specifications 4 2 Mechanical Specifications
13. 2013 28 User Guide Interfaces Refer to the following table for the pin description of the power supply connector Table 7 Power Supply Connector Pin Description Pin Signal Description 1 GPIO25 GPIO35 for FX100 General purpose input output 2 GP1021 General purpose input output 3 Vref Voltage reference for the GPIOs 4 Reserved Reserved 5 Reserved Reserved 6 GND Ground 7 DC IN Input Supply for the FX Series 4 75V to 32V 8 ON OFF Control pin to power OFF the FX Series 9 Reserved Reserved 10 Reserved Reserved The input voltage range DC IN is from 4 75V to 32V with a typical operating voltage of 13 2V The power cable is provided as part of the FX Series package Caution Pins 1 2 3 4 5 8 9 and 10 are low voltage interfaces It is strictly prohibited to connect these pins to any power supply as there is a risk of damaging the FX Series 5 1 1 1 General Purpose Input Output The FX Series has two external GPIO ports GPIO21 and GPIO25 GPIO35 for FX100 as well as a voltage reference line Vref Vref sets the reference voltage of the input or output of the two GPIOs Leaving it unconnected sets the GPIO level at 2 3V 2 6V by default It is strongly recommended to connect to the required GPIOs output voltage 2 8V 15V Refer to the following table for the pin description of the GPIOs Table 8 GPIO Pin Description GPIO 21 General purpose input output GPIO25 GPIO35 for FX10
14. protected personal medical devices such as hearing aids and pacemakers Consult the manufacturers of the medical device to determine if it is adequately protected Operation of your FX Seriesclose to other electronic equipment may also cause interference if the equipment is inadequately protected Observe any warning signs and manufacturers recommendations The FX Series is designed for and intended to be used in fixed and mobile applications Fixed means that the device is physically secured at one location and is not able to be easily moved to another location Mobile means that the device is designed to be used in other than fixed locations and generally in such a way that a separation distance of at least 20 cm 8 inches is normally maintained between the transmitter s antenna and the body of the user or nearby persons The FX Seriesis not designed for and intended to be used in portable applications within 20 cm or 8 inches of the body of the user and such uses are strictly prohibited 4112221 Rev 7 2 June 19 2013 100 User Guide Safety Recommendations 16 2 Vehicle Safety Do not use your FX Series while driving unless equipped with a correctly installed vehicle kit allowing Hands Free Operation Respect national regulations on the use of cellular telephones in vehicles Road safety always comes first If incorrectly installed in a vehicle the operation of the FX Series could interfere with the correct fu
15. 138V1 JITIVL3N L8L009Z Z or DRAI OWXAM E L Sui iM DIE MEN EDU S IER Y z S9XZW 7 18 SIASIA MIJS Dik S b SUT WITS Aisuag uBI SU SU SLOBNSNOLIBNNOD YSEOZMM 9 L Ev UO D3JepIoS ESTS01 3NNO2 ELOEZWM L L SEN We Sapes Uld OF II4 OM2IW B01 3NNCO 6LOSZR 8 L D I JO ETC HME JSVY SISSVHO 6602 6 V Puxa og LUO Wwy G X v 65 dV INOBJ SISSVH2 GOYZHM Ob E punou a003 00S RE E S0123NNO2 S EYZHM TU L WUSQZ X amp LCZI 30Vid WIVE SISSVHD L9EYZHM Zi 3S 3IX f ELOZ vL SO T38V1 JITIV134 03ONVH2 3S 31X T ZL0Z 80 80 3SV3138 VI LINI SS3138 M us OLOZ 3 LHIIYAdOI S13873S JOVAL ONY SLHIIYAdOJ SWBVW3OVHL SIN3lYd XJONN SLHIIA NY SAnS ATSS3HdX3 SS3138 M asi SS3138I M VAIS A8 3ADBddV 1N31X3 FHL OL 1d32X3 03119IHO d SI LN3WNIOO SIH JO MI Late ANY YO TV dO VILIWSNYMI NO JUNSOTIS O ISN NOILINOOdIY NOI LVWYO NI WILNIGISNDD SS3134I M Vi3IS SNIVINOO 1N340200 SIHI O310N 3SI Mi3410 SS3INn ANOYI ONIH3INION3 TWIINVHIIW SS3133I M VIIS A8 TWAOSddY N3LLIYM 112l1dX3 NOlsd 1nOHl M 03i3iJ3dS SIN3W3NInO38 S1234jV 39NYHJ HORS N3HL3HM 40 SS310NV93N lvigilVW NOILINGOYd NO Q3MOTIV 38 NVHS 3ONVH ON V9 SNOI1d3 X3 9 O3SN 38 1SnW SYIGIAIC 1VnQOIAIONI HLIM XOG V ONY OVE JiLSWid QS3 ONY 02001 ONY Q39V 2Vd JI V S UNIDYXOVd S Siuvd OIYNSYIW JHL Hi M 9NOTV SS3138I M vais 01 GALLIWGAS 38 LSAW 1N0d38 TVNOISN3AIQ V MI JDiL8V LSAld FHL 30 SlBVd S 1SV3 lv NO OINSYIW 38 LSAW SN
16. 2 2 RF Interface e 13 2 Additional Optional Accessories e 19 2 6 Package Updated Table 46 Mechanical Characteristics 4112221 Rev 7 2 June 19 2013 Contents 1 e TEE 15 1 1 FX Series Product Comparison cccccecseeceeeeeceeeeeeeaeeeeeeeceeeeesaeeecaaeseeeeeseueeessaeeseneeeeaes 15 1 25 Overall EE TE 16 1 3 FX Series Variants and Bundles viiccccciietsccsssceeststheascevsdcedeassieaaasssncias sa viaacarvicieeasvietaaertivas 17 1 4 elle E 17 1 5 lai TACOS eC ECCLE ET 17 1 5 1 External Interfaces cccccccccceeceeeeeceeeceeeeeeeeeeaaeeeeeeeeeseqaaeaeeeeeeeeeseesaeaeeeeeeeeneeesanaees 17 1 5 2 Internal X card age 18 1 6 Environmental GomplianGe 2 2 2 certant ario t cin san iaaa a AAE 18 1 6 1 RoHS Directive Compliant cerit gege eege spei 18 1 6 2 Disposing Kegel Le 18 2 FEATURES AND SER VICES eegene 19 24 Features and Re 19 2 2 S ppoited E EE 20 2 3 ee Wine 20 2 4 EE HE e ee M 21 2 4 1 lee 21 2 4 2 Electrostatic Decharge e eiusd ide Weeden EE Unten EE deeg gege 21 2 4 3 Mam SQ tial Link sciivsiecctesente eege egengr Paten iegeeg idee a XY ERR Ra Fera ege eege ege 21 3 FUNCTIONAL SPECIFICATIONS wocniscscscnnsssancncasssnsnansssnatanssunananssanstasscunsnansannsin 22 3 1 FUNCO Mal ter MI 22 3 2 asl gU eie c 23 3 3 Operating Gvstem esent tnnn enne nsns nnns en tht nensi snis intr senten 23 4 TECHNICAL
17. 2 June 19 2013 41 User Guide Interfaces 5 1 3 Aside from the serial interface the Mini B USB interface USB slave may also be used to directly communicate with the FX Series USB Interface Figure 23 Mini B USB Connector Refer to the following table for the pin description of the mini B USB connector Table 25 Mini B USB Pin Description Pin Signal Description 1 VBUS 5V Power supply 2 D Differential data interface positive 3 D Differential data interface negative 4 ID Not connected 5 GND Ground The FXTO009 USB slave interface complies with USB 2 0 protocol signaling but not with USB 2 0 electrical interface while the FX100 can support both USB 2 0 protocol signaling and electrical interface The USB interface features e 12Mbit s full speed transfer rate for FXT009 480Mbit s high speed transfer rate for FX100 e 3 3V type compatible e USB Soft connect feature e USB Download feature only supported by FX100 e CDC 1 1 ACM compliant Table 26 USB Electrical Characteristics for FXT009 Parameter UO Min Typ Max Unit VBUS 4 75 5 V D D UO 3 3 3 3 6 V VBUS Input current consumption 100 mA Table 27 USB Electrical Characteristics for FX100 Parameter UO Min Typ Max Unit VBUS Input 4 75 5 V Input High 2 00 3 30 3 60 V Input Low 0 0 80 V D D Low Full speed Output High 2 80 3 30 3 60 V Output Low 0 30 V 4112221 Rev 7 2
18. 3 2 4 Thermal Resistance Cycle Stress Test The following tests the FX Series resistance to extreme temperature cycling Table 81 Thermal Resistance Cycle Stress Test Designation Condition Standard IEC 60068 2 14 Special conditions Thermal Shock Test TSKT e Upper temperature 90 C e Lower temperature 40 C e Hate of temperature change 30s a i e Number of cycles 200 i e Duration of exposure 30 minutes i e Recovery time 3 hours o Operating conditions Un powered Duration 72 hours 14 3 2 5 Mechanical Resistance Stress Tests The following tests the FX Series resistance to vibrations and mechanical shocks Table 82 Mechanical Resistance Stress Tests Designation Condition Standard IEC 60068 2 6 Test Fc Special conditions e Frequency range 10Hz to 1000Hz Sinusoidal Vibration Test Displacement 5mm peak SVT1 e Frequency range 16Hz to 62Hz Acceleration 5G e Frequency range 62Hz to 200Hz Acceleration 3G e Frequency range 200Hz to 1000Hz Acceleration 1G e Sweep rate 1 oct min e Test duration 20 cycles e Sweep directions X Y and Z Operating conditions Un powered Duration 72 hours 4112221 Rev 7 2 June 19 2013 94 User Guide Reliability Compliance and Recommended Standards Designation Random Vibration Test Mechanical Shock Test MST Condition Standard IEC 60068 2 64 Special conditions
19. 3G Band VIII 900 Reference Sensitivity Selectivity 200 kHz Selectivity 400 kHz Linear dynamic range Co channel rejection Table 33 Main Transmitter Parameters for FX100 Parameters Output power at PCL5 EGSM amp GSM850 Output power at PCLO GSM1800 amp PCS1900 Output power at PCL19 EGSM amp GSM850 Output power at PCL15 GSM1800 amp PCS1900 Output power Class 3 3G all band Typical Values 108dBm gt 9dBc gt 41dBc 63dB gt 9dBc Typical Values 32dBm 29dBm 5dBm OdBm 23dBm 5 2 2 2 Antenna Specifications The main secondary antenna must meet the requirements specified in the table below The optimum operating frequency depends on the application A dual band or quad band antenna should operate in these frequency bands and have the following characteristics Table 34 Antenna Specifications for FXT009 and FX100 GSM850 EGSM 900 PCS 1900 ET and WCDMA and and WCDMA Characteristics wopwA Bandvi wcpMA P 51 899 WCDMA Band Band V Band VIII Band Il 824 to 849 830 to 840 880 to 915 1710 to 1850 to 1920 to i rodueney MHz MHz MHz 1785 MHz 1910 MHz 1980 MHz 869 to 894 875 to 885 925 to 960 1805 to 1930 to 2110 to io Tae Bn MHz MHz MHz 1880 MHz 1990 MHz 2170 MHz Impedance 500 1 5 1 vswr Pma Typical radiated OdBi in one direction at least gain Note WCDMA bands II V VI and VIII are only available in FX100 4112221
20. 8 3 Using the FX Series with an N Gard 65 8 4 ee 65 9 COMMUNICATING WITH THE FX SERIES 66 9 1 COMMUNICATIONS TeSt E 66 9 2 Verifying the Received Signal Gtrengoth A 67 9 3 Verifying the Network Registration eeseeeeeseeieesseseeeeeeeeeenn nennen nnn nnne 67 9 4 Checking the Band Selection reiten terere ea ete enne erre chek Du EE Up Rees 67 9 5 Switching Bands uaa eda eco decal sade dla on lad nce Ded NER cada 68 9 6 Checking the PIN Gode SEatlls ecrire terrai ore re veta i E bci rera Pea pcena eee n ose 70 4112221 Rev 7 2 June 19 2013 User Guide 9 7 epoxl eM C EE 70 9 8 Enabling Disabling the Flash LED io tro nt xd deh 70 9 9 Firmware Upgrade Procedure ee dee egentes serta eina eee eas eran Ea 70 9 10 Main AT Commands for the FX Gees 71 10 TROUBLESHOOTING THE FX SERIES ceakarsi ana ibka Ciiicipt dii ia oia 72 10 1 No Communications with the FX Series through the Serial Umk 72 10 2 Receiving a dE 72 10 3 Receiving NO CARRIER E 73 11 POWER CONSUMPTION EN 75 11 1 Various Operating oo E aena asaan dE Eege EEUE 75 11 2 Working Mode EE 76 11 3 Connected Mode Power Consumption eese nennen 77 11 4 Non Connected Mode Power Consumptton enne 80 11 5 Consumption Measurement PDrocecdure nennen 81 11 5 1 Hardware Configuratio M sissies oce pet e perc tonne Fort ete ea Peers e eet bere 81 Ducum DE Ge en E EN 11 5 1 2 SIM Cards US6d EE 82 11 5 2 Software Configurati
21. 8 3V Y v Serial Port Auto Shut Down v Y RTC Back Up Battery Y Y X card Flexibility Y v Open AT Application Framework Compliant Y v 4112221 Rev 7 2 June 19 2013 15 User Guide Overview gpsOneXTRA v Embedded GPS Y Primary RF Interface Y Y Secondary RF Interface Y GPS MMCX Connector Interface Y USB Interface Y v 10 pin Micro Fit Connector Interface Y Y 15 pin sub D Serial Interface Y Y For more information on the features available on the FX Series variants refer to Table 4 FX Series Basic Features 1 2 Overall Dimensions Figure 1 FX Series Modem Table 2 FX Series Physical Dimensions 89 mm 60 mm 30 mm 100g for FXT009 125g for FX100 4112221 Rev 7 2 June 19 2013 16 User Guide 1 3 Table 3 Overview FX Series Variants and Bundles FX Series Variants Product FXT009 FX100 Bundle Standard Ready to Use Ready to Use Ethernet Standard Ready to Use Description Wireless connectivity EGSM Quad Band CL 10 GPRS EDGE Wired connectivity Serial USB Accessories DC Cable USB cable Holding Bridles Wireless connectivity EGSM Quad Band CL 10 GPRS EDGE Wired connectivity Serial USB Accessories DC Cable USB cable Holding Bridles Cellular Antenna Power Supply Data Cable Wireless connectivity EGSM Quad Band CL 10 GPRS EDGE Wired connectivity Serial USB Ethernet Accessories DC Cable USB cabl
22. CT106 CTS e Data Terminal Ready CT108 2 DTR e Data Set Ready CT107 DSR e Data Carrier Detect CT109 DCD e Ring Indicator CT125 RI FX Series DCE DTE Figure 18 RS232 Serial Link Signals The RS232 interface has been designed to allow flexibility in the use of the serial interface signals However the use of TXD RXD CTS and RTS signals are mandatory while the use of DTR DSR DCD and RI signals are optional Tip The FX Series is designed to operate using all serial interface signals and it is recommended to use CT105 RTS and CT106 CTS for hardware flow control in order to avoid data corruption during transmission The FX Series also implements the Serial Port Auto Shut Down feature with the DTR signal It is recommended to use the CT108 2 DTR signal to benefit from the current consumption improvement performed by this feature 5 1 2 2 RS232 Implementation The following subsections describe how the RS232 serial link can be implemented to suit different designs 5 1 2 2 1 5 wire Serial Interface RS232 Implementation The signals used in this interface are as follows e CT10S TXD e CT104 RXD 4112221 Rev 7 2 June 19 2013 35 User Guide Interfaces e CT105 RTS e CT106 CTS e CT108 2 DTR Note The CT108 2 DTR signal must be managed following the V24 protocol signaling if the Sleep Idle Mode and Serial Port Auto Shut Down feature are to be used
23. For example AT WIOWZ42 1 will set GPIO42 to output mode and in High state 5 1 1 2 ON OFF Pin The FX Series has an external ON OFF pin which is used to turn the device ON or OFF The following table describes the operation of this pin Table 11 ON OFF Pin Operation Condition State Power Supply Operation When 4 75V to 32V supply is 1 Open applied The FX Series is turned ON 2 Pulled to GND When 4 75V to 32V supply is The FX Series remains OFF applied Left open when turning US The FX Series remains ON and will 3 ON the FX Series 4 75V to 32V supply is initially o i ON until AT CPOF is sent to applied turn the device OFF then pulled to GND To enable the low power mode the user may simply pull the ON OFF pin to GND and send AT CPOF to the FX Series using a communication software such as a HyperTerminal Table 12 ON OFF Pin Description 8 ON OFF Mo Ia Pin to turn the FX Series ON OFF Refer to the power consumption tables in section 11 Power Consumption for the power consumption values when the FX Series is in Alarm mode Low Power mode 4112221 Rev 7 2 June 19 2013 33 User Guide 5 1 2 A SUB D 15 pin connector is available as a serial interface to directly communicate with the FX Series This serial interface is used for Serial Interface e RS232 serial link connection e Audio lines connection microphone and speaker e BOOT signal connection not used in FX100
24. MIC Micro Fit MIN MNP MO MS MT PLMN PUK RF RFI R RMS RTS RX SIM SMA SMS SNR SPL SPK SRAM TCP IP TDMA TU TUHigh TX TYP 4112221 Definition International Electrotechnical Commission Internal Expansion Socket Internal Expansion Socket Module International Mobile Equipment Identification Input Output Light Emitting Diode MAXimum Mobile Equipment MICrophone Family of connectors from Molex MINimum Microcom Networking Protocol Mobile Originated Mobile Station Mobile Terminated NOMinal Output Pascal for speaker sound pressure measurements Packet Broadcast Control Channel Personal Computer Power Control Level Packet Data Protocol Personal Identity Number Public Land Mobile Network Personal Unblocking Key Radio Frequency Radio Frequency Interference Ring Indicator Root Mean Square Request To Send Receive Subscriber Identification Module SubMiniature version A RF connector Short Message Service Signal to Noise Ratio Sound Pressure Level Speaker Static RAM Transmission Control Protocol Internet Protocol Time Division Multiple Access Typical Urban fading profile Typical Urban High speed fading profile Transmit TYPical Rev 7 2 List of Abbreviations June 19 2013 104 User Guide List of Abbreviations UMTS Universal Mobile Telecommunications System VSWR Voltage Stationary Wave Ratio 4112221 Rev 7 2 June 19 2013 105 19 Packagin
25. Rev 7 2 June 19 2013 46 User Guide Interfaces The FX100 GPS antenna must meet the requirements specified in the table below Table 35 GPS Antenna Specifications for FX100 Characteristic GPS L1 RX Frequency 1575 42 MHz RF Impedance 500 VSWR pa men 15 1 LNA Bias Voltage 5V LNA Current Consumption QUIS Polarization Linear vertical ae radiated OdBi in one direction at least 5 2 2 3 GPS Specifications for FX100 Note These specifications are preliminary targets that are subject to change without notice Actual GPS functionality depends on the firmware version and module configuration The FX100 provides the GPS features listed in the following sub sections This GPS feature can be used through AT commands provided by the Extended Open AT application which is pre loaded at the factory or from a custom Open AT application using Location Library 5 2 2 3 1 Standalone GPS e Leading standalone autonomous GPS performance e 145 dBm cold start sensitivity e 153dBm hot start sensitivity e 155 dBm tracking sensitivity e lt 45 second average cold start TTFF Time To First Fix in open air e lt 3 second average super hot TTFF in open sky e 10 m accuracy in open sky Note For optimum performance the modem should be registered on the GSM UMTS network but does not need to be on an active data or voice call 5 2 2 3 2 gpsOneXTRA e Enables enhanced standalone GPS operation by downloading lt 40 k
26. User Guide Certification Compliance and Recommended Standards Table 87 Applicable Standards and Requirements for FX100 Document GCF CC NAPRD 03 TS 51 010 1 TS 51 010 2 TS 51 010 4 EN 301 511 EN 301 908 2 Current Version 3 46 0 5 1 10 1 0 10 1 0 4 23 0 9 0 2 5 2 1 Title GSM Certification Forum Certification Criteria Overview of PCS Type certification review board PTCRB Mobile Equipment Type Certification and IMEI control 3rd Generation Partnership Project Technical Specification Group GSM EDGE Radio Access Network Digital cellular telecommunications system Phase 2 Mobile Station MS conformance specification Part 1 Conformance specification 3rd Generation Partnership Project Technical Specification Group GSM EDGE Radio Access Network Mobile Station MS conformance specification Part 2 Protocol Implementation Conformance Statement PICS proforma specification 3rd Generation Partnership Project Technical Specification Group GSM EDGE Radio Access Network Digital cellular telecommunications system Phase 2 Mobile Station MS conformance specification Part 4 SIM Application Toolkit Conformance specification Global System for Mobile Communications GSM Harmonised standard for mobile stations in the GSM 900 and DCS 1800 bands covering essential requirements under article 3 2 of the R amp TTE directive 1999 5 EC Global System for Mobile Communicati
27. X card Connector The high density 50 pin X card connector is used for interfacing the X card with the FX Series motherboard Figure 30 50 pin X card Connector Table 43 50 pin X card Connector Description Pin Pin Description Pin Pin Description 1 GND 26 RTS2 2 GND 27 Reserved 3 Reserved 28 GPIO26 4 Reserved 29 GPIO19 5 Reserved 30 GPIO27 6 Reserved 31 GPIO20 4112221 Rev 7 2 June 19 2013 53 User Guide X card Pin Pin Description Pin Pin Description 7 NC 32 INTO GPIO3 8 NC 33 GPIO23 9 NC 34 GPIO22 10 1 8V Digital supply from the embedded module 35 DTR1 CT108 2 11 2 8V Digital supply from the embedded module 36 PCM SYNC 12 BOOT 37 PCM IN 13 RESET 38 PCM CLK 14 AUX ADC 39 PCM OUT 15 SPI1 CS 40 AUX DAC 16 SPI1 CLK 41 2 8V supply from the FX Series 17 SPI1 I 42 GND 18 SPI1 IO 43 DC IN 19 SPI2 CLK 44 DC IN 20 SPI2 IO 45 GND 21 SPI2 CS 46 4V supply from the FX Series 22 SPI2 I 47 4V supply from the FX Series 23 RXD2 48 GND 24 TXD2 49 GND 25 CTS2 50 GND T Not used in the FX100 7 2 X card Physical Description Refer to the figure below for the physical dimensions of the X card ed i RB muni c cono E EEES oo JE s GE e Ze 8 Th Figure 31 X card Size 4112221 Rev 7 2 June 19 2013 54 User Guide X card 7 3 X card Design Suggestion Refer to the following diagram for suggested dimensions when using a customized X ca
28. aircraft the Sierra Wireless modem MUST BE POWERED OFF When operating the Sierra Wireless modem can transmit signals that could interfere with various onboard systems Note Some airlines may permit the use of cellular phones while the aircraft is on the ground and the door is open Sierra Wireless modems may be used at this time The driver or operator of any vehicle should not operate the Sierra Wireless modem while in control of a vehicle Doing so will detract from the driver or operator s control and operation of that vehicle In some states and provinces operating such communications devices while in control of a vehicle is an offence Limitations of Liability This manual is provided as is Sierra Wireless makes no warranties of any kind either expressed or implied including any implied warranties of merchantability fitness for a particular purpose or noninfringement The recipient of the manual shall endorse all risks arising from its use The information in this manual is subject to change without notice and does not represent a commitment on the part of Sierra Wireless SIERRA WIRELESS AND ITS AFFILIATES SPECIFICALLY DISCLAIM LIABILITY FOR ANY AND ALL DIRECT INDIRECT SPECIAL GENERAL INCIDENTAL CONSEQUENTIAL PUNITIVE OR EXEMPLARY DAMAGES INCLUDING BUT NOT LIMITED TO LOSS OF PROFITS OR REVENUE OR ANTICIPATED PROFITS OR REVENUE ARISING OUT OF THE USE OR INABILITY TO USE ANY SIERRA WIRELESS PRODUCT EVEN IF SIERRA WI
29. and that the FX100 will have to be reset in order to take any previous modification s into account Enter AT WWSM to check the existing cellular network status of the FX100 Refer to the table below for the list of main responses returned Table 54 AT WWSM Main Reponses AT WWSM Response Description AT WWSM 0 GSM digital cellular system GERAN AT WWSM 1 Universal Terrestrial Radio Access Network UTRAN only 3GPP systems both GERAN and UTRAN Where if x is AT WWSM 2 x e 0 automatic e 1 GERAN preferred e 2 UTRAN preferred 9 5 Switching Bands Use the AT WMBS AT Command to change the band setting of the FX Series and switch between EU and US bands and vice versa Refer to the following table for the list of AT WMBS parameters that can be used and their corresponding description Table 55 AT WMBS Band Selection AT WMBS 0 x Switch to mono band mode 850MHz 4112221 Rev 7 2 June 19 2013 68 User Guide Communicating with the FX Series AT WMBS Command Description AT WMBS 1 x Switch to mono band mode extended 900MHz AT WMBS 2 x Switch to mono band mode 1800MHz AT WMBS 3 x Switch to mono band mode 1900MHz AT WMBS 4 x Switch to dual band mode 850 1900MHz AT WMBS 5 x Switch to dual band mode extended 900 1800MHz AT WMBS 6 x Switch to dual band mode extended 900 1900MHz AT WMBS 7 x Switch to quad band mode 850 900E extended 1800 1900MHz Where When x 0 th
30. application COM port DTE and the FX Series DCE e Configure the RS232 port of the DTE as follows COM port 1 commonly used port for PC serial Bits per second 115200 bps Data bits 8 Parity None Stop bits 1 Flow control Hardware e Using a communication software such as HyperTerminal enter ATJ e When communications have been established the FX Series will respond with an OK which is displayed in the HyperTerminal window If communications cannot be established with the FX Series do the following e Check the RS232 connection between the application DTE and the FX Series DCE e Check the configuration of the COM port used on the DTE Refer to the table below for other AT commands that can be used after getting the FX Series started Table 49 Basic AT Commands to Use with the FX Series AT Command Description To check if the serial link is OK AT MI TOR The FX Series will respond with Sierra Wireless when it is OK AT CPIN xxxx To enter a PIN code xxxx if activated AT CSQ To verify the received signal strength AT CREG To verify the registration of the FX Series on the network ATD phone number To initiate a voice call ATH To hang up end of call i When using Firmware version R7 43 or older this command will respond with WAVECOM WIRELESS CPU when the serial link is OK 4112221 Rev 7 2 June 19 2013 66 User Guide Communicating with the FX Series 9 2 Verifyin
31. call your network provider For all other codes and or details refer to the documents listed in section 17 1 Firmware Documentation 4112221 Rev 7 2 June 19 2013 If still unsuccessful try selecting the bearer type using the AT command 74 11 Power Consumption The following sub sections details out the power consumption values of the FX Series for various modes and RF bands These consumption values were obtained by performing measurements on FX Series samples at a temperature of 25 C using a 3V SIM card Note For FXT009 power consumption the software version used is R7 43 For FX100 power consumption the software version used is R7 50 Af Refer to document 8 Firmware Upgrade Procedure for details on how to upgrade FX Series firmware The table below gives the average power consumption of the FX Series for the first 10s when power supply DC IN supplied by Agilent 66321D in this example is initially applied to it with no serial port LED ON or SIM card at ambient temperature Table 63 Initial Power Consumption Typical FXT009 Average Power Consumption FX100 Average Power Consumption Configuration With FW R7 43 with FW R7 50 A1 11 1 Various Operating Modes The power consumption levels of the FX Series vary depending on the operating mode used Refer to the table below for the different kinds of operating modes available Refer to Appendix 3 1 of documents 1 Open AT Applic
32. code description and further details on the AT CMEE command Caution It is strongly recommended to always enable the verbose error report method to get the Mobile Equipment error code enter the AT CMEE 1 command 10 3 Receiving NO CARRIER If the FX Series returns a NO CARRIER message upon an attempted call voice or data refer to the following table for possible causes and their corresponding solutions Table 61 Receiving a No Carrier Message If the FX Series EENEG Then ask Action Refer to section 9 2 Verifying the Is the received signal strong enough Received Signal Strength to verify the strength of the received signal Refer to section 9 3 Verifying the Is the FX Series registered on the network Network Registration to verify the network registration NO CARRIER Refer to section 5 2 2 2 Antenna Specifications for more information about the FX Series antenna requirements Is the antenna properly connected Refer to section 9 5 Switching Bands for Is the band selection correct more information about switching between bands Ensure that the semicolon is entered RS iss Is the semicolon entered immediately immediately after the phone number in avoce ying after the phone number in the AT the AT command command communication e g ATDIHHHEHHE 4112221 Rev 7 2 June 19 2013 73 User Guide If the FX Series communication network Is
33. e RESET signal connection Figure 17 15 Pin Serial Connector Interfaces Refer to the following table for the pin description of the 15 pin serial connector Table 13 Serial Connector Pin Description Pin Signal UO UO Type Reset State Description CT109 DCD O 5 5V Undefined Data Carrier Detect 2 CT103 TXD 5 5V Z Transmit Serial Data BOOT This signal must not be connected Its use is strictly reserved S SE Ne for Sierra Wireless or competent retailers 4 CMIC2P Analog Microphone positive input 5 CMIC2N Analog Microphone negative input 6 CT104 RXD O 5 5V 1 Receive Serial Data 7 CT107 DSR O 5 5V Z Data Set Ready 8 CT108 2 DTR 5 5V Z Data Terminal Ready 9 GND GND Ground 10 CSPK2P O Analog Speaker positive input 11 CT106 CTS O 5 5V Z Clear To Send 12 CT105 RTS 5 5V Z Request To Send 13 CT125 RI O 5 5V Undefined Ring Indicator 14 RESET UO 1V8 FX Series Reset 15 CSPK2N O Analog Speaker negative input S Not used in FX100 4112221 Rev 7 2 June 19 2013 34 User Guide Interfaces 5 1 2 1 RS232 Serial Link Connection Also known as the main serial link the RS232 interface performs the voltage level adaptation V24 CMOS V24 V28 between the internal FX Series DCE and external applications DTE The signals available on the RS232 serial link are as follows e TX data CT103 TXD e RX data CT104 RXD e Request To Send CT105 RTS e Clear To Send
34. external RF energy Turn your terminal 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 4112221 Rev 7 2 June 19 2013 112 Safety Recommendations For User Guide Information Only 21 2 5 Aircraft Turn your terminal OFF before boarding any aircraft e Use it on the ground only with crew permission e Do not use it 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 terminal while the aircraft is on the ground To prevent interference with cellular systems local RF regulations prohibit using your modem while airborne 21 2 6 Children Do not allow children to play with your GSM terminal It is not a toy Children could hurt themselves or others 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 21 2 7 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 crews often use remote control RF devices to set off explosives 21 2 8 Potentially Explosive Atmospheres Turn your terminal OFF when in any area with a potentially explosive atmosphere It is rare but your modem o
35. for more information on how to disable the Flash LED using an AT command 4112221 Rev 7 2 June 19 2013 51 User Guide Signals and Indicators 6 5 Real Time Clock RTC The FX Series has implemented Real Time Clock for saving date and time when the FX Series is unplugged from the DC power supply through the DC power cable Table 42 Real Time Clock Specifications Item Minimum Typical Maximum Charging Time start from fully discharged to fully charged 15 Hours Guaranteed 30 Hours RTC Time Period Not guaranteed 60 Hours This RTC time period is measured when the RTC battery is fully charged before the FX Series is unplugged from the DC power source This RTC time period is for temperature from 20 C to 60 C Once the operating storage temperature is beyond this range this time period is not guaranteed Caution When the FX Series is shipped out the charging voltage of the RTC battery is not guaranteed Once the FX Series is on power the RTC battery will start charging and the RTC feature can then be resumed 4112221 Rev 7 2 June 19 2013 52 7 X card 7 1 X card Compartment The X card compartment allows users to easily expand the FX Series features Ethernet for example for their own applications 7 1 1 Back Plate Screws Unscrew the two back plate screws to remove the back plate and open the X card compartment oma Figure 29 FX Series X card Compartment 7 1 2 50 pin
36. is triggered to start the FX Series up Note Refer to section 5 1 1 2 ON OFF Pin for more information on how to turn the FX Series ON or OFF using the ON OFF pin Table 36 Alarm Mode Low Power Mode Steps State Power Supply Operation 1 AT CALA YY MM DD H 4 75V to 32V supply is The alarm is set H MM applied The FX Series remains ON 2 Pulled ON OFF PIN to 4 75V to 32V supply is The FX Series remains ON GND applied 4 75V to 32V supply is The FX Series turns OFF and will 3 AT CPOF applied The ON OFF signal remain OFF until the Alarm mode is remains at GND activated to turn the device ON Note The FX Series clock must be set before Alarm mode is activated To set the clock refer to the AT CCLK command of documents 1 Open AT Application Framework AT Commands Interface Guide and 2 AirPrime SL808xT and Q2698 Open AT Framework Commands Interface Guide 6 2 BOOT Signal Connection FXT009 only A specific control pin BOOT is available to download to the FXTO009 Specific PC software provided by Sierra Wireless is needed to perform this download specifically for the first download of the Flash memory Caution This signal must not be connected Its use is strictly reserved for Sierra Wireless or competent retailers 6 3 RESET Signal Connection This signal is used to force a reset procedure by providing the FX Series with a LOW level that lasts at least 200us when the power supp
37. mA Sleep Idle Mode 2G page 9 e EE ooo OFF 2 4 1 12 0 81 mA ON 47 11 16 82 7 75 mA Active Idle Mode 2G page 2 p OFF 17 54 6 4 3 15 mA ON 33 51 12 07 5 65 mA Sleep Idle Mode 2G page 2 R S E A S E A OFF 4 3 1 64 1 14 mA Alarm Mode OFF 2 7 1 23 0 91 mA 11 5 Consumption Measurement Procedure This chapter describes the procedure for consumption measurement which is used to obtain the FX Series consumption specifications The FX Series consumption specification values are measured for all operating modes available For more information about switching between the operating modes refer to the appendix of documents 1 Open AT Application Framework AT Commands Interface Guide and 2 AirPrime SL808xT and Q2698 Open AT Framework Commands Interface Guide Consumption results are highly dependent on the hardware configuration used during measurement and the following chapter describes the hardware configuration settings that should be used to obtain optimum consumption measurements 11 5 1 Hardware Configuration The following hardware configuration includes both the measurement equipment and the FX Series 11 5 1 1 Equipment Three devices are used to perform consumption measurement e Acommunication tester e Acurrent measuring power supply e Acomputer to control the FX Series and to save measurement data 4112221 Rev 7 2 June 19 2013 81 User Guide Power Consumption D P
38. of the SIM socket Table 28 SIM Socket Pin Description Pin Signal UO UO Type Reset State Description 1 SIMVCC O 2V9 1V8 SIM Power Supply 2 SIMRST O 2V9 1V8 O SIM RESET 3 SIMCLK O 2V9 1V8 O SIM Clock 7 SIMDATA UO 2V9 1V8 Pull up SIM DATA 8 SIMPRES 1V8 Pull low SIM Card Detect s SIM IO pull up is about 10KQ uid SIMPRES pull low is about 100KQ 5 2 2 RF Interface The FX Series can have up to three RF interfaces depending on the variant Refer to the following table for the list of available RF interfaces per FX Series variant Table 29 Available RF Interface Secondary RF FX Series Variant Main RF Interface GPS RF Interface FXTOO9 KEE Fx100 The main antenna connector allows the transmission of radio frequency RF signals from the device to an external customer supplied antenna This interface is an SMA type connector and its nominal impedance is 50Q Figure 25 Main RF Connector The secondary RF interface is used in FX100 for 3G diversity antenna connection It is an SMA type connector and its nominal impedance is 50Q Figure 26 Secondary RF Connector for FX100 4112221 Rev 7 2 June 19 2013 44 User Guide Interfaces The GPS RF interface is only available in the FX100 and is used for GPS antenna connection It is an MMCX type connector and its nominal impedance is 50Q It also provides bias for active antenna For more details refer to section 5 2 2 3 6 Active
39. possible problems that might be encountered when using the FX Series and their corresponding solutions To read about other troubleshooting information refer to the Knowledge Base page at http www sierrawireless com en Support knowledgebase aspx 10 1 through the Serial Link If the FX Series does not answer to AT commands through the serial link refer to the table below for possible causes and their corresponding solutions No Communications with the FX Series Table 60 No Communications with the FX Series Through the Serial Link If the FX Series P GER Then ask Action Make sure that the external power supply is connected to the FX Series the FA Senes powered ENEE and provides a voltage within the range of 4 75V to 32V Nothing Is the serial cable connected at both sides Check the serial cable connection Nothing or non significant characters Does the serial cable correctly follow the pin assignments Refer to section 5 1 2 Serial Interface for more information about the serial cable pin assignments Is the communication program properly configured on the PC Is there another program interfering with the communication program i e conflict on communication port access Connect the cable by following the pin assignments as given in Table 13 Serial Connector Pin Description Ensure that the settings of the communication program are compatible with the settings of the FX Series The FX Se
40. the FX Series as shown in the following figure Starter Engine Command Roof Antenna Starter Engine Coaxial Cable RF Connection Car Battery Circuit Breaker Figure 42 Example of an Electrical Connection That May Damage the FX Series The figure above gives an example of an electrical connection which may dramatically damage the FX Series when its ground connection is directly connected to the battery ground In this example when the circuit breaker is switched OFF the current flows through the FX Series and powers the electrical circuit of the truck for example the dashboard Furthermore when the Starter Engine command is used it will destroy the cables or the FX Series Since the internal tracks of the FX Series are not designed to support high currents up to 60A when starting the truck they will be destroyed 4112221 Rev 7 2 June 19 2013 87 13 FX Series Accessories 13 1 Standard Accessories The FX Series has the following standard accessories e 6 wire cable accessory with IO DC IN GND Vref GPIO25 GPIO35 for FX100 GPIO21 ON OFF Refer to the following table for the color coding of the 6 wire cable accessory e USB Cable wire for FXTO09 bundle only e Mounting bridle Table 72 6 Wire Cable Accessory Color Coding 10 DC IN GND VREF GPIO 1 ON OFF GPIO25 GPIO35 for FX100 Cable Accessory Color RED BLACK GREEN ORANGE YELLOW BROWN 13 2 Additional Opt
41. the selected bearer type supported by the Troubleshooting the FX Series returns Then ask Action Configure the SIM card for data fax Is the SIM card configured for data fax calls calls Ask your network provider if necessary g Is the selected bearer type supported by the Ensure that the selected bearer type is NO CARRIER called party supported by the called party when trying to issue a data Ensure that the selected bearer type is supported by the network AT CBST 0 0 3 If the FX Series returns a NO CARRIER message you may retrieve the extended error code by using the AT Command AT CEER Refer to the following table for the interpretation of extended error codes Table 62 Extended Error Codes Error Code Diagnosis Hint 1 Unallocated phone number 16 Normal call clearing 17 User busy 18 No user responding 19 User alerting no answer 21 Call rejected 22 Number changed 31 Normal unspecified 50 Requested facility not subscribed Check your subscription Is data subscription available 68 ACM equal or greater than ACMmax The credit of your pre paid SIM card has expired 252 Call barring on outgoing calls 253 Call barring on incoming calls Refer to documents 1 Open AT Application 5 s PA i 2 Framework AT Commands Interface Guide and 2 E gt po po pp Network causes AirPrime SL808xT and Q2698 Open AT 49 57 58 63 65 Framework Commands Interface Guide for further 69 70 79 254 details or
42. 0 General purpose input output Note It is recommended to use a 6 wire cable accessory for easy access to these three lines Please refer to section 13 1 Standard Accessories for more information about the 6 wire cable accessory When the voltage reference Vref is not connected if one of the GPIO output is in High state while the other is in Low state the GPIO in high level voltage will be at 2 3V To avoid this voltage drop it is recommended to use Vref to the desired output voltage 4112221 Rev 7 2 June 19 2013 29 User Guide With Vref connected to 2 8V both GPIO21 and GPIO25 GPIO35 for FX100 may be interfaced with a component that complies with the following levels Table 9 GPIO Pin Operating Conditions when Vref is at 2 8V Interfaces Parameter Mininum Typical Maximum Condition Vu 0 84V Please refer to Figure 9 Vin 1 96V Please refer to Figure 10 VoL 0 4 Please refer to Figure 11 Voi 2g FX Series Zout 100K Pull up to Vref please refer to Figure 12 Value without external load Vref 2 8V FX Series Figure 9 Equivalent Circuit of Vi Vref 2 8V Vref 2 8V FX Series Figure 10 Equivalent Circuit of Vin Vref 2 8V Vref 2 8V Voi 0 1V Rin x lin FX Series Figure 11 Equivalent Circuit of Vo Vref 2 8V 4112221 Rev 7 2 June 19 2013 30 User Guide Vref 2 8V Rour 100KQ FX Series Figure 12 Equivalent Circuit of
43. 1 3 Connected Mode Power Consumption Table 66 Power Consumption of FXT009 in Connected Mode with Serial Port ON and Flash LED Activated typical Je values Parameters 850 MH PCL5 TX power 33dBm 311 100 43 2465 1193 mA z PCL19 TX power 5dBm 132 47 21 400 127 mA 900 MH PCL5 TX power 33dBm 319 102 44 2655 1222 mA z GSM PCL19 TX power 5dBm 136 48 21 411 130 mA 1800 MH PCLO TX power 30dBm 245 82 36 1612 1068 mA z PCL15 TX power OdBm 129 46 20 352 118 mA PCLO TX power 30dBm 253 85 37 1915 1113 mA 1900 MHz PCL15 TX power OdBm 129 46 20 358 116 mA PCL5 gamma 3 297 95 42 2476 1208 mA 850 MHz PCL19 gamma 17 125 44 20 369 120 mA PCL5 gamma 3 304 97 42 2588 1222 mA GPRS 900 MHz g class 8 PCL19 gamma 17 127 45 20 374 121 mA 1TX PCLO gamma 3 234 79 34 1560 1072 mA 4RX 1800 MHz PCL15 gamma 18 123 44 19 325 108 mA PCLO gamma 3 241 81 35 1773 1090 mA 1900 MHz PCL15 gamma 18 122 43 19 324 108 mA PCL5 gamma 3 521 163 71 2503 1162 mA 850 MHz PCL19 gamma 17 167 59 24 384 125 mA PCL5 gamma 3 533 166 72 2725 1211 mA GPRS 900 MHz g class 10 PCL19 gamma 17 169 60 26 389 127 mA 2TX PCLO gamma 3 389 129 56 1592 1092 mA 3RX 1800 MHz PCL15 gamma 18 161 57 25 337 1115 mA PCLO gamma 3 406 134 58 1836 1136 mA 1900 MHz PCL15 gamma 18 160 57 25 338 11
44. 11 2009 A1 2010 EN 62311 2008 EN 301 440 1 v1 6 1 EN 301 440 2 v1 4 1 Efficient use of the radio frequency spectrum EN 301 511 v9 0 2 EN 301 908 1 v4 2 1 EN 301 908 2 v5 2 1 EN 301 489 1 v1 9 2 EN 301 489 3 v1 4 1 EMG EN 301 489 7 v1 3 1 EN 301 489 24 v1 5 1 FCC FCC Part 22 24 4112221 Rev 7 2 June 19 2013 97 Certification Compliance and User Guide Recommended Standards 15 1 1 UL Listed The AirLink FXT009 modem is UL Listed for Standard STD bundles only This UL certification is granted with respect to the following recommendations e The FXTO009 has to be powered by a Limited Power Source LPS as defined on UL60950 1 standard e The FXTOO9 cannot be used with an outdoor antenna 15 2 Applicable Standards Listing The table hereafter gives the basic list of standards applicable for 2G and 3G HSPA Note References to any features can be found from these standards Table 86 Applicable Standards and Requirements for FXT009 Current A Document Version Title GCF 3 7 4 GSM Certification Forum Certification Criteria NAPRD 03 260 Overview of PCS Type certification review board PTCRB Mobile Equipment Type Certification and IMEI control 3rd Generation Partnership Project Technical Specification Group GSM EDGE TS 51 010 1 8 3 0 Radio Access Network Digital cellular telecommunications system Phase 2 i St Mobile Station MS conformance specification Part 1 Conformance specif
45. 5 mA PCL8 gamma 6 276 93 41 1796 1087 mA 850 MHz PCL19 gamma 17 183 65 28 648 198 mA PCL8 gamma 6 281 95 41 2032 1108 mA EGPRS 900 MHz 9 class 8 PCL19 gamma 17 184 65 28 653 199 mA 1TX PCL2 gamma 5 243 84 36 1563 1052 mA 4RX 1800 MHz PCL15 gamma 18 175 62 27 563 173 mA PCL2 gamma 5 250 86 37 1442 1024 mA 1900 MHz PCL15 gamma 18 176 62 27 565 175 mA 4112221 Rev 7 2 June 19 2013 77 User Guide Power Consumption ne Je Parameters Sean PCL8 gamma 6 435 143 62 1806 1102 mA Z PCL19 gamma 17 243 86 37 649 201 mA PCL8 gamma 6 445 146 63 2016 1126 mA EGPRS 900 MHz g class 10 PCL19 gamma 17 245 86 37 649 201 mA 2TX PCL2 gamma 5 367 124 54 1436 1052 mA 3RX 1800 MHz PCL15 gamma 18 228 81 35 566 175 mA PCL2 gamma 5 380 128 56 1480 1076 mA 1900 MHz PCL15 gamma 18 229 81 35 563 176 mA Table 67 Power Consumption of FX100 in Connected Mode with Serial Port OFF Flash LED OFF and USB ON ne len typical values Parameters PCL5 TX power 33dBm 420 107 46 3625 703 mA PCL19 TX power 5dBm 97 34 15 682 249 mA 900 MHz PCL5 TX power 33dBm 428 109 47 3782 710 mA GSM PCL19 TX power 5dBm 99 35 15 698 215 mA PCLO TX power 30dBm 299 91 39 2374 536 mA 1800 MHz PCL15 TX power OdBm 101 35 16 728 226 mA PCLO TX power 30dBm
46. 59 519 mA Band li 22 dBm 635 217 85 899 498 mA an HSUPA 10 dBm 483 132 58 786 534 mA Data 22 dBm 660 226 87 951 499 mA Transfer Band V 2 Cat5 10 dBm 347 120 54 625 514 mA 2 Mbit s 22 dBm 657 224 88 922 549 mA Band VI 10 dBm 335 117 52 618 506 mA 22 dBm 638 220 85 946 557 mA Band VIII 10 dBm 401 140 54 715 558 mA 11 4 Non Connected Mode Power Consumption Note The USB port must be deactivated to enter Sleep Mode Table 68 Power Consumption of FXT009 in Non Connected Mode typical values e 3 I P t laverage erial Por Mode Status Unit DC IN 4 75V DC IN 13 2V DC IN 32V Active Mode ON 80 3 28 4 12 5 mA Sleep Mode Flash LED ON 34 6 12 2 5 6 mA activated OFF 5 3 24 12 mA Sleep Mode Flash LED ON 29 8 10 8 5 mA deactivated OFF 1 3 0 6 0 5 mA ON 53 6 18 7 8 5 mA Active Idle Mode page 9 OFF 23 5 8 5 4 1 mA ON 28 6 10 4 5 mA Sleep Idle Mode page 9 OFF 4 7 1 9 1 2 mA Alarm Mode OFF 0 4 0 4 0 4 mA 4112221 Rev 7 2 June 19 2013 80 User Guide Power Consumption Table 69 Power Consumption of FX100 in Non Connected Mode with UART ON FLASH LED OFF and USB OFF typical values Serial Port laverage Mode Ge SE Unit DC IN 4 75V DC IN 13 2V DC IN 32V ON 45 82 16 56 7 6 mA Active Idle Mode HSPA hy OO S OFF 15 48 5 96 2 81 mA ON 32 66 11 89 5 8 mA Sleep Idle Mode HSPA EE E OFF 3 09 1 39 0 78 mA ON 46 01 16 47 7 5 mA Active Idle Mode 2G page 9 TS TON OFF 16 43 6 01 2 96 mA ON 31 91 11 51 5 65
47. 6 2010 e IPSM to Expansion Card e inSIM to Embedded SIM e Wireless CPU to Intelligent Embedded Module embedded module e Open AT Software Suite to Sierra Wireless Software Suite Updated 11 4 Non Connected Mode Power Consumption Updated the Power Consumption values in Table 63 Initial Power Consumption Typical Added section 7 3 X card Design Suggestion Updated Packaging and Product Labeling Updated product pictures throughout the document Added a note after Figure 24 FX Series Back Interface to indicate which interfaces are available in which FX Series variant Removed irrelevant AirPrime reference documents from section 17 Reference Documents Added information for FXT009 and FXT010 throughout the document Removed information for FXTOO6 FXT007 and FXT008 throughout the 003 October 12 2010 document Added warning information about the use of the battery accessory Updated the Fastrack Supreme 20 column in Table 1 Updated 5 1 1 1 General Purpose Input Output Added a note for entering Sleep Mode in section 11 Power Consumption Updated the Vocoder features for FXT004 Changed instances of 6 wire power supply cable to 6 wire cable accessory 4112221 Rev 7 2 June 19 2013 User Guide Version 004 Date March 08 2011 May 03 2012 September 07 2012 December 24 2012 May 24 2013 June 13 2013 June 19 2013 Updated the firmware reference in the note in section 11 Power Consumption Updates Updated
48. 8 gamma 6 459 164 70 1460 804 mA 4TX 1800 MHz PCL2 gamma 5 567 185 78 1557 811 mA 1RX 1900 MHz PCL2 gamma 5 507 174 72 1494 765 mA on 22 dBm 637 222 94 1090 767 mA 10 dBm 227 81 34 1057 442 mA Bad 22 dBm 616 210 88 1074 830 mA 10 dBm 232 80 35 1062 423 mA UMTS pna 22 dBm 606 204 89 1042 898 mA Voice 10 dBm 204 70 31 842 417 mA Bandi 22 dBm 609 204 88 1036 858 mA 10 dBm 200 71 30 978 404 mA 22 dBm 582 200 87 1050 895 mA 10 dBm 328 114 51 804 646 mA 22 dBm 694 225 97 585 781 mA 10 dBm 243 85 42 987 457 mA 22 dBm 798 226 107 1306 899 mA UMTS 10 dBm 250 89 38 1121 481 mA ec 422 dBm 628 208 90 1095 961 mA 2 384 10 dBm 206 73 33 1117 430 mA kbit s 22 dBm 669 221 92 1133 827 mA 10 dBm 216 76 32 1170 406 mA psa vil 22 dBm 594 201 87 1045 1003 mA 10 dBm 330 118 52 810 708 mA Sen 22 dBm 736 243 103 1155 754 mA 10 dBm 314 109 48 747 592 mA DEN 22 dBm 636 213 96 1032 724 mA E 10 dBm 322 107 46 703 585 mA Transfer pang Vu 22 dBm 664 225 96 1024 863 mA 2 Cat 10 10 dBm 278 98 42 774 509 mA eee ay 22 dBm 705 227 95 885 928 mA 10 dBm 269 92 42 668 415 mA Bassi 22 dBm 668 219 91 988 656 mA 10 dBm 386 133 61 820 749 mA 4112221 Rev 7 2 June 19 2013 79 User Guide Parameters Power Consumption ne Je Band l 22 dBm 697 238 91 960 509 mA an 10 dBm 377 130 58 6
49. B file from a server on the Internet e Performance closer to UE based operation than traditional standalone GPS operation e Best if downloaded once every 1 2 days but valid for up to 7 days with some accuracy degradation 4112221 Rev 7 2 June 19 2013 47 User Guide Interfaces 5 2 2 3 3 A GPS Features e Leading A GPS performance Exceeds 3GPP RAN 4 AGPS performance specification e 153 dBm cold start sensitivity e 155 dBm tracking sensitivity e lt 5 second average cold start TTFF in open sky UE based e Q9 second average super hot TTFF in open sky e 2m accuracy in open sky 1 Hz tracking with CEP 50 e UMTS Control Plane CP UE assisted and UE based e GSM Control Plane CP UE assisted and UE based 5 2 2 3 4 Enhanced Navigation 2 0 Feature e Provides leading performance in car and walking navigation modes as well as accuracy while stationary e Airline Game Offline mode e GPS capability is available while phone is offline 5 2 2 3 5 NMEA Supported sentences GGA GSA GSV RMC VTG 5 2 2 3 6 Active GPS Antenna Bias The FX100 provides bias for active antenna which can be enabled or disabled using GPIO44 Note that GPIO44 needs to be at high level for antenna bias to be activated 4112221 Rev 7 2 June 19 2013 48 6 Signals and Indicators 6 1 Alarm Mode The FX Series can be turned on using the Alarm mode when power supply is applied The FX Series will remain in Low Power mode until the alarm
50. GPIOs are configured as inputs The AT command AT WIOM must be used to change this configuration Refer to documents 1 Open AT Application Framework AT Commands Interface Guide and 2 AirPrime SL808xT and Q2698 Open AT Framework Commands Interface Guide for more information regarding this AT command 5 1 1 1 1 Setting the GPIO as an Output Refer to the following example for how to configure the GPIO as an output e Enter the following commands AT WIOM 1 GPIO21 1 0 gt this command activates GPIO21 as an output and sets it at a low level AT WIOW GPIO21 1 gt this command sets the output level of GP1021 to HIGH 4112221 Rev 7 2 June 19 2013 32 User Guide Interfaces 5 1 1 1 2 Setting the GPIO as an Input Refer to the following example for how to configure the GPIO as an input e Enter the following commands AT WIOM 1 GPIO21 0 gt this command activates GPIO21 as an input AT WIOR GPIO0O21 gt this command reads the GPIO21 level and returns the value 1 which represents a HIGH level e Pull the GPIO21 pin to GND and read again The return value should now be 0 which represents a LOW level Refer to documents 1 Open AT Application Framework AT Commands Interface Guide and 2 AirPrime SL808xT and Q2698 Open AT Framework Commands Interface Guide for more information regarding AT commands Note The AT WIOW and AT WIOR commands will automatically set the GPIO to the desired mode
51. GPS Antenna Bias O B Figure 27 GPS RF Connector for FX100 5 2 2 1 RF Performances RF performances are compliant with ETSI recommendation GSM 05 05 Refer to the tables below for the main parameters used for both the Receiver and the Transmitter Table 30 Main Receiver Parameters for FXTOO9 Parameters Typical Values GSMB50 Reference Sensitivity 106dBm E GSM900 Reference Sensitivity 106dBm DCS1800 Reference Sensitivity 106dBm PCS1900 Reference Sensitivity 106dBm Selectivity 200 kHz gt 9dBc Selectivity 400 kHz gt 41dBc Linear dynamic range 63dB Co channel rejection gt 9dBc Table 31 Main Transmitter Parameters for FXTOO9 Parameters Output power at PCL5 EGSM amp GSM850 Output power at PCLO GSM1800 amp PCS1900 Output power at PCL19 EGSM amp GSM850 Output power at PCL15 GSM1800 amp PCS1900 Table 32 Main Receiver Parameters for FX100 Parameters GSMB50 Reference Sensitivity E GSM900 Reference Sensitivity DCS1800 Reference Sensitivity PCS1900 Reference Sensitivity 3G Band 2100 Reference Sensitivity 3G Band II 1900 Reference Sensitivity 3G Band V 850 Reference Sensitivity 3G Band VI 800 Reference Sensitivity Typical Values 33dBm 30dBm 5dBm O0dBm Typical Values 108dBm 109dBm 107dBm 107dBm 108dBm 107dBm 110dBm 110dBm 4112221 Rev 7 2 June 19 2013 User Guide Interfaces Parameters
52. IB SS PC AGILENT 66321D Power Supply UART1 Figure 40 Typical Hardware Configuration for Power Consumption Measurement The communication tester is a CMU 200 from Rhode amp Schwartz This tester offers all required GSM GPRS EGPRS CDMA WCDMA network configurations and allows a wide range of network configurations to be set The 66321D power supply is used to supply the FX Series and it could also be used to measure the total current drain by the device The current measurement data is read through the GPIB connection Rhode amp Schwartz NGSM 32 10 is used when measuring with 32V input voltage Note that a SIM card must be inserted during all consumption measurements The following table lists the recommended equipments to use for the consumption measurement Table 70 List of Recommended Equipments Device Manufacturer Part Number Notes Description Quad Band Communication Tester Rhode amp Schwartz CMU 200 GSM DCS GPRS EGPRS CDMA WCDMA Current measuring power Agilent 66321D Used for DC IN supply 11 5 1 2 SIM Cards Used Consumption measurement may be performed with either 3 Volt or 1 8 Volt SIM cards However all specified consumption values are for a 3 Volt SIM card Caution The SIM Garde voltage is supplied by the FX Series power supply Consumption measurement results may vary depending on the SIM card 11 5 2 Software Configuration This section defines the software configuration fo
53. Listing uiii cia aeeid ene aa aAA 98 1G SAFETY RECOMMENDATIONS wiicisetescstnsccsnscccssncatnnncansnniccntnanannnnsaanssncainnnnns 100 16 1 General Safety geseet ite oc reete eere tuc debui Ede ye ena dae t doeet red ege pre Ht eene eer 100 16 2 Vehicle Salety E 101 16 3 Gare and MAINS MANGO e 101 16 4 ellen Ee UE 101 TZ REFERENCE DOCUMENTS ieneinonoseoonoenenenenon corn eene ebbe occ naa 102 17 1 Firmware Documentation nennen nnne nnne enn 102 17 2 Acard Ween 102 17 3 Firmware Upgrade Documentation eee cederent EE Rau eR anu a 102 18 LIST OF RE BRE VIA TIONS uiisicanixkuidasie tuo cepEP RE D EaEVE Er 103 EE e oii iaicnasniaiiniiiidaoa aiana aiaiai aiaia daia anaa aa daa iaiia aaan 106 19 1 el Eu CET 106 19 2 Accessories Descriptors E 106 1924 GSMANENNA EE 106 19 2 2 GPS Antenna EE 107 19 2 3 Serial Mata Cable terree teet eoe tou ERE Een EaR E 107 19 24 USB Cale aden ces uae Sened EEEE ENNET 108 19 2 5 6 wire Cable Accessory used with the FX Series cccccseeceeeeeeeeeeseeeeeeseeeeeeees 108 19 26 nc 108 19 27 Twobolding Bridles iot rtt e ret ro E mtt ed rt 108 19 2 8 Power Supply used with the FX Gees 109 20 PRODUCT LABELIN Q 5niaaainnaucia nan ahh hub aEauRE E ERE REM aM RE dE EARS EE E ER M andaa Kaaa 110 21 SAFETY RECOMMENDATIONS FOR INFORMATION ONLY 111 21 1 PRE SARC DEL 111
54. M card should spring out a little bit after the clicking sound 4 Extract the SIM card from the FX Series 4112221 Rev 7 2 June 19 2013 64 User Guide Using the FX Series 8 3 Using the FX Series with an X card Refer to section 7 X card for more information about using the FX Series with an X card Refer to section 17 2 X card Documentation for the list of documents containing additional information on how to use the X card with the FX Series 8 4 Operational Status The FX Series operational status is defined by a red LED which is located between the back plate and the secondary RF interface Refer to section 6 4 LED Status Indicator for more information about the LED status indicator 4112221 Rev 7 2 June 19 2013 65 9 Communicating with the FX Series After setting up the FX Series communications can be established by directly sending AT commands to the device using terminal software such as HyperTerminal for MS Windows The following subsections describe how this is done For more information about the AT commands described in the following sub sections refer to documents 1 Open AT Application Framework AT Commands Interface Guide and 2 AirPrime SL808xT and Q2698 Open AT Framework Commands Interface Guide 9 1 Communications Testing To perform a communications test after the FX Series has been setup using the RS232 serial link connection do the following e Connect the RS232 link between the external
55. OISN3HIQ TIV NNA 31 18V l1SUi4 JHL WOY S3 ild Ot 1SV1 IN 30 NOLIJJaSN A8 Q31V4ISNOW30 38 ISDN JINVWHOJNOD N3134VBVd WILK Van 180d38 VNOISN3WIQ Syn SUILINVYVd IO LI 03 3023dS ISOHL OL SLYVd 3SOHl 1Y NIIYIS 96001 LSNW UII IddNS JHI N34L 1BYd SIMI 40 38N1W3NNWW JHI ON 3W l ANY LV EL MOT38 SdONQ W I JHL 3 N3HOIH BO EL 30 INVA 332 V F1VYLSNOWIO ISNW S3ldWYS 107 NOILINGOd Cara SU3L3WVUVd X NO NOILI3dSNI 00 YO 2dS 1081N0 SS320Bd 1VOI1SI1VIS NIVINIVA ISAW s3llddnS IHL Z w M3IA3N NOS SS313NI M VAIS OL C3LLIWGNS 38 IS NYld JHL 2 enn N3L3AYNVd WILI INSNI OL NVId FINVUNSSV ALITVND V dOT3A30 LSMW N3llddnS IHL an WE 3ONVSOSSY ALIOD oa QOCXX AS Dua NOISNIWI O Kees ey 2dO 1081N0 SS320Nd ALITVND 310N30 1084AS DU Y HLIM O31V2 ONI SNOISN3WIO Zo NOIL2NQ3 SO LIS WHOS OL 1Y2OIlIM2 JV DN MED NO O31V2IONI SNOISN3MIQ NY a SIN3W38In038 JINVANSSY ALITWNO c DO A8 31VN9IS3Q SI 1I JINVYIIOL ON SVH ONY 3SOdBnd TWNO LWYOINI 804 OISN SI NOISNJWIQ 32N383438 V Z E 66 WS LA 3WSV Y3d ONIINVYIIOL ONV 9NINOISN3WIU Ur SIN3A3BIDD3U 1V2INVHO3W NO0 1V2I3I J3dS J1134S02J 1V83N39 SS3138I M vais ZZLOTLC ON 00 QNIINVSIIOL ONY DNINOISN3WIQ 218134039 eet ME LA Mey SIN3AQ200 il8V2llddV Z 3 1A30 SS3138I M NI O3Sn 3G Ol ATSW3SSV WIQOW NOILVII Idd ONY NOI1dl82S30 L 310N 9 L 8 6 OL FX100 Mechanical Drawing 1 of 2 Figure 5 26 June 19 2013 Rev 7 2 4112221 User Guide Technical Spe
56. RELESS AND OR ITS AFFILIATES HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES OR THEY ARE FORESEEABLE OR FOR CLAIMS BY ANY THIRD PARTY Notwithstanding the foregoing in no event shall Sierra Wireless and or its affiliates aggregate liability arising under or in connection with the Sierra Wireless product regardless of the number of events occurrences or claims giving rise to liability be in excess of the price paid by the purchaser for the Sierra Wireless product Customer understands that Sierra Wireless is not providing cellular or GPS including A GPS services These services are provided by a third party and should be purchased directly by the Customer 4112221 Rev 7 2 June 19 2013 User Guide SPECIFIC DISCLAIMERS OF LIABILITY CUSTOMER RECOGNIZES AND ACKNOWLEDGES SIERRA WIRELESS IS NOT RESPONSIBLE FOR AND SHALL NOT BE HELD LIABLE FOR ANY DEFECT OR DEFICIENCY OF ANY KIND OF CELLULAR OR GPS INCLUDING A GPS SERVICES Patents This product may contain technology developed by or for Sierra Wireless Inc This product includes technology licensed from QUALCOMM This product is manufactured or sold by Sierra Wireless Inc or its affiliates under one or more patents licensed from InterDigital Group and MMP Portfolio Licensing Copyright 2013 Sierra Wireless All rights reserved Trademarks Sierra Wireless AirPrime AirLink AirVantage and the Sierra Wireless logo are registered trademarks of Sierra Wirele
57. Refer to the table below for the list of main responses returned Table 52 AT WMBS Main Reponses AT WMBS Response Description AT WMBS 0 x Mono band mode 850MHz is selected AT WMBS 1 x Mono band mode extended 900MHz is selected AT WMBS 2 x Mono band mode 1800MHz is selected AT WMBS 3 x Mono band mode 1900MHz is selected AT WMBS 4 x Dual band mode 850 1900MHz is selected 4112221 Rev 7 2 June 19 2013 67 User Guide Communicating with the FX Series AT WMBS 5 x Dual band mode extended 900 1800MHz is selected AT WMBS 6 x Dual band mode extended 900 1900MHz is selected AT WMBS 7 x Quad band mode 850 900E extended 1800 1900MHz is selected Where When x 0 the band has not been modified since the last boot of the FX Series When x 1 the band has been modified since the last boot of the FX Series and will have to be reset in order to take any previous modification s into account Enter AT WUBS to check the UMTS FDD band selection of the FX100 Table 53 AT WUBS Main Reponses AT WUBS Response Description Where e y Band frequency configuration bit field in HEX format Refer to document 2 AirPrime SL808xT and Q2698 Open AT Framework AT WUBS y x Commands Interface Guide for more information about this parameter e x Reset flag 0 means the band s have not been modified since the last boot of the FX100 and 1 means the band s have been modified since the last boot
58. Rt 200 US Reset time Rt at power up only 20 40 100 ms Cancellation time Ct 34 ms Vu 0 57 V Vu 0 0 57 V Vin 1 33 V Vu Hysterisis Voltage 1 This reset time is the minimum to be carried out on the Reset signal when the power supply is stabilized 2 This reset time is internally carried out by the embedded module power supply supervisor only when the embedded module power supplies are powered ON 4112221 Rev 7 2 June 19 2013 50 User Guide Signals and Indicators 6 3 1 Reset Sequence To activate the Reset sequence the Reset signal has to be set to LOW for a minimum of 200us As soon as the reset is done the application can send the command AT and the AT interface will send an OK back to the application If the application manages hardware flow control the AT command may be sent during the initialization phase RESET T T i A State ofthe FX FX Series RESET Mode FX Series ON AT answers lt lt 0K gt gt Series Modem READY leser 20 to 40mA l lesre lt 120mA without location i update FX Series READY in Rt oe _ gt lt Ct 34ms typ 4 SIM and Network dependent gt This reset time is the minimum time to be carried out on the RESET signal when the power supply is already stabilized S This reset time is internally carried out by the power supply supervisor only when the FX Series power supplies are powered ON Figure 28 Rese
59. SPECIFICATIONS xa xak2cuksEEEREEENENRNEHRNEMERKRFMEDERESMEPFAFRKREFIRMRuRHKS 24 4 1 Power SUPPIY cm 24 4 2 Mechanical Specifications ect tee dirae Sora tero Unique apos c RET anaiai enun E 25 gni elt M 28 St Sein gl ur geE 28 5 1 Power Supply COMMECION eet kee Eug ettari apre uaa at NANNAN RRRA 28 5 1 1 1 General Purpose Input Output ssssssssssssseseeeeeneen nnne 29 Lee ONOFF EI e M 33 5 1 2 STEM ISIC ES EET 0221025 ee 20090550 34 5 1 21 RS232 Serial Link Connection Age eset retro ideae Enana deu d e 35 5 1 2 2 RS232mplemientatiOor oii ee cocoa e coe exa reda nen re dox area ue Con xa den da di 35 5 1 2 3 Autobauding Mode eese eeeeene nennen nnne 37 5 1 2 4 Serial Port Auto Shut Down Feature ssssnsasssnnesssnnneentnnnetrnnntnnnnnnnn rnaner nnne ena 37 5 1 2 5 Audio Lines Connection sssssssessseseneeeeeeen eene 38 5 1 3 USB IriterfaGe cos geben tee etn et torte eng nee ed eer onde o cepa ien e eege 42 4112221 Rev 7 2 June 19 2013 User Guide 5 2 BACK IMG ACG E 43 5 2 1 Iber 43 5 2 1 4 SIM Socket Pin Descriptions coto reto tiene tre Er ee ei chis 44 5 2 2 sim M 44 5 2 2 1 tel ler 45 5 2 2 2 Antenna Specifications orae cda cio a E Rus cd xe aa Dudas 46 5 2 2 3 GPS Specifications for EXTTOQO
60. Size 49x39x14mm Cable RG174 U 3meters Connector MMCx m right angle Mounting Magnetic base Housing Black Centre Frequency 1575 42MHz 3 MHz V S W R 524 Band Width 5 MHz Impedance 500 Peak Gain gt 3dBic Based on 7x7cm ground plane Gain Coverage gt AdBic at 90 0 lt 90 over 75 Volume Polarization RHCP LNA Gain without cable 28dB typical Noise Figure 1 5dB Filter Out Band Attenuation TUR Min TOME f0 1575 42 MHZ 20dB Min f0 50MHZ 30dB Min f04 100MHZ V S W R 2 0 DC Voltage 3 0V to 5 0V DC Current 10mA Max 19 2 3 Serial Data Cable Table 91 Serial Data Cable Description e Length 1 5M e Connection DB9F PC to HD15M FX Series Please refer to section 5 1 2 Serial Interface for more information regarding the pin description 4112221 Rev 7 2 June 19 2013 107 User Guide Packaging 19 2 4 USB Cable e Connector to connector USB Type A to Mini B e Length 1 5M 19 2 5 6 wire Cable Accessory used with the FX Series Table 92 6 wire Cable Accessory Description I do 1 fog 6 9 LICIH P1 aa Gon Il 5 U0 10 _ Strip and Tin 5 0 5mm T1 200 20 1500430 e Length 1 5M e Connection 10 pin Microfit female connector to 6 wire open ends e Fuse 2A 250V slow break fuse Please refer to Table 72 6 Wire Cable Accessory Color Coding for more inform
61. Test DB damp heat cyclic 12 h 12 h IEC60068230 3 0 cycle Basic environmental testing procedures part 2 Test CA damp heat steady IEC6006823 69 w A1 State Withdrawn and replaced by IEC60068 2 78 For reference only IEC60068278 1 0 Environmental testing part 2 78 Test CAB damp heat steady state 4112221 Rev 7 2 June 19 2013 90 Reliability Compliance and User Guide Recommended Standards Current Version Title Document Environmental testing part 2 38 Test Z AD composite 1EC60068298 20 temperature humidity cyclic test Basic environmental testing procedures part 2 Test Z AM combined EE EREESR KOWAI cold low air pressure tests 180167501 2ND Road vehicles environmental conditions and testing for electrical and electronic equipment part 1 general Road vehicles environmental conditions and testing for electrical and 150167302 aw electronic equipment part 2 electrical loads Road vehicles environmental conditions and testing for electrical and Ee 2ND electronic equipment part 3 mechanical loads Road vehicles environmental conditions and testing for electrical and 50167504 an electronic equipment part 4 climatic loads IEC60529 2 1 w COR2 Degrees of protection provided by enclosures IP code IEC60068217 4 0 Basic environmental testing procedures part 2 Test Q sealing IEC60068218 2 0 Environmental testing part 2 18 Tests R and guidance water Envir
62. To remove the X card from the FX Series insert the extraction tool hook into the X card extraction X card hole located under the PCB Once in place pull the extraction tool to extract the X card from the FX Series Extraction Tool Figure 37 X card Removal Procedure 4112221 Rev 7 2 June 19 2013 59 8 Using the FX Series 8 1 Mounting the FX Series The holding bridles help hold and secure the FX Series on a support Figure 38 FX Series Holding Bridles To mount the FX Series on its support bind it using the holding bridles as shown in the figure below Note To be attached to a plain surface Screw head max height 2mm 2 mm Figure 39 Mounting the FX Series For more information on the drill template refer to section 4 2 Mechanical Specifications 4112221 Rev 7 2 June 19 2013 60 User Guide Using the FX Series 8 2 Getting Started To set up the FX Series follow the procedures below 1 Insert the SIM card into the SIM card socket Refer to Inserting the SIM Card and Extracting the SIM Card for more details on how to insert and extract the SIM card from the FX Series 2 Slide the SIM lock switch to lock the SIM card in the FX Series 3 Connect the main antenna to the main RF connector 4 Connect the secondary antenna to the diversity RF connector Note This step is only applicable to the FX100 4112221 Rev 7 2 June 19 2013 61 User G
63. UT RL 8Q AT VGR 1000 i 250 mW RPD Output pull down resistance at power down 28 40 52 kQ VPD Output DC voltage at power down 100 mV The output voltage depends of the output speaker gain set by AT command Refer to document 1 Open AT ae Framework AT Commands Interface Guide This value is given in dB but it s possible to toggle this to index Table 23 Electrical Characteristics of CSPK for FX100 Parameters Min Typ Max Unit Biasing voltage CSPKxP and CSPKxN 1 5 1 5 mV Output swing RL 160 AT VGR 1600 single ended 1 7 Vpp voltage RL 320 AT VGR 1600 single ended 1 9 2 75 Vpp RL Load resistance 14 5 32 Q IOUT Output current peak value RL 16O 40 85 mA Output current peak value RL 320 22 mA POUT RL 160 AT VGR 1600 25 mW RL 320 AT VGR 1600 16 27 mW RPD Output pull down resistance at power down 28 40 52 kQ The output voltage depends of the output speaker gain set by AT command Refer to document 2 AirPrime SL808xT and Q2698 Open AT Framework Commands Interface Guide This value is given in dB but it s possible to toggle this to index value Refer to the following table for the list of recommended speaker characteristics Table 24 Recommended Speaker Characteristics Feature Values Type 10mW electro magnetic Impedance Z 30 to 500 Sensitivity 110dB SPL min 0dB 20pPa Frequency response Compatible with GSM specifications 4112221 Rev 7
64. Von Vref 2 8V Interfaces Von 2 8V Rout X lour With Vref gt 2 8V both GPIO21 and GPIO25 GPIO35 for FX100 may be interfaced with a component that complies with the following levels Table 10 GPIO Pin Operating Conditions when Vref gt 2 8V Parameter Min Typ Max Condition Vu 0 84V Please refer to Figure 13 Vin 1 96V Please refer to Figure 14 Vre e Vref ous M OL 110 ease refer to Figure 15 V Vref FX Series Zout 100K Pull up to Vref please 9H refer to Figure 16 Value without external load FX Series Figure 13 Equivalent Circuit of Vi Vref gt 2 8V FX Series Figure 14 Equivalent circuit of Vin Vref gt 2 8V 4112221 Rev 7 2 June 19 2013 31 User Guide Interfaces Rin 4550 Vref Vor ss 0 058 Riy xl OL 110 IN in FX Series Figure 15 Equivalent circuit of Mo Vref gt 2 8V Rour 100KQ Von Vref Rout X lour FX Series Figure 16 Equivalent circuit of Vou Vref gt 2 8V The GPIO pin is mainly used to e Actas a switch for a transistor when the GPIO is configured as output e Actas a status reading when the GPIO is configured as input The GPIOs may be controlled with the following AT commands e AT WIOW for write access to the GPIO value when the GPIO is used as an output e AT WIOR for read access to the GPIO value when the GPIO is used as an input By default and when the FX Series has been reset both
65. andes a Zoe 44 Secondary RF Connector for EX100 iiec eset tire reitera eee ton e Roe 44 GPS RF Gonnector for FX 100 ied artus dian EE EENEG 45 Reset Sequence Bobo eoe rede ex bie taeda eg e Seegen 51 FX Series X card CGompartmemt sss ener enne 53 iere 53 KCN EE 54 Suggested X card Dimensio Mssari arani aaa 55 FXTEO2 Ethernet X card Installation on the FX Gertes eeren 56 FXTEO2 Ethernet X card ArchiteCture uui eiie reo e po t tid e pi tk poo 57 FXTEO2 X card and an RJ 45 Interface Cable sess 57 10 pin Tue lee 57 X card Removal Procedure cccccccceesecceeeeeseeeeeeeeeeeeeeaaeeeeeeaaeeeseeaaeeeseegeeeeseeneeeeeeeseeaeees 59 Rev 7 2 June 19 2013 10 User Guide Figure 38 Figure 39 Figure 40 Figure 41 Figure 42 Figure 43 Figure 44 4112221 FX Series Holding Bridles sss nennen neni Mounting the ET Typical Hardware Configuration for Power Consumption Measurement Recommended Power Supply Connection on Trucks Example of an Electrical Connection That May Damage the FX Series Holding Bridle Ree iicet or arn eee rtt a ln ase FX Series Product babel 4 enisi ee te na cel c vA dE Le cS ue MER aaka Rev 7 2 June 19 2013 11 List of Tables Table 1 Table 2 Table 3 Table 4 Table 5 Table 6 Table 7 Table 8 Table 9 Table 10 Table 11 Table 12 Table 13 Table 14 Table 15 Table 16 Table 17 Table 18 Table 19 Table 20 Tab
66. ation Framework AT Commands Interface Guide and 2 AirPrime SL808xT and Q2698 Open AT Framework Commands Interface Guide for the working mode description Table 64 FX Series Operating Modes Operating Mode Description The FX Series is connected to a live GSM network during circuit switch voice or GSM Connected Mode data call The FX Series has GPRS data transfer connection with a live network during packet Transfer Mode DUE data transmission Active mode with GSM When the RF function is active and the FX Series is synchronized with the network stack in Idle but there is currently no communication When the RF function is disabled but is regularly activated to remain synchronized Sleep mode with GSM with the network stack in Idle This mode only works when the DTE sends an AT command to shut the serial link down DTE turns DTR to inactive state When the RF function is disabled and there is no synchronization with the network but the UART is available When the RF function is disabled and there is no synchronization with the network and the UART is not available Active Mode Sleep Mode 4112221 Rev 7 2 June 19 2013 75 User Guide Power Consumption Operating Mode Description Low power consumption mode the only feature which is available in this mode is the alarm wake up Alarm Mode When the alarm clock is set for the FX Series with ALL of the following conditions e before the alarm t
67. ation regarding the pin description 19 2 6 Package Two packaging boxes are available depending on the FX Series bundle Table 93 Packaging Description Standard STD Bundle Ready to Use RTU Bundle Dimensions 155 x 116 x 77 mm Dimensions 221 x 155 x 79 mm 19 2 7 Two Holding Bridles Please refer to section 8 1 Mounting the FX Series for more information regarding the holding bridles 10 7 673 2 Figure 43 Holding Bridle Description 4112221 Rev 7 2 June 19 2013 108 User Guide Packaging 19 2 8 Power Supply used with the FX Series Table 94 Power Supply Description BLUES ON 9 2 PIN 1 2 3 4 5 8 9 10 N C PIN 6 GND PIN 7 12V 1 S go v i TRUE er 150 j o 630 ens P N Q SAA R P N Q EU R P N Q NA R NORTH AMERICA CULA EUROPE JAPAN SOUTH AMERICA e Input Voltage 100 240VAC e Output Voltage 12VDC e Output Current 2 08A No Minimum Load required e Output Power Rated 25W MAX 4112221 Rev 7 2 June 19 2013 109 20 Product Labeling A product label is located at the back of the FX Series and provides additional information about the modem pum e Le Gg PI wc eu CE i L XXXXX Made r Chine P J000000000000000000 Gamer 10 200000000 ec M E IC ORONO vumm j CPHL OO N24480 SN Figure 44 FX Series Product Label The top label provid
68. auto shut down feature when the CT108 2 DTR is not used in the application Otherwise there will be data lost from the DTE side to the FX Series 4112221 Rev 7 2 June 19 2013 37 User Guide Interfaces 5 1 2 5 Audio Lines Connection The FX Series supports one microphone input and one speaker output 5 1 2 5 1 Microphone The microphone inputs are connected in differential mode to reject common mode noise and TDMA noise The microphone inputs have already included biasing for an electrets microphone 0 5mA and 2V and are ESD protected An electret microphone may be directly connected to these inputs allowing an easy connection to a headset The microphone gain can be adjusted by AT VGT and the transmit digital gain can be adjusted by AT WDGT Refer to documents 1 Open AT Application Framework AT Commands Interface Guide and 2 AirPrime SL808xT and Q2698 Open AT Framework Commands Interface Guide for more information about these AT commands The following table shows the pin assignments of the microphone input Note that there is a difference in the microphone signal names used between FXT009 and FX100 Table 14 Microphone Pin Description for FXT009 Sub D 15 pin Signal UO UO Type Description Pin CMIC2P Analog Microphone positive input CMIC2N Analog Microphone negative input Table 15 Microphone Pin Description for FX100 Sub D 15 pin Signal UO UO Type Descri
69. cation Class Definition All equipment system functions are fulfilled normally 100 functional during and after the constraint CLASS A The FX Series shall exhibit normal function during and after environmental exposure The FX Series performance shall meet the minimum requirements of 3GPP or appropriate wireless standards All equipment system functions are fulfilled normally during application of the constraint however one or several of them may be out of the specified tolerances After application of the constraint all functions automatically return within standard limits The memories shall remain in compliance with Class A CLASS B The FX Series shall exhibit the possibility at all times to establish a voice SMS or DATA call Unless otherwise stated full performance should return to normal after the external influence has been removed CLASSC No functional requirement will be fulfilled during the application of the constraint however full functionality will automatically be returned after the constraint has been removed 14 3 2 Reliability Prediction Model The following tables enumerate the different tests performed on the FX Series and their corresponding conditions and results 14 3 2 1 Life Stress Test The following tests the FX Series product performance Table 78 Life Stress Test Designation Condition Performance Test Standard N A PT3T amp PT Special conditions e T
70. cifications 23 640 2 Richmond British Columbia D r Wireless W Canada VV JAk Tel 604 231 1100 Fax 604 231 1109 MM 1202611 A SIERRA WIRELESS J 3 J u lt w Qio Ca a gt z 3 we k a OE 4 Se CS c L c 3 IE 7 i 2 ei TORIES s Figure 6 FX100 Mechanical Drawing 2 of 2 4112221 Rev 7 2 June 19 2013 27 5 Interfaces This section describes the different interfaces that connect with the FX Series The FX Series comes with the following interfaces e 10 pin Micro Fit Connector e USB Interface mini B connector e 15 pin Sub D Serial Interface e Main RF Interface e Secondary RF Interface for FX100 only e GPS RF Interface for FX100 only e SIM Interface e LED Status Indicator 5 1 Front Interface 10 pin Micro Fit Connector 15 pin Sub D Serial Interface Mini B USB Interface Figure 7 FX Series Front Interface 5 1 1 Power Supply Connector The power supply connector is a 10 pin Micro Fit connector that is used for e External DC Power Supply connection with voltage from 4 75V to 32V at 3A on FXT009 and 3 7A on FX100 e GPIOs connection and GPIO voltage reference e ON OFF pin to power OFF the FX Series Figure 8 Power Supply Connector 4112221 Rev 7 2 June 19
71. d Q2698 Open AT Framework Commands Interface Guide for more information regarding AT Commands For more information on how to use the RS232 serial link to communicate with the FX Series refer to section 5 1 2 1 RS232 Serial Link Connection 5 1 2 3 Autobauding Mode The autobauding mode allows the FX Series to detect the baud rate used by the DTE connected to the RS232 serial link The autobauding mode is controlled by AT commands Refer to documents 1 Open AT Application Framework AT Commands Interface Guide and 2 AirPrime SL808xT and Q2698 Open AT Framework Commands Interface Guide for more information 5 1 2 4 Serial Port Auto Shut Down Feature The RS232 serial link can be shut down when there is no activity between the DTE and the FX Series This can help improve the power consumption performance The Serial Port Auto Shut Down feature is controlled by the AT command AT WASR Enter e AT WASR 1 toenter the serial port auto shut down mode e AT WASR 0 to exit the serial port auto shut down mode Refer to documents 1 Open AT Application Framework AT Commands Interface Guide and 2 AirPrime SL808xT and Q2698 Open AT Framework Commands Interface Guide for more information on AT commands Caution GPIO2A is reserved for serial port auto shut down feature It is prohibited for customer use Improper access to GPIO24 by customers may lead to unexpected behavior on serial port performance It is prohibited to use the serial port
72. e Holding Bridles Cellular Antenna Power Supply Data Cable FXTEO2 Ethernet X card Ethernet RJ45 dongle Wireless connectivity EGSM Quad Band CL 12 GPRS EDGE HSxPA Penta Band HSPA Wired connectivity Serial USB Accessories DC Cable Holding Bridles Wireless connectivity EGSM Quad Band CL 12 GPRS EDGE HSxPA Penta Band HSPA Wired connectivity Serial USB Accessories DC Cable USB cable Holding Bridles Cellular Antenna Diversity Antenna GPS Antenna Power Supply Data Cable Note Available wireless interfaces will vary depending on the FX Series variant Refer to Table 4 FX Series Basic Features for more details on the basic features available on each variant 1 4 Connections e 10 pin Micro Fit Power Supply Connector e USB Interface e 15 pin Sub D Serial Interface e SIM Interface e Antenna Interface 1 5 1 5 1 SMA Main SMA Diversity 3G HSxPA version for FX100 GPS for FX100 Interfaces External Interfaces e Power Supply e 3V 1V8 SIM Interface e USB slave Interface e Serial Link UART1 4112221 Rev 7 2 June 19 2013 User Guide Overview e ON OFF e Boot for FXT009 only e Reset e Audio Interface e 2GPIOs e LED Status Indicator 1 5 2 Internal X card Interface e 1 Secondary Serial Link UART2 e 6 GPIOs e 2 SPI Bus e 1 ADC e 1 DAC except for FX100 e 1 PCM e 1 Interrupt e Reset access to the embedded module e Bo
73. e FX Series Through the Serial Link 72 Table 61 Receiving a No Carrier MeSsaQg ie rore att et dnte eu pontus e EN ANNER 73 Table 62 Extended Error Codes ai cde ped Lesen REEL arden piers 74 Table 63 Initial Power Consumption Typical citt treten ideae nuns 75 Table 64 FX Series Operating Modes sse enne nens 75 Table 65 FX Series Operating Modes Feature Availability seseeeeeeee 76 Table 66 Power Consumption of FXT009 in Connected Mode with Serial Port ON and Flash LED Activated typical Values D E 77 Table 67 Power Consumption of FX100 in Connected Mode with Serial Port OFF Flash LED OFF and USB ON typical valles E 78 Table 68 Power Consumption of FXT009 in Non Connected Mode typical values 80 Table 69 Power Consumption of FX100 in Non Connected Mode with UART ON FLASH LED OFF and USB OFF typical values ssssssssssesesesesee eee en nennen enne nr ennt nn nennen 81 Table 70 List of Recommended Equiptmoents uiii torret the bin rettet rts 82 Table 71 Operating Mode Informations c liora Lee oda ect ae o dee a ae d generate 83 Table 72 6 Wire Cable Accessory Color Codmg entente 88 Table 73 List of Recommended Accessories eene nennen 89 Table 74 Standards Conformity for the FX Series eese entente 90 Table 75 Applicable Standards and Requirements for the FX Gerles
74. e FX Series will have to be reset to start on the specified band s When x 1 the band switch is effective immediately However this mode is forbidden while in Communication mode and during the FX Series initialization Use AT WUBS to change the UMTS FDD band setting of the FX100 Table 56 AT WUBS Band Selection AT WUBS Command Description Where e y Band frequency configuration bit field in HEX format e x Optional reset parameter 0 means the FX100 will have to be reset to start on the specified band s and 1 means the band switch is AT4WUBS y x effective immediately Note that x 1 is forbidden while in y Communication mode and during the FX100 s initialization Refer to document 2 AirPrime SL808xT and Q2698 Open AT Framework Commands Interface Guide for more information about the parameters of this command Use AT WWSM to change the cellular network setting of the FX100 Refer to the table below for the list of main responses returned Table 57 AT WWSM Cellular Network Setting AT WWSM Command Description AT WWSM 0 GSM Digital Cellular System GERAN AT WWSM 1 Universal Terrestrial Radio Access Network UTRAN only AT WWSM 2 0 3GPP systems both GERAN and UTRAN automatic network AT WWSM2 2 1 3GPP systems both GERAN and UTRAN GERAN preferred AT WWSM2 2 2 3GPP systems both GERAN and UTRAN UTRAN preferred o 4112221 Rev 7 2 June 19 2013 9 User Guide Communicati
75. e SIM Connector Cycles 40 Repetition Rate 3s per cycle Objective Mating and de mating e System Connector Cycles 40 Repetition Rate 3s per cycle Objective Mating and de mating e RF Connector Cycles 20 Repetition Rate 5s per cycle Objective Mating and de mating Operating conditions Un powered Duration 24 hours Standard IEC 60068 2 32 Test Ed Special conditions e Drop 2 samples for each direction e Equivalent drop height 1 5m e Number of directions 6 X Y Z e Number of drops face 2 Operating conditions Un powered Duration 24 hours 4112221 Rev 7 2 June 19 2013 96 15 Certification Compliance and Recommended Standards 15 1 Certification Compliance Refer to the following tables for the requirements compliance of the FX Series Table 84 Standards Conformity forFXT009 Domain Applicable Standard EN 60950 1 ed 2006 UL LISTED see restrictions in Safety standard section 15 1 1 UL Listed Health standard EMF Exposure Evaluation EN 62311 ed 2008 Efficient use of the radio frequency spectrum EN 301 511 V 9 0 2 EN 301 489 1 v1 8 1 EMC EN 301 489 7 v1 3 1 EN 301 489 24 v1 4 1 FCC FCC Part 15 FCC Part 22 24 IC RSS 132 Issue 2 RSS 133 Issue 5 International Standard for Battery IEC 61951 2 Table 85 Standards Conformity for FX100 Domain Applicable Standard IEC 60950 2005 A1 2000 Safety amp Health EN 60950 2006 A
76. eaker outputs is internally adjusted and may be tuned using the AT VGR command Furthermore the digital gain can be adjusted using AT WDGR Refer to documents 1 Open AT Application Framework AT Commands Interface Guide and 2 AirPrime SL808xT and Q2698 Open AT Framework Commands Interface Guide for more information about these AT commands The following table shows the pin assignments of the speaker output Note that there is a difference in the speaker signal name used between FXT009 and FX100 Table 20 Speaker Outputs Pin Description for FXT009 Sub D Signal UO UO Type Description 15 pin Pin 10 CSPK2P O Analog Speaker positive output 15 CSPK2N O Analog Speaker negative output Table 21 Speaker Outputs Pin Description for FX100 Sub D Signal UO UO Type Description 15 pin Pin 10 CSPK1P O Analog Speaker positive output 15 CSPK1N O Analog Speaker negative output 10 CSPKxN 10 r3 CSPKxP Figure 22 Equivalent Circuit of CSPK 4112221 Rev 7 2 June 19 2013 B 0 User Guide Interfaces Table 22 Electrical Characteristics of CSPK for FXTO09 Parameters Min Typ Max Unit Biasing voltage CSPKxP and CSPKxN 1 30 V Output swing RL 8Q AT VGR 1000 differential S 4 Vpp voltage RL 32Q AT VGR 1000 differential 5 Vpp RL Load resistance 6 8 Q IOUT Output current peak value RL 8Q 180 mA PO
77. edded Module USB Connector SIM Connector AirLink FX Series Figure 2 Functional Architecture 4112221 Rev 7 2 June 19 2013 22 User Guide Functional Specifications 3 2 RF Functionalities MEMORY 2G 3G BASEBAND CPU 2G 3G RF TRANSCEIVER RF FRONT END MMCX Connector GPS RF Diversity RF for FX100 only for FX100 only Application Processor Coreg I for FX100 only I i a am em em em em om em em J SMA Connectors Main RF Figure 3 FX Series RF Architecture Refer to the table below for the list of FX Series variants and their corresponding supported bands Table 5 FX Series Variants with Corresponding Supported Bands FX Series Variant Supported Bands FXT009 Quad band 850 900 1800 1900 MHz FX100 Quad band 850 900 1800 1900 MHz Penta band UMTS HSXPA 800 850 900 1900 2100 MHz 3 3 Operating System The FX Series is Open AT Application Framework compliant With the Open AT Application Framework customers can embed their own applications with the FX Series and turn the FX Series into a solution for their specific market need The operating system of the FX Series is also responsible for the following functions e AT Command processing e Real Time Clock RTC with calendar 4112221 Rev 7 2 June 19 2013 23 4 Technical Specifications 4 1 Power Supply The FX Series is supplied by an external DC voltage DC IN with a voltage range of 4 75V to 32V
78. emperature a Class A 20 C to 55 C a Class B 30 C to 75 C e Rate of temperature change 3 C min e Recovery time 3 hours Operating conditions Powered Duration 10 days 4112221 Rev 7 2 June 19 2013 92 Reliability Compliance and User Guide Recommended Standards 14 3 2 2 Environmental Resistance Stress Test The following tests the FX Series resistance to extreme temperature Table 79 Environmental Resistance Stress Test Designation Condition Standard IEC 680068 2 1 Test Ab Special conditions Cold Test e Temperature 40 C e Rate of temperature change dT dt gt 3 C min e Recovery time 3 hours Operating conditions Un powered Duration 72 hours 14 3 2 3 Corrosive Resistance Stress Test The following tests the FX Series resistance to corrosive atmosphere Table 80 Corrosive Resistance Stress Test Designation Condition Standard IEC 60068 2 30 Test Db Moist Heat Cyclic Test MHCT Special conditions e Upper temperature 55 2 C e Lower temperature 25 2 C e RH Upper temperature 93 Lower temperature 95 e Number of cycles 21 1 cycle 24 hours e Rate of temperature change dT dt gt 3 C min e Recovery time 3 hours e ER ZE Operating conditions Un powered Duration 21 days 4112221 Rev 7 2 June 19 2013 93 Reliability Compliance and User Guide Recommended Standards 14
79. es and Services 2 4 Protection 2 4 1 Power Supply The FX Series is protected from continuous over voltage by a 2A 250V slow break fuse directly bonded on the 6 wire cable accessory and it is also protected against transient voltage peaks over 32V When the input voltage exceeds 32V the supply voltage is automatically disconnected in order to protect the internal electronic components from overvoltage 2 4 2 Electrostatic Discharge The FX Series withstands ESD according to IEC 1000 4 2 requirements for all accessible parts except for the RF connector which withstands ESD as follows e 8kV of air discharge e 4kV of contact discharge 2 4 3 Main Serial Link The FX Series RS232 serial link connection is internally protected against electrostatic surges on its lines by ESD protection and it also has the following filtering guarantees e EMI RFI protection on both input and output e Signal smoothing 4112221 Rev 7 2 June 19 2013 21 3 Functional Specifications This section discusses the functional specifications of the FX Series 3 1 Functional Architecture The global architecture of the FX Series is shown in the figure below ron Switch Main RF erf bebe Diversity RF Shifter Interface C GPS RF ee 10 pin Microfit Connector DB15 UART Tranceiver Connector USB Interface SIM Interface Note Diversity and GPS RF Interfaces are only available on FX100 AirPrime Q26xx Emb
80. es the following information e Serial number and barcode e Product Name FXTOO9 or FX100 e Hem number e MAC ID and barcode e WEEE logo e Qualcomm CDMA logo for FX100 variants only e CE marking The bottom label provides the following information e Product Name FXTOO9 or FX100 e FCCID e C number e Customer product number e A Tick logo N24480 e Open AT logo e IMEI number and barcode 4112221 Rev 7 2 June 19 2013 21 Safety Recommendations For Information Only For the efficient and safe operation of your GSM device please read the following information carefully 21 1 RF Safety 21 1 1 General Your GSM terminal is based on the GSM standard for cellular technology The GSM standard is spread all over the world It covers Europe Asia and some parts of America and Africa This is the most used telecommunication standard Your GSM terminal is actually a low power radio transmitter and receiver It sends out and receives radio frequency energy When you use your GSM application the cellular system which handles your calls controls both the radio frequency and the power level of your cellular modem 21 1 2 Exposure to RF Energy There has been some public concern about possible health effects of using GSM terminals Although research on health effects from RF energy has focused on the current RF technology for many years Scientists have begun research regarding newer radio technologies such as GSM After exis
81. fied technician Use only the supplied or approved antenna Unauthorized antennas modifications or attachments could damage the terminal and may contravene local RF emission regulations or invalidate type approval When installing the coaxial cable to the FX Series it is necessary to ensure that the metal shield is reliably connected to the protective earthing system of the building The coaxial cable shield shall be connected to the grounded system of the building as close to the point of cable entry as practical 21 2 General Safety 21 2 1 Driving Check the laws and the regulations regarding the use of cellular devices in the area where you have to drive as you always have to comply with them When using your GSM terminal while driving please e give full attention to driving e pull off the road and park before making or answering a call if driving conditions so require 21 2 2 Electronic Devices Most electronic equipment for example in hospitals and motor vehicles is shielded from RF energy However RF energy may affect some improperly shielded electronic equipment 21 2 3 Vehicle Electronic Equipment Check your vehicle manufacturer representative to determine if any on board electronic equipment is adequately shielded from RF energy 21 2 4 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
82. g 19 1 Contents The different FX Series variants are available in nine different package configurations The table below summarizes the list of accessories delivered in each package and shows the designation used in the Sierra Wireless catalog to help you select the proper configuration set Table 88 Standard Package DC Cable USB cable for FXT009 only Holding Bridles 19 2 Accessories Description This section describes the accessories used with the FX Series 19 2 1 Table 89 Configuration Availability for the FX Series Ready to Use Package DC Cable USB cable Holding Bridles Cellular Antenna Diversity Antenna for FX100 GPS Antenna for FX100 Power Supply Data Cable GSM Antenna GSM Antenna Description Ready to Use Ethernet Package available with the FXTOO9 only DC Cable USB cable Holding Bridles Cellular Antenna Power Supply Data Cable FXTEO2 Ethernet X card Ethernet RJ45 dongle 0 F WW GS 6p 18 41 mm 0 25 Antenna Size W x L x H 18 4 x 8 0 x 49 5mm Frequency Range supported 850 900 1800 1900 2100 MH Connector SMA Male Refer to Table 73 List of Recommended Accessories for more information regarding the recommended accessories 4112221 Rev 7 2 June 19 2013 106 User Guide Packaging 19 2 2 GPS Antenna Table 90 GPS Antenna Description Weight lt 110 grams
83. g the Received Signal Strength The FX Series only establishes a call if the received signal strength is strong enough Using a communication software such as HyperTerminal enter AT CSQ to check the received signal strength The response returned will follow the format CSQ rssi ber where rssi received signal strength indication and ber channel bit error rate Refer to the table below for the description of the rssi values returned Table 50 rssi Value Description lt rssi gt Value Description Received signal strength is insufficient 11 31 Received signal strength is sufficient 32 98 Not defined 9 3 Verifying the Network Registration Using a communication software such as HyperTerminal enter AT CREG to verify the network registration of the FX Series Refer to the table below for the list of main responses returned Table 51 AT CREG Main Reponses AT CREG 0 0 Not registered AT CREG 0 1 Registered on the home network AT CREG 0 5 Registered on a roaming network If the FX Series is not registered on the network do the following e Check the connection between the FX Series and the antenna e Verify the signal strength to determine the received signal strength Refer to section 9 2 Verifying the Received Signal Strength 9 4 Checking the Band Selection Using a communication software such as HyperTerminal enter AT WMBS to check the band selection of the FX Series
84. grade USB and serial programmable modems supporting penta band 3G HSPA with dual antenna receive diversity and or quad band 2G GSM GPRS EGDE It offers audio capabilities GPS and digital I O interfaces and Ethernet connectivity as an option It also offers an Expansion card X card interface accessible for customer use The FX Series supports the AirVantage M2M Cloud Management Services and Enterprise Platform and also supports the Open AT Application Framework The Open AT Application Framework is a complete software package for developing embedded M2M applications in standard C C This document does not cover the programmable capabilities available through the Open AT Application Framework or the management capabilities available through the AirVantage M2M Cloud For more information about the Open AT Application Framework or the AirVantage M2M Cloud Management Services and Enterprise Platform please visit http developer sierrawireless com 1 1 FX Series Product Comparison The following table lists the main feature differences between the two FX series variants Table 1 FXTO009 and FX100 Feature Comparison Feature FXTO009 FX100 900 MHz Y Y 1800 MHz Y v GSM 850 MHz Y Y 1900 MHz Y wi 800 MHz Y 850 MHz Y HSPA 900 MHz A 1900 MHz Y 2100 MHz vi Class 10 Y Y GPRS Class 12 a A Class 10 Y Y EDGE Class 12 Y Voice Y Y HR Y Y FR v d Vocoder EFR Y E AMR Y wi Data Y Y Fax Y SIM Interface 1
85. he parameters in EEPROM 4112221 AT CPIN xxxx xxxx PIN code AT WMBS AT WMBS lt Band gt AT WMBS lt Band gt 0 AT WMBS lt Band gt 1 AT WMBS lt Band gt ATA ATD lt phone number Do not forget the at the end for Voice call ATD112 Do not forget the at the end for voice call ATH AT amp W Rev 7 2 CME ERROR 16 CME ERROR 3 WMBS lt Band gt lt ResetFlag gt OK OK OK OK CME ERROR 3 OK OK CME ERROR 11 CME ERROR 3 OK OK NO CARRIER OK Incorrect PIN code with CMEE 1 mode PIN code already entered with CMEE 1 mode The currently selected band mode is returned Band switch is accepted the FX Series has to be reset for the change to be effective Band switch is accepted the FX Series has to be reset for the change to be effective Band switch is accepted and the GSMS stack has been restarted Band selected is not allowed Answer the call Communication established PIN code not entered with CMEE 1 mode AOC credit exceeded or communications is already established Communications established The configuration settings are stored in EEPROM non volatile memory The command AT CMEE 1 switches to a mode that enables a more complete error diagnostic June 19 2013 71 10 Troubleshooting the FX Series This section of the document describes
86. herboard 50 pin X card Socket 4V Supply FXTEO2 X card Lee eee ee ee wm ee ee wm em wm Figure 34 FXTEO02 Ethernet X card Architecture Figure 35 FXTE02 X card and an RJ 45 Interface Cable The 10 pin Interface Socket is an external interface for the RJ 45 cable Figure 36 10 pin Interface Socket 4112221 Rev 7 2 June 19 2013 X card 57 User Guide X card Table 45 10 pin Interface Socket Description Description Name DGND TX_D1 TX Dt RX D2 DN D2 Bl D3 BI D3 Bl D4 Bl D4 0 DGND doioj oloc n e jco lmil 7 4 3 Mechanical Characteristics Table 46 Mechanical Characteristics PCB Dimensions 58mm x 35 7mm x 1mm Overall Dimension 59 5 x 35 7 x 10 01mm including connectors 8 5 grams typical 7 4 4 Power Supply Table 47 Electrical Characteristics Note The FXTEO02 X card is powered once the enable pins are activated by the Open AT Application Framework 7 4 4 1 Extra Current Consumption from the DC IN Source Depending on various DC IN voltages of the FX Series the extra current consumption drawn by the FXTEO2 X card will also vary Table 48 Extra Current Consumption from DC IN Source Typical Se Extra Current Consumption for Additional FX Series Mode Ethernet Feature 4 75VDC 13 2VDC 32VDC Non Connected Enabled Idle 171 7mA 4112221 Rev 7 2 June 19 2013 58 User Guide 7 5 X card Removal
87. ication 3rd Generation Partnership Project Technical Specification Group GSM EDGE TS 51 010 2 8 3 0 Radio Access Network Mobile Station MS conformance specification Part 2 Protocol Implementation Conformance Statement PICS proforma specification 3rd Generation Partnership Project Technical Specification Group GSM EDGE TS 51 010 4 4144 Radio Access Network Digital cellular telecommunications system Phase 2 Ae Mobile Station MS conformance specification Part 4 SIM Application Toolkit Conformance specification Global System for Mobile Communications GSM Harmonised standard for EN 301 511 9 0 2 mobile stations in the GSM 900 and DCS 1800 bands covering essential requirements under article 3 2 of the R amp TTE directive 1999 5 EC 3rd Generation Partnership Project Technical Specification Group Radio Access TS 34 121 1 8 5 0 Network User Equipment UE conformance specification Radio transmission and reception FDD Part 1 Conformance specification 3rd Generation Partnership Project Technical Specification Group Radio Access TS 34 121 2 8 5 0 Network User Equipment UE conformance specification Radio transmission and reception FDD Part 2 Implementation Conformance Statement ICS 3rd Generation Partnership Project Technical Specification Group Terminals TS 34 123 1 8 5 0 User Equipment UE conformance specification Part 1 Protocol conformance specification 4112221 Rev 7 2 June 19 2013 98
88. ime is up e with the ON OFF signal pulled to GND e with AT CPOF entered from a computer that is connected to the FX Series The serial link can be shut down when there is no activity between the DTE and the Serial Port Auto Shut FX Series Down Feature This auto shut down feature can be enabled by AT command Refer to section 5 1 2 4 Serial Port Auto Shut Down Feature for more information on this feature FLASH LED The FX Series Flash LED can be enabled or disabled by AT command Refer to Activated Deactivated section 9 8 Enabling Disabling the Flash LED for more information on this feature 11 2 Working Mode Features The table below sums up the feature availability in each mode Table 65 FX Series Operating Modes Feature Availability ACTIVE SLEEP Mode Mode Alarm h h ACTIVE SLEEP Connected Transfer Features with GSM with GSM Mode Stack in Stack in Mode Mode Mode Mode Idle Idle Alarm v v Y 4 4 A Y Wake up Open AT Application V L V P V Framework on timer events GSM GPRS paging alert from the network for incoming call Y Y v Y incoming SMS or incoming GPRS data SIM v Y v UARTs Y Y Y Y USB v v 7 Y v SPIs Y z 4 Y Y Fe v S y v 7 GPIO v v Y v ADCs Y Y Y Y Buzzer Y Y Y Y Keypad Y v v v Y v External IT v Y Y v Y Y Flash LED Y v v v Y v 4112221 Rev 7 2 June 19 2013 76 User Guide Power Consumption 1
89. ional Accessories e RS232 serial link cable e AC DC Power supply e GSM Diversity and GPS antennas e FXTEO2 Ethernet X card Refer to section 7 X card for more information about the FXTEO2 Note The above items are ONLY considered as accessories of the FX Series They are NOT considered as part of the FX Series 4112221 Rev 7 2 June 19 2013 88 User Guide 13 3 Component Recommendations FX Series Accessories The following tables list the recommended components parts to use with the FX Series Table 73 List of Recommended Accessories Component Part Reference Number Supplier Quad band antenna W1900 PULSE GS 2034 RE 25W MAX 12V 2A Power adaptor ou GlobTeK 6 wire cable accessory Fuse GPS antenna Ethernet X card Ethernet cable In 100 to 240V 47 63 Hz 550mA Mounted with micro fit connector Cable K96975060049A FUSE T2AL250V VDE Slow Break GC GAACZ A55 FXTEO2 Grand TEK Technology GIGA Concept Sierra Wireless included Cable K95DM2080002A 01 Grand TEK Technology Data cable RS 232 HDM15 DB9F DD 1 5M GIGA Concept USB cable 88732 8700 MOLEX France 4112221 Rev 7 2 June 19 2013 89 14 Reliability Compliance and Recommended Standards 14 1 Reliability Compliance The FX Series is compliant with the following requirements Table 74 Standards Conformity for the FX Series International Electro technical Commission International Organiza
90. ivate Flash LED Note You will need to restart the FX Series for the new setting to take effect 9 9 Firmware Upgrade Procedure The firmware upgrade procedure is used to update the firmware embedded in the FX Series This procedure consists of downloading the firmware into internal memories through the RS232 serial link available on the 15 pin SUB D serial connector Refer to document 8 Firmware Upgrade Procedure document for more information regarding this procedure 4112221 Rev 7 2 June 19 2013 70 User Guide Communicating with the FX Series 9 10 Main AT Commands for the FX Series The table below lists the main AT Commands required for starting the FX Series For other available AT Commands refer to documents 1 Open AT Application Framework AT Commands Interface Guide and 2 AirPrime SL808xT and Q2698 Open AT Framework Commands Interface Guide Table 59 Main AT Commands used for the FX Series Feature Function AT Command Response Description 4CREG 0 1 The FX Series is registered on the network The FX Series is not registered Check network 5 CREG 0 2 on the network registration attempt registration EE is ongoing The FX Series is not registered CREG 0 0 on the network no registration attempt has been made OK PIN code accepted Enter PIN code Check the selected band Switch bands Receive a call Initiate a call Initiate an emergency call Hang up Communication has been loss Store t
91. le 21 Table 22 Table 23 Table 24 Table 25 Table 26 Table 27 Table 28 Table 29 Table 30 Table 31 Table 32 Table 33 Table 34 Table 35 Table 36 Table 37 4112221 FXT009 and EX100 Feature ComparisOh iiie t teet teet ete Fed opi stes 15 FX Series Physical Dimensions eene 16 SEET 17 FX SENS Basic GET 19 FX Series Variants with Corresponding Supported Bands sss 23 Power Supply Electrical Characteristics ccccccccscceeseeeeeeeceeeeeeaeeeeneeseeeeeseaeeeenaeesenees 24 Power Supply Connector Pin Description seen 29 GPIO Pin RI le Le EE 29 GPIO Pin Operating Conditions when Vref is at 38 30 GPIO Pin Operating Conditions when Vref gt 2 8V cceecsceeeeeeeeseeeeeeeeseeeeeseaeeeeseeeeeneeee 31 ON OFF Pin Operation 33 ON OFF Pin RT Le 33 Serial Connector Pin Description aeui daa credited epa cce a ka seco ea eR zu ceu 34 Microphone Pin Description for FXTOO9 eccececescceeeeeecceeeeeeeceeeeneeeeeeeeeeeeeesseeeeeeesenaes 38 Microphone Pin Description for FX100 een 38 Equivalent Circuits of CMIC essssssssssssseeneneneeene nennen nnne nnne renis 38 Electrical Characteristics of CMIC for FESTOOg 39 Electrical Characteristics of CMIC for FX100 ccccceesseeeeeeeceeeeeeaeeeeeeeseeeeesaeeneaaeesenees 39 Recommended Microphone Characteristics c ccssceeeeececeeeeeeeaeeeeneeseeeesaeeeeaaeetenees 40 Speaker Outputs Pin Description for FXTOO9
92. llowing table for the network analyzer configuration according to operating mode Table 71 Operating Mode Information Operating Mode Communication Tester Configuration Alarm Mode N A i Paging 9 Rx burst occurrence 2s Active Mode with GSM stack in Idle Paging 9 Rx burst occurrence 2s Paging 2 Rx burst occurrence 0 5s Sleep Mode with GSM stack in Idle Paging 2 Rx burst occurrence 0 5s Active Mode N A Sleep Mode N A PCL5 TX power 33dBm PCL19 TX power 5dBm PCLO TX power 30dBm PCL15 TX power 0dBm 850 900 MHz Connected Mode 1800 1900 MHz 4112221 Rev 7 2 June 19 2013 83 User Guide Power Consumption Operating Mode GPRS EGPRS UMTS Connected Mode VOICE UMTS Data Transfer 384kbit s Transfer Mode class 8 4Rx 1Tx Transfer Mode class 10 SRX 2Tx Transfer Mode class 12 1Rx 4Tx Transfer Mode class 2 1Rx 1Tx Transfer Mode class 10 8Rx 2Tx Transfer Mode class 12 1Rx 4Tx UMTS 2100 BAND I Communication Tester Configuration 850 900 MHz 1800 1900 MHz 850 900 MHz 1800 1900 MHz 850 900 MHz 1800 1900 MHz 850 900 MHz 1800 1900 MHz 850 900 MHz 1800 1900 MHz 850 900 MHz 1800 1900 MHz UMTS 1900 BAND II UMTS 850 BAND V UMTS 800 BAND VI UMTS 900 BAND VIII UMTS 2100 BAND UMTS 1900 BAND II UMTS 850 BAND V UMTS 800 BAND VI UMTS 900 BAND VIII
93. ly is already stabilized It is activated by either an external Reset signal or by an internal signal from the Reset generator and is automatically driven by an internal hardware during the power ON sequence Note The FX Series remains in Reset mode for as long as the Reset signal is held LOW A software reset is always preferred to a hardware reset Refer to document documents 1 Open AT Application Framework AT Commands Interface Guide and 2 AirPrime SL808xT and Q2698 Open AT Framework Commands Interface Guide for more information regarding software resets This signal may also be used to provide a reset to an external device when the pin is configured as an output If no external reset is necessary this input may be left open When used as an emergency reset it has to be driven by either an open collector or an open drain output 4112221 Rev 7 2 June 19 2013 49 User Guide Signals and Indicator Caution This signal is for emergency resets only Table 37 FX Series Reset Status Serial SCH Port Pin UO UO Type Voltage Description S Table 38 Reset Electrical Characteristics For FXTOO9 Input Impedance R Input Impedance C Internal pull up Table 39 Reset Electrical Characteristics for FX100 Input Impedance R Ooo do e Input Impedance C 12 Let Internal pull up Table 40 Reset Operating Conditions Parameter Minimum Typical Maximum Unit Reset time
94. nctioning of vehicle electronics To avoid such problems make sure that the installation has been performed by qualified personnel Verification of the protection of vehicle electronics should form part of the installation The use of an alert device to operate a vehicle s lights or horn on public roads is not permitted 16 3 Care and Maintenance Your FX Series is the product of advanced engineering design and craftsmanship and should be treated with care The suggestion below will help you to enjoy this product for many years Do not expose the FX Series to any extreme environment where the temperature or humidity is high Do not use or store the FX Series in dusty or dirty areas Its moving parts can be damaged Do not attempt to disassemble the embedded module There are no user serviceable parts inside Do not expose the FX Series to water rain or spilt beverages It is not waterproof Do not abuse your FX Series by dropping knocking or violently shaking it Rough handling can damage it Do not place the FX Series alongside computer discs credit or travel cards or other magnetic media The information contained on discs or cards may be affected by the embedded module The use of third party equipment or accessories not made or authorized by Sierra Wireless may invalidate the warranty of the embedded module Do contact an authorized Service Center in the unlikely event of a fault in the embedded module 16 4 Your Responsibili
95. nenene nennen 90 4112221 Rev 7 2 June 19 2013 User Guide Table 76 Table 77 Table 78 Table 79 Table 80 Table 81 Table 82 Table 83 Table 84 Table 85 Table 86 Table 87 Table 88 Table 89 Table 90 Table 91 Table 92 Table 93 Table 94 4112221 Overview Operating Class Temperature Range seen nennen 91 ISO Failure Mode Severity Classification eessssseseeeeeeeennnneenen 92 ECCE 92 Environmental Resistance Stress Test 93 Corrosive Resistance Stress Test 93 Thermal Resistance Cycle Stress Test 94 Mechanical Resistance Stress Tests ssssssssssssssssssseeeeeene entente 94 Handling Resistance Stress Tests Akku 96 Standards Conformity forF X TO 97 Standards Conformity for FX100 ceceeeceeeeeeeeeeeeeeeeaeeeeeeeeseaeeesaaeeeeeeeseeeeescaeeesaeeeeeeeee 97 Applicable Standards and Requirements for EN TOOg sse 98 Applicable Standards and Requirements for FX100 sse 99 Configuration Availability for the FX Gees 106 GSM Antenna Description 106 GPS Antenna DescriptiORl 2 onte aere Ree ne te ciere Eee addere Pere eege dee 107 Serial Data Cable Description ricsina da cb xr EES 107 6 wire Cable Accessory Description 108 Packaging Description eee reet eene nne etn etnies EENE EAN aR 108 Power le RE el TE 109 Rev 7 2 June 19 2013 14 1 Overview The AirLink FX Series is a line of industrial
96. ng with the FX Series 9 6 Checking the PIN Code Status Using a communication software such as HyperTerminal enter AT CPIN to check the PIN code status Refer to the table below for the list of main responses returned Table 58 AT CPIN Main Responses CPIN READY The PIN code has been entered CPIN SIM PIN The PIN code has not been entered 9 7 Echo Function If no echo is displayed when entering an AT Command it could mean either of the following e The local echo parameter of your communication software HyperTerminal is disabled e The FX Series echo function is disabled To enable the FX Series echo function enter the AT Command ATE1 When sending AT Commands to the FX Series using a communication software such as HyperTerminal it is recommended to e Disable the local echo parameter of your communication software e Enable the FX Series echo function use the ATE1 command In a machine to machine communication with the FX Series it is recommended to disable the FX Series echo function using the ATEO AT command in order to avoid useless embedded module processing 9 8 Enabling Disabling the Flash LED The FX Series has a red LED indicator that shows the status of the GSM network It is possible to disable this LED during Sleep mode in order to reduce power consumption Using a communication software such as HyperTerminal enter e AT WHCNF 1 0 to deactivate Flash LED e AT WHCNF 1 1 to act
97. ntation B Firmware Upgrade Procedure Reference WM SW GEN UGD 001 4112221 Rev 7 2 June 19 2013 102 18 List of Abbreviations Abbreviation Definition AC Alternating Current ACM Accumulated Call Meter AMR Adaptive Multi Rate AT ATtention prefix for Wireless CPU commands CLK CLocK CMOS Complementary Metal Oxide Semiconductor CS Coding Scheme CTS Clear To Send dB Decibel dBc Decibel relative to the Carrier power dBi Decibel relative to an Isotropic radiator dBm Decibel relative to one milliwatt DC Direct Current DCD Data Carrier Detect DCE Data Communication Equipment DCS Digital Cellular System DSR Data Set Ready DTE Data Terminal Equipment DTMF Dual Tone Multi Frequency DTR Data Terminal Ready EEPROM Electrically Erasable Programmable Read Only Memory EFR Enhanced Full Rate E GSM Extended GSM EMC ElectroMagnetic Compatibility EMI ElectroMagnetic Interference ESD ElectroStatic Discharges ETSI European Telecommunications Standards Institute FIT Series of connectors micro FIT FR Full Rate FTA Full Type Approval GCF Global Certification Forum GND GrouND GPIO General Purpose Input Output GPRS General Packet Radio Service GSM Global System for Mobile communications HR Half Rate HSDPA High Speed Downlink Packet Access HSPA High Speed Packet Access HSUPA High Speed Uplink Packet Access Input 4112221 Rev 7 2 June 19 2013 103 User Guide Abbreviation IEC IES IESM IMEI UO LED MAX ME
98. o N eet euro uaina aeaa iaaii ae Ere 82 11 5 2 1 FX Series Configuratii EE 83 11 5 2 2 Equipment GonfIgUratiOnis ico asoni an 83 12 RECOMMENDATIONS WHEN USING THE FX SERIES ON TRUCKG 86 12 1 Recommended Power Supply Connection on Trucks 86 12 2 Technical Constraints on Trucks nennen nene 87 13 FX SERIES ACCESSORIES iaiccenkabaku dina k us cita radit in ii rait a a 88 13 1 Elte Elte ELE 88 13 2 Additional Optional Accessories ssssssssssses eene nnne 88 13 3 Component Recommendations 5 toecr ra nitri Eee re ye Y pce rn eap a pocex ten ee Y sane 89 14 RELIABILITY COMPLIANCE AND RECOMMENDED STANDARDS 90 14 1 fleegt 90 14 2 Applicable Standards Listing sutz cates cette Eder 90 14 3 Environmental Specifications stissi iesiri ette ee i dd diese 91 14 3 1 Function Status GlassifiCation cuiii rrr tte eed breed rte eor deans 92 14 3 2 Reliability Prediction Model 92 14 3 2 1 Life Stress Test 92 14 3 2 2 Environmental Resistance Stress Test 93 14 3 2 3 Corrosive Resistance Stress Test 93 14 3 2 4 Thermal Resistance Cycle Stress Test 94 14 3 2 5 Mechanical Resistance Stress Tests 94 14 3 2 6 Handling Resistance Stress Tests 96 15 CERTIFICATION COMPLIANCE AND RECOMMENDED STANDARDS 97 4112221 Rev 7 2 June 19 2013 User Guide 15 1 Certification Complance esses enne enn nnne trenes 97 doy a MEI ETSI ME 98 15 2 Applicable Standards
99. onmental testing part 2 tests test XB abrasion of markings and EE Si letterings caused by rubbing of fingers and hands IEC60068268 1 0 Environmental testing part 2 tests test dust and sand IEC60068211 3 0 Basic environmental testing procedures part 2 test KA salt mist IEC60068260 2 0 Environmental testing part 2 Test KE flowing mixed gas corrosion test Environmental testing part 2 Test KB salt mist cyclic sodium chloride IEC60068252 2 0 wCOR solution 14 3 Environmental Specifications The FX Series is compliant with the operating classes listed below The ideal temperature range of the environment for each operating class is also specified Table 76 Operating Class Temperature Range Conditions Temperature Range Operating Class A 20 C to 55 C Operating Class B 30 C to 75 C Operating Class C 30 C to 85 C Storage 40 C to 85 C Refer to the Footnotes of Table 42 Real Time Clock Specifications for RTC battery related issues 4112221 Rev 7 2 June 19 2013 91 Reliability Compliance and User Guide Recommended Standards 14 3 1 Function Status Classification The classes reported below comply with the Annex ISO Failure Mode Severity Classification ISO Standard 7637 and Section 1 Note The word function used here only concerns the function performed by the FX Series Table 77 ISO Failure Mode Severity Classifi
100. ons Custom AT command creation a Custom application library creation Standalone operation Interface for embedded applications Library compatible 850MHz 900 MHz E GSM compliant Output power class 4 2W Fully compliant with ETSI GSM phase 2 normal MS Class 10 Class 12 FX100 only PBCCH support Coding schemes CS1 to CS4 Compliant with SMG31bis Embedded TCP IP stack Class 10 Class 12 FX100 only PBCCH support Coding schemes MCS1 to MCS9 Compliant with SMG31bis Embedded TCP IP stack RS232 V 24 V 28 Serial interface supporting Baud rate bits s 300 600 1200 2400 4800 9600 19200 38400 57600 115200 230400 460800 and 921600 Autobauding bits s from 1200 to 921600 2 General Purpose Input Output gates GPIOs available 1 8 V 3 V SIM interface AT command set based on V 25ter and GSM 07 05 amp 07 07 Text amp PDU POINT TO POINT MT MO Cell broadcast e 1800 MHz 1900MHz e Output power class 1 1W e Fully compliant with ETSI GSM phase 2 normal MS Rev 7 2 June 19 2013 19 User Guide Features and Services Features Description e Data circuit asynchronous e Transparent and Non Transparent modes Data e Upto 14 400 bits s e MNP Class 2 error correction e V42 bis data compression UMTS Data Transfer BAND I Il V VI VIII 2100 1900 850 800 900 up to 384kbits s FX100 only e BAND I Il V VI VIII 2100 1900 850 800 900 edo HSDPA Cat 10 up to 14 4Mbit
101. ons GSM Harmonised standard for mobile stations in the GSM 900 and DCS 1800 bands covering essential requirements under article 3 2 of the R amp TTE directive 1999 5 EC 4112221 Rev 7 2 June 19 2013 99 16 Safety Recommendations 16 1 General Safety It is important to follow any special regulations regarding the use of radio equipment due in particular to the possibility of radio frequency RF interference Please follow the safety advice given carefully Switch OFF your Intelligent Embedded Module e When in an aircraft The use of cellular telephones in an aircraft may endanger the operation of the aircraft disrupt the cellular network and is illegal Failure to observe this instruction may lead to suspension or denial of cellular telephone services to the offender or legal action or both e When ata refueling point e When in any area with a potentially explosive atmosphere which could cause an explosion or fire e In hospitals and any other place where medical equipment may be in use Respect restrictions on the use of radio equipment in e Fuel depots e Chemical plants e Places where blasting operations are in progress e Any other area where signalization reminds that the use of cellular telephone is forbidden or dangerous e Any other area where you would normally be advised to turn off your vehicle engine There may be a hazard associated with the operation of your FX Seriesclose to inadequately
102. ot access to the embedded module except for FX100 e 2 8V supply from the FX Series e 4V supply from the FX Series e 2 8V Digital supply from the embedded module e 1 8V Digital supply from the embedded module e Access to 4 75 to 32V DC IN 1 6 Environmental Compliance 1 6 1 ROHS Directive Compliant The FX Series is compliant with RoHS Directive 201 1 65 EC which sets limits for the use of certain restricted hazardous substances This directive states that from 1st July 2006 new electrical and electronic equipment put on the market does not contain lead mercury cadmium hexavalent chromium polybrominated biphenyls PBB or polybrominated diphenyl ethers PBDE 1 6 2 Disposing of the Product This electronic product is subject to the EU Directive 2002 96 EC for Waste Electrical and Electronic Equipment WEEE As such this product must not be disposed of at a municipal waste collection point Please refer to local regulations for directions on how to dispose of this product in an environmental friendly manner 4112221 Rev 7 2 June 19 2013 18 2 Features and Services This section enumerates the features and services available on the FX Series 2 1 Features and Services Refer to the table below for the list of basic features available on the FX Series Table 4 4112221 FX Series Basic Features Open AT Application Framework programmable Native execution of embedded standard ANSI C applicati
103. perating GCOnditlone s aou uidi cenizas aa Tata usta deietan dniae direis 50 Table 41 PX Series LED Status cccaccevecevocacaesusctsnces cancedsiag EASEE EE Eege ee 51 Table 42 Real Time Clock Specifications 52 Table 43 50 pin X Card Connector Be e 53 Table 44 Basic Features of FXTEO2 Ethernet X card esiti eed secede eee 56 Table 45 10 pin Interface Socket Description AE 58 Table 46 Mechanical Characteristics essent nennen 58 Table 47 Electrical Characteristics essent 58 Table 48 Extra Current Consumption from DC IN Source Typical seeeesss 58 Table 49 Basic AT Commands to Use with the FX Series eenseseeseeenesirssenssirssessrnssressressrne 66 Table 50 aissi Valus ee e 67 Table 51 AT CREG Main Reponses ccccccceeseeceeeeeeeeeeecaeeeeaeeseeeeeseaeeesaaeeeceeeseeeescaeeesaeeeeeees 67 Table 52 AT WMBS Main Heponses sse nnne enses nnne nennt nnns en nenas 67 Table 53 AT WUBS Main Heponses nnne nnne entren reset ntrn sen aiai 68 Table 54 AT2WWSM Main Reponses sese enne snnt enne senis nnne nens 68 Table 55 AT WMBS Band Selection eene 68 Table56 AT4WUBS B nd Sel6Ctioh ettet tradat re roe sa pata Pa pace ne tae nep Ya educ nere a ruia 69 Table 57 AT WWSM Cellular Network Setting AA 69 Table 58 AT CPIN Main Responses sssini ensien eaaa 70 Table 59 Main AT Commands used for the FX Gees 71 Table 60 No Communications with th
104. product images throughout the document from blue to red plate Added a footnote after Table 3 FX Series Variants stating that FXT001 and FXTO002 are being replaced by FXTO009 Added information and notes specific to FXT004 throughout the document Updated Figure 4 FXT009 Mechanical Drawing Added information about the EC0020 X card throughout the document Power Consumption tables e Updated Table 66 Power Consumption of FXT009 in Connected Mode with Serial Port ON and Flash LED Activated typical values e Added FXT004 Power Consumption Updated Table 73 List of Recommended Accessories Updated Figure 44 FX Series Product Label Changed small MS to normal MS in Table 4 FX Series Basic Features Added 16 way IO Cable with color coded wires shown updated 16 way IO Expander Description Updated naming conventions Sierra Wireless Software Suite to Open AT Application Framework Plug Ins to Libraries Updated e Legal boilerplates e Naming conventions e Section 17 Reference Documents e Typo Non Connected mode to Connected mode in Table 41 FX Series LED Status Updated e 15 1 Certification Compliance e Typo in Table 41 FX Series LED Status e Reference documentation list in section 17 Reference Documents Added section 15 1 1 UL Listed Added FX100 information Updated section 1 6 1 RoHS Directive Compliant Removed outdated FX Series variants Updated e Table 1 FXT009 and FX100 Feature Comparison formatting e 5
105. ption Pin CMIC1P Analog Microphone positive input CMIC1N Analog Microphone negative input Table 16 Equivalent Circuits of CMIC DC Equivalent Circuit AC Equivalent Circuit R Z CMICxP CMICxP CMICXxN MIC CMICxN R Z GND GND 4112221 Rev 7 2 June 19 2013 CA 8 User Guide Interfaces Table 17 Electrical Characteristics of CMIC for FXTOO9 Parameters Min Typ Max Unit MIC 2 2 1 2 2 V Internal biasing TE MEE TE MH tput t 0 5 1 5 A DC Characteristics Output current 05 15 mA R 1650 1900 2150 Q Z CMICxP CMICXN Open 1 1 1 3 1 6 Z CMICxN CMICxP Open AC Characteristics Z CMICxP kQ 2 CMICxN GND 00 Hz lt F lt 4 kHz is T Z CMICxN CMICxP GND Impedance between CMICxP and CMICXN s 1 6 2 AT VGT 3500dB 13 8 Working voltage E S S VGT 2 B 77 V CMICxP CMICXN AT VGT 20008B 775 mVrms AT VGT 700dB 346 Maximum rating voltage Positive fi 8 CMICxP or CMICxN Negative 0 9 The input voltage depends of the input micro gain set by AT command Refer to document 1 Open AT Application Framework AT Commands Interface Guide 7 Because CMICxP is internally biased it is necessary to use a coupling capacitor to connect an audio signal provided by an active generator Only a passive microphone can be directly connected to the CMICxP and CMICXN inputs Table 18 Electrical Characteristics of CMIC for FX100
106. r its accessories could generate sparks Sparks in such areas could cause an explosion or fire resulting in bodily injuries 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 terminal or accessories Before using your terminal 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 4112221 Rev 7 2 June 19 2013 113 ty SIERRA WIRELESS
107. r the equipment s used and the FX Series settings 4112221 Rev 7 2 June 19 2013 82 User Guide Power Consumption 11 5 2 1 FX Series Configuration The FX Series software configuration is performed by selecting the operating mode to use in performing the measurement A description of the operating modes and the procedures used to change operating modes are given in the appendix of documents 1 Open AT Application Framework AT Commands Interface Guide and 2 AirPrime SL808xT and Q2698 Open AT Framework Commands Interface Guide Refer to the following list for the available operating modes of the FX Series e Active Idle Mode e Sleep Idle Mode e Active Mode e Sleep Mode e Connected Mode e Transfer Mode class 8 4Rx 1Tx in GPRS mode e Transfer Mode class 10 3Rx 2Tx in GPRS mode e Transfer Mode class 12 1Rx 4Tx in GPRS mode for FX100 only e Transfer Mode class 8 4Rx 1Tx in EDGE mode e Transfer Mode class 10 3Rx 2Tx in EDGE mode e Transfer Mode class 12 1Rx 4Tx in EDGE mode for FX100 only e Connected Mode in UMTS mode for FX100 only e Data Transfer in UMTS mode and HSxPA mode for FX100 only Note The USB port must be deactivated to enter Sleep Mode 11 5 2 2 Equipment Configuration The communication tester is set according to the FX Series operating mode Paging during idle modes Tx burst power RF band and GSM DCS GPRS may be selected on the communication tester Refer to the fo
108. rd MODIFICATION DATE Auro RESP STATUS 19 03 10 E Cae a Sie nied ara ETAIL SCALE 3 000 PCB WIDTH 35 mm SEE DETAIL FORMAT Ad anda aia pam rawing Ne SIERRA AUTHOR JANES XIE WIRELESS RESPONSE a mr Deem amm Pnem PRO ENG INEER Part Name Figure 32 Suggested X card Dimension 4112221 Rev 7 2 June 19 2013 55 User Guide X card 7 4 FXTEO2 Sierra Wireless manufactures an Ethernet X card called FXTEO02 which is supported by the FX Series The basic features of the FXTE02 Ethernet X card are summarized in the table below Table 44 Basic Features of FXTEO2 Ethernet X card Open AT Application Framework programmable e Native execution of embedded standard ANSI C applications e Custom AT command creation e Custom application library creation Standalone operation e IEEE 802 3 Compatible e Integrated MAC and 10 BASE T PHY e Receiver and collision squelch circuit e Supports one 10BASE T port e Supports Full and Half Duplex modes Shielded RJ 45 AT command set based on V 25 or later and GSM 07 05 amp 07 07 Interface for embedded application 7 4 1 FXTEO 2 Ethernet X card Installation Ethernet Expansion Card RJ45 Interface Cable Spring Backplate Screws Figure 33 FXTEO2 Ethernet X card Installation on the FX Series 4112221 Rev 7 2 June 19 2013 56 User Guide 7 4 2 Board Architecture Ethernet Controller FX Series Mot
109. ries factory settings are e Data bits 8 e Parity none e Stop bits 1 e Baud 115200 bps e Flow control hardware Close the interfering program 10 2 Receiving ERROR The FX Series returns an ERROR message in reply to an AT command in the following cases e The AT command syntax is incorrect In this case check the command syntax refer to documents 1 Open AT Application Framework AT Commands Interface Guide and 2 AirPrime SL808xT and Q2698 Open AT Framework Commands Interface Guide for more information e The AT command syntax is correct but was transmitted using the wrong parameters 4112221 Rev 7 2 June 19 2013 72 User Guide Troubleshooting the FX Series Enable the verbose error report method to see the error codes associated with the command syntax e Enter the AT CMEE 1 command in order to change the error report method to the verbose method which includes the error codes e Re enter the AT command which previously caused the reception of an ERROR message in order to get the Mobile Equipment error code When the verbose error report method is enabled the response of the FX Series in case of error is either e CME ERROR error result code or e 4CMS ERROR error result code Refer to documents 1 Open AT Application Framework AT Commands Interface Guide and 2 AirPrime SL808xT and Q2698 Open AT Framework Commands Interface Guide for more information on the error result
110. s FX100 only i E e HSUPA Cat 6 up to 5 76Mbits s FAX FXT009 only Automatic fax group 3 class 1 and class 2 e Echo cancellation e Noise reduction Audio e Full Rate Enhanced Full Rate Half Rate operation and Adaptive Multi Rate FR EFR HR AMR e Dual Tone Multi Frequency function DTMF Note that this can be supported by FX100 with Firmware 7 52 A1 or later 2 2 Supported Bands The FX Series come in two variants supporting various bearers and bands The FXTO009 is a quad band programmable modem that support either EU bands EGSM900 DCS1 800 or US bands GSM850 PCS1 900 Users may switch from one supported band to another by using AT commands The FX100 is also a quad band EGSM900 DCS1800 GSM850 PCS1900 that also supports penta band UMTS HSPA WCDMA FDD 2100 1900 850 800 900 Band I Il V VI and VIII Band selection is done automatically without having to switch manually using AT commands Refer to sections 9 4 Checking the Band Selection and 9 5 Switching Bands for more information regarding switching bands 2 3 X card Interface The FX Series offers a 50 pin X card interface accessible to customers It is an additional interface for customers to expand their application features by simply plugging in an X card through the mating connector of the X card interface Refer to section 7 X card for more information about the X card supported by the FX Series 4112221 Rev 7 2 June 19 2013 20 User Guide Featur
111. ss Watcher is a registered trademark of NETGEAR Inc used under license Windows and Windows Vista are registered trademarks of Microsoft Corporation Macintosh and Mac OS X are registered trademarks of Apple Inc registered in the U S and other countries QUALCOMM is a registered trademark of QUALCOMM Incorporated Used under license Other trademarks are the property of their respective owners Contact Information 1 604 232 1488 8 00 AM to 5 00 PM Pacific Time sales sierrawireless com Sales Desk Sierra Wireless 13811 Wireless Way Richmond BC Canada V6V 3A4 Technical Support support sierrawireless com RMA Support repairs sierrawireless com Fax 1 604 231 1109 Web www sierrawireless com Post Consult our website for up to date product descriptions documentation application notes firmware upgrades troubleshooting tips and press releases www sierrawireless com 4112221 Rev 7 2 June 19 2013 User Guide Document History Version Date Updates 001 November 23 2009 Creation Updated Charging Specification to specify which charging method takes precedence when both options are available Added section 14 Reliability Compliance and Recommended Standards Removed Appendix C and moved its former contents to section 15 Certification Compliance and Recommended Standards Updated Figure 5 FX100 Mechanical Drawing Updated terminologies from ga April 2
112. t Interface sessssssssssssssseseeeeene enne enhn nnns nnne nnne 28 Power Supply Connector tuc toot Er ter eee feegegk Edge E pcc ene du RE x Race a ees reg 28 Equivalent Circuit of Vi Vref 2 8V ieeieeee reete eere e Ra a Ra 30 Equivalent Circuit of Vig Vref 2 8V eee isnse enirn ente r a aaa ae Vera ann aane Rr nang 30 Equivalent Circuit of Vo Vref 2 8V ssssssssssssssssseseeneeen enne enne 30 Equivalent Circuit of Voy Vref 2 8V sesssssssssssseseseeeneeren enne 31 Equivalent Circuit of Vi Vref gt 2 8V sssssssssssssesesseeene enne enne nnns 31 Equivalent circuit of Vig E ER EE 31 Equivalent circuit of Vo Vref gt 2 8V iessen oend sukatin aaa nnne 32 Equivalent circuit of Vou Vref gt 3 8NM eene rennen 32 15 Pin Geet DEET vierge ture rre rre iere oce gege secura bee En runt 34 RS232 Serial lte TEE 35 V24 Serial Link Implementation for a 5 wire UART ssseesssesseesseeesneesrnesrnernernesrnsernsens 36 V24 Serial Link Implementation for a 4 wire UART sse 36 V24 Serial Link Implementation for a 2 wire UART ssseesssesseesssessnnssrnesrnesrnesrnesrnsennsens 37 Equivalent Circuit Of CS PK cioe t deett ta Sates decere Re A Eed eri d Mites pear eus 40 Mini B USB Conpneetog 5 recette nd Cerco aep etse rte cedi a Eo ba eal EENEN 42 FX Series Back Interface 43 Main RF GOHBOCIOF cei octeuet e doctr rete poet deeper oe neret poscere epe een
113. t Sequence Diagram Another solution is to use the AT WIND command to get an unsolicited status from the FX Series Refer to documents 1 Open AT Application Framework AT Commands Interface Guide and 2 AirPrime SL808xT and Q2698 Open AT Framework Commands Interface Guide for more information regarding AT commands 6 4 LED Status Indicator The FX Series has a red LED that indicates the current operational status of the device Table 41 FX Series LED Status FX Series State LED Status FX Series Status The FX Series is switched ON but not Permangnty ightea registered in the network Flashing slowl g d The FX Series is switched ON and is registered in a network Idle mode LED is ON for 200ms OFF for 2s Flashing rapidly ON The FX Series is switched ON and is LED is ON for 200ms OFF for registered in a network Connected mode 600ms Very quick flash The FX Series is switched on and the software downloaded is either corrupted or LED is ON for 100ms OFF for non compatible BAD SOFTWARE 200ms The FX Series is either switched OFF or OFF OFF the Flash LED has been disabled by the user The Flash LED can be disabled by the user when in Sleep mode in order to save power consumption Refer to section 9 8 Enabling Disabling the Flash LED and documents 1 Open AT Application Framework AT Commands Interface Guide and 2 AirPrime SL808xT and Q2698 Open AT Framework Commands Interface Guide
114. ting research had been reviewed and after compliance to all applicable safety standards had been tested it has been concluded that the product was fitted for use If you are concerned about exposure to RF energy there are things you can do to minimize 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 terminal efficiently by following the below guidelines 21 1 3 Efficient Terminal Operation For your GSM terminal to operate at the lowest power level consistent with satisfactory call quality If your terminal has an extendible antenna extend it fully Some models allow you to place a call with the antenna retracted However your GSM terminal operates more efficiently with the antenna fully extended Do not hold the antenna when the terminal is IN USE Holding the antenna affects call quality and may cause the modem to operate at a higher power level than needed 4112221 Rev 7 2 June 19 2013 111 Safety Recommendations For User Guide Information Only 21 1 4 Antenna Care and Replacement Do not use the GSM terminal 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 quali
115. tion for Standardization 14 2 Applicable Standards Listing The table hereafter gives the basic list of standards applicable to the FX Series Note References to any features can be found from these standards Table 75 Applicable Standards and Requirements for the FX Series Current Document Version Title IEC6006826 7 0 Environmental testing Part 2 6 Test FC Sinusoidal Vibration Basic environmental testing procedures part 2 Test FD random vibration IEC60068234 73 wide band general requirements Cancelled and replaced by IEC60068 2 64 For reference only Environmental testing part 2 64 Test FH vibration broadband random and IEC60068264 2 0 guidance Basic environmental testing procedures part 2 Test ED procedure 1 Withdrawn amp replaced by IEC60068 2 31 For reference only Environmental testing part 2 31 Test EC rough handling shocks primarily for equipment type specimens IEC60068232 2 0 IEC60068231 2 0 Basic environmental testing procedures part 2 Test EB and guidance IEC60068229 2 0 bump Withdrawn and replaced by IEC60068 2 27 For reference only IEC60068227 4 0 Environmental testing part 2 27 Test EA and guidance shock IEC60068214 6 0 Environmental testing part 2 14 Test N change of temperature IEC6006822 5 0 Environmental testing part 2 2 Test B dry heat IEC6006821 6 0 Environmental testing part 2 1 Test A cold Environmental testing part 2 30
116. ty This FX Series is under your responsibility Please treat it with care respecting all local regulations It is not a toy Therefore keep it in a safe place at all times and out of the reach of children Try to remember your Unlock and PIN codes Become familiar with and use the security features to block unauthorized use and theft 4112221 Rev 7 2 June 19 2013 101 17 Reference Documents For more details several reference documents can be consulted The Sierra Wireless documents referenced herein are provided in the Sierra Wireless documentation package however the general reference documents which are not Sierra Wireless owned are not provided in the documentation package Visit the Sierra Wireless Developer Zone at hitp developer sierrawireless com for the latest documentation available 17 1 Firmware Documentation 1 Open AT Application Framework AT Commands Interface Guide Reference WM DEV OAT UGD 079 version 11 or higher 2 AirPrime SL808xT and Q2698 Open AT Framework Commands Interface Guide Reference 4112152 3 AirPrime Q26Elite Software User Guide and AT Command Manual Reference 4111803 4 Customer Release Notes for Firmware 7 50 A2 Reference 4112261 17 2 X card Documentation 5 X card Product Technical Specification Reference WA DEV FEX20 PTS 004 6 FXTEO2 User Guide Reference 4112217 7 FXTEO2 Installation Guide Reference WA DEV FEX20 UGD 009 17 3 Firmware Upgrade Docume
117. uide Using the FX Series 5 Connect the GPS antenna to the GPS RF connector Note This step is only applicable to the FX100 6 Connect the serial cable and screw both sides 7 Connect the USB cable 8 Plug the 6 wire cable accessory into the FX Series and switch on the external power supply source Refer to section 9 10 Main AT Commands for the FX Series for the list of main AT Commands used to configure the FX Series Note For automotive applications it is recommended to connect the DC IN line of the FX Series directly to the positive terminal of the battery 4112221 Rev 7 2 June 19 2013 62 User Guide Using the FX Series 8 2 1 Inserting the SIM Card In order to insert the SIM card into the FX Series follow the procedures below 1 Prepare the SIM card in the correct position as shown in the figure 2 Slide the SIM card into the SIM holder 3 Use a tool to help push the SIM card into the SIM holder Push the SIM card all the way in until you hear a clicking sound 4 Slide the SIM lock switch to lock the SIM card in the FX Series 4112221 Rev 7 2 June 19 2013 63 User Guide Using the FX Series 8 2 2 Extracting the SIM Card In order to extract the SIM card from the FX Series follow the procedures below 1 Open the SIM lock switch by sliding it to the left 2 Useatool to further push the SIM card into the SIM holder Push until you hear a clicking sound 3 The SI
118. wer supply connection of the FX Series must never be directly connected to the truck battery 12 1 Recommended Power Supply Connection on Trucks All trucks have a circuit breaker on the exterior of the cabin The circuit breaker is used for safety reasons if a fire blazes in the trucks for example on the wiring trunk the driver may cut the current source to avoid any damage explosion The circuit breaker is connected to the truck ground most often associated with the fuse box Most truck circuit breakers do not cut the Positive Supply line of the battery but cut the ground line of the latter Starter Engine Command Roof Antenna Starter Engine 2 5A fuse Coaxial Cable RF Connection Car Battery Circuit Breaker Figure 41 Recommended Power Supply Connection on Trucks The figure above shows the recommended power supply connection where the ground connection of the FX Series is not directly connected to the battery but is connected after the Circuit Breaker on the truck ground or the fuse box 4112221 Rev 7 2 June 19 2013 86 Recommendations when Using the FX User Guide Series on Trucks 12 2 Technical Constraints on Trucks It is highly recommended to directly connect the power supply on the circuit breaker rather than on the battery The FX Series may be damaged when starting the truck if the circuit breaker is switched OFF in this case the truck ground and the battery ground will be connected through

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