Sierra Wireless EM5625D Embedded Wireless Radio Modem User Manual Universal Development Kit Hardware Users Guide

Sierra Wireless Inc. Embedded Wireless Radio Modem Universal Development Kit Hardware Users Guide

User Manual

Universal Development Kit Hardware Users Guide   2130391 Rev 1.1
UNIVERSAL DEVELOPMENT KIT SierraWirelessreservestherighttomakechangesinitsproductswithoutnoticeinordertoimprovedesignorperformancecharacteristics.Thispublicationneitherstatesnorimpliesanywarrantyofanykind,includingbutnotlimitedtoimpliedwarrantsofmerchantabilityorfitnessforaparticularapplication.Theinformationinthispublicationisbelievedtobeaccurateinallrespectsatthetimeofpublication,butissubjecttochangewithoutnotice.SierraWirelessassumesnoresponsibilityforanyerrororomissions,anddisclaimsresponsibilityforanyconsequencesresultingfromtheuseoftheinformationincludedherein.Copyright©2004 SierraWireless.Allrightsreserved. PAGE 2
INTRODUCTION Table of Contents INTRODUCTION......................................................................................................................... 6 OVERVIEW ................................................................................................................................... 6 TERMS AND ACRONYMS .............................................................................................................. 6 REGULATORY INFORMATION............................................................................................. 7 STATEMENT ................................................................................................................................. 7 REQUIREMENTS............................................................................................................................ 7 SAFETY ........................................................................................................................................ 7 User operation requirements.................................................................................................. 7 INTERFACES ................................................................................................................................. 8 DEVELOPMENT KIT CONTENTS .................................................................................................... 9 CONFIGURATIONS ........................................................................................................................ 9 Boxed configuration................................................................................................................ 9 Bench configuration.............................................................................................................. 10 SETUP AND INSTALLATION ................................................................................................ 12 QUICK SETUP ............................................................................................................................. 12 PC CONNECTIONS ...................................................................................................................... 12 POWERING THE DEVELOPMENT KIT ........................................................................................... 13 AC wall cube power.............................................................................................................. 13 DC power.............................................................................................................................. 14 RF CONNECTION ....................................................................................................................... 14 DEVELOPMENT KIT FEATURES ........................................................................................ 16 INTRODUCTION .......................................................................................................................... 16 MODES OF OPERATION ............................................................................................................... 16 Standalone mode................................................................................................................... 16 Host Development mode ....................................................................................................... 17 Extender Mode...................................................................................................................... 18 CEPC mode........................................................................................................................... 19 LED INDICATORS ...................................................................................................................... 21 D10 – 10-segment LED......................................................................................................... 21 D11 – Board power LED...................................................................................................... 22 D12 – Module power LED.................................................................................................... 22 SERIAL INTERFACES................................................................................................................... 23 UART (1~3) - DE9................................................................................................................ 23 UART signals ........................................................................................................................ 23 UART switches...................................................................................................................... 23 UART monitor support.......................................................................................................... 24 XIM interface........................................................................................................................ 26 USB ....................................................................................................................................... 27 SWITCHES .................................................................................................................................. 27 SW2 – Digital control DIP switch ........................................................................................ 27 PAGE 3
SW3 – Anlalog DIP switch.................................................................................................... 29 Typical DIP switch settings .................................................................................................. 29 Reset switch........................................................................................................................... 30 DEBUG HEADERS AND CONNECTORS .......................................................................................... 30 CN11 – UART signal test points........................................................................................... 30 CN12 - MIO (Module Input/Output) signal test points......................................................... 31 CN3 - Analog test points....................................................................................................... 31 CN15 – JTAG header............................................................................................................ 31 CN23 – ISR header ............................................................................................................... 32 J4 – Battery connector.......................................................................................................... 32 J5 – External power switch connector.................................................................................. 32 CN27 - Board-to-board connector........................................................................................ 32 AUDIO TESTING.......................................................................................................................... 35 Using a headset..................................................................................................................... 35 Using a handset..................................................................................................................... 37 RF INTERFACE......................................................................................................................... 38 INTRODUCTION .......................................................................................................................... 38 50Ω CONNECTION ..................................................................................................................... 38 Cables ................................................................................................................................... 39 ANTENNA USE............................................................................................................................ 39 PART NUMBERS.......................................................................................................................... 39 Figures Figure 1 - UDK boxed Configuration........................................................................................... 10 Figure 2 - UDK bench configuration............................................................................................ 11 Figure 3 - Dual UART and USB+UART Configurations............................................................. 12 Figure 4 - RF Connections Diagram............................................................................................ 15 Figure 5 - Standalone mode connection diagram......................................................................... 17 Figure 6 - Extender mode configuration ...................................................................................... 19 Figure 7 – CEPC connection diagram ......................................................................................... 20 Figure 8 - Monitor mode connection example.............................................................................. 25 Figure 9 - Protocol analyzer Y-adapter cable.............................................................................. 26 Figure 11 - Headset schematic implementation ........................................................................... 36 Figure 12 - Pushbutton microphone headset................................................................................ 37 Tables Table 1 – Acronyms and definitions................................................................................................ 6 Table-2 - UDK Interfaces ............................................................................................................... 8 Table 3 - Power switch settings .................................................................................................... 13 Table 4 - VBATT voltage adjustment............................................................................................ 14 Table 5 – Standalone / Host Development mode switch configurations ...................................... 18 Table 6 - Extender mode switch configuration............................................................................. 18 Table 7 - CEPC switch settings .................................................................................................... 19 Table 9 - CEPC Signal Definition ................................................................................................ 20 Table 10 - Primary 10-segment LED map.................................................................................... 21 PAGE 4
INTRODUCTION Table 11 - Secondary 10-segment LED map ................................................................................ 22 Table 12 - D12 power LED states................................................................................................. 22 Table 13 - UART signals............................................................................................................... 23 Table 14 - UART Switch Settings.................................................................................................. 23 Table 15 - UART Monitor Connections........................................................................................ 24 Table 16 - XIM switch settings...................................................................................................... 26 Table 17 - CN25 XIM signal interface.......................................................................................... 27 Table 18 - USB signal interface.................................................................................................... 27 Table 19 - Switch 2 (SW2) settings ............................................................................................... 28 Table 20 - Switch 3 (SW3) Settings............................................................................................... 29 Table 21 - SW2 typical settings..................................................................................................... 29 Table 22 - SW3 Typical Settings................................................................................................... 30 Table 23 - CN11 - UART signal test points .................................................................................. 30 Table 24 - CN12 - MIO signal test points.................................................................................... 31 Table 25 - CN3 - analog test points.............................................................................................. 31 Table 26 - CN15 - JTAG header................................................................................................... 31 Table 27 - CN23 - ISR Header...................................................................................................... 32 Table 28 – J4 Battery connector pinout........................................................................................ 32 Table 29 – J5 External power switch pinout ................................................................................ 32 Table 30 - UDK 100-pin Connector Pinout by EM3420 Function............................................... 33 Table 31 - Audio switch settings................................................................................................... 36 Table 32 - Headset connector pinout............................................................................................ 36 Table 33 - Handset connector pinout............................................................................................ 37 Table 34 - Typical RF Performance Parameters.......................................................................... 38 Table 35 - Connector part numbers.............................................................................................. 39  PAGE 5
Introduction Overview ThisdocumentexplainsthefeaturesandcapabilitiesoftheUniversalDevelopmentKit(UDK).TheUDKisbasedonadevelopmentplatformthatisdesignedtosupportmultiplemembersoftheWirelessEmbeddedModule(EM)productfamily.ThepurposeoftheUniversalDevelopmentKitistoassisttheOEMduringthefollowingproductdevelopmentstages:• InitialEMevaluation• Hostsoftwaredevelopment• PreliminaryhardwareintegrationTerms and Acronyms Table1–AcronymsanddefinitionsAcronym or Term Definition Call Box Test equipment used for CDMA testing, a.k.a. test set CDMA Code Division Multiple Access (digital phone standard) Cellular 800 MHz radio spectrum air interface CW Clock-wise CCW Counter clock-wise dB Decibel = 10 x log10 (P1/P2) (Power dB) Decibel = 20 x log10 (V1/V2) (Voltage dB) dBm Decibels, relative to 1 mW… Decibel(mW) = 10 x log10 (Pwr (mW)/1mW) EM Embedded Module GPS Global positioning system HW Hardware MIO Module Input/Output Modem Modulator – demodulator (the EM) PCS Personal Communication System –spans the 1.9GHz radio spectrum RF Radio Frequency RUIM Removable User Identity Module SIM Subscriber Identity Module UART Universal Asynchronous Receiver Transmitter UDK Universal Development Kit USB Universal Serial Bus xIM Either RUIM or SIM, as the cards themselves are interchangeable  PAGE 6
REGULATORY INFORMATION Regulatory Information Statement Thefollowingsafetyprecautionsmustbeobservedduringallphasesoftheoperation,use,serviceorrepairofanycellularterminalormobileincorporatingtheEM.Manufacturersofthecellularterminaldevicesareadvisedtoconveythefollowingsafetyinformationtousersandoperatingpersonnelandtoincorporatetheseguidelinesintoallsafetystandardsofdesign,manufactureandintendeduseoftheproduct.SierraWirelessassumesnoliabilityforcustomerfailuretocomplywiththeseprecautions.1.TheEMmustbeoperatedatthevoltagesdescribedinthistechnicaldocumentation.2.TheEMmustnotbemechanicallyorelectricallychanged.Useoftheconnectorsshouldfollowtheguidanceofthistechnicaldocumentation.3.TheEMisdesignedtomeettheEMCrequirementsof47CFRPart2andPart15.4.WhenintegratingtheEMintoasystem,SierraWirelessrecommendstestingthesystemtoOETBulletin65SupplementCedition97‐01.Requirements TheFederalCommunicationsCommission(FCC)requiresapplicationforcertificationofdigitaldevicesinaccordancewithCFRTitle47,Part2andPart15.Thisincludeselectromagneticsusceptibilitytesting.AstheEMisnotastand‐alonetransceiverbutisanintegratedmodule,theEMcannotbetestedbyitselfforEMC/EMIcertification.ThisdevicecomplieswithPart15oftheFCCrules.OperationoftheEMissubjecttothefollowingtwoconditions:(1)thisdevicemaynotcauseharmfulinterference,and(2)thisdevicemustacceptanyinterferencereceived,includinginterferencethatmaycauseundesiredoperation.Yourmobiledeviceisalowpowerradiotransmitterandreceiver.WhileON,itreceivesandsendsoutradiofrequency(RF)signals.ThedesignofthismodulecomplieswiththeFCCguidelinesandapplicablestandards.WARNING:Unauthorizedantennas,modifications,orattachmentscouldimpaircallquality,damagetheEM,orresultinviolationofFCCregulations.DonotusetheEMwithadamagedantenna.Pleasecontactyourlocalauthorizeddealerforantennareplacement.Safety User operation requirements Theantennausedforthistransmittermustbeinstalledtoprovideaseparationdistanceofatleast20cmfromallpersonsandmustnotbeco‐locatedoroperatinginconjunctionwithanyotherantennasortransmitters.Apersonorobjectwithin8inches(20centimeters)oftheantennacouldimpaircallquality PAGE 7
andmaycausethephonetooperateatahigherpowerlevelthannecessaryandexposethatpersontoRFenergyinexcessofthatestablishedbytheFCCRFExposureGuidelines.!IMPORTANT!:TheUDKmustbeinstalledwithaminimumseparationdistanceof20cmormorebetweentheantennaandpersonstosatisfyFCCRFexposurerequirementsformobiletransmittingdevices.Thetransmittereffectiveradiatedpowermustbelessthan1.5WattsERP,2.0Wattsor33.0dBmEIRP.Thisrequiresthatthecombinationofantennagainandfeedlinelossdoesnotexceed6.0dBi(Conductedmaxpower+cableloss+Antennagain).Interfaces TheUniversalDevelopmentKitconsistsoftwoprintedcircuitboards,amainboardandadaughtercard.ThemainboardcontainstheinterfacesanddevelopmentfeaturesthatarecommontomultipleEMtypes.ThedaughtercardisdesignedtoadaptagivenEMtypetothemainboard.Thefollowingtabledescribestheinterfacesanddevelopmentfeatures(mainboardonly)availableontheUniversalDevelopmentKit.Table-2 - UDK Interfaces External Interfaces Available Outside of Box USB connector: B-type / USB device 4 UART connectors: 2 or 3 UARTs + 1 or 2 TxD monitors Power on/off switch DC Input jack: +5VDC from universal input AC adapter 2 Power LEDs 10 Status LEDs Reset switch 2.5mm headset jack RJ-14 handset jack Host adapter flat cable connector RF connector for antenna or call-box: TNC female Available on main board only Battery test clips (& battery header) 2 Digital / Logic analyzer headers: GPIO & UART 1 Analog header JTAG debug interface 2 x10 DIP switches: x10 analog / x10 digital XIM socket  PAGE 8
REGULATORY INFORMATION Development Kit Contents TheUniversalDevelopmentKitpackageincludes:• UniversalDevelopmentKitmainboard• UniversalDevelopmentKitdaughtercard• WirelessEmbeddedModule(EM)• Walloutlet110/220VACpowersupply• 2DE9serialcables• CD‐ROMcontainingSierraWirelessToolssoftwareandutilitiesThekitalsoincludesanumberofoptionalcomponents,dependingontheEMtypeorintendeduse:• Antenna–combinationsofcellular,PCSandGPSbandsuponrequest• RFAdapter–specifictotheEMtype• USBcable• Parallelcable–onlyusedforCEPCinterface• Headset–withpush‐to‐talkbutton• DualUARTadapter–supports230kbps• Metalenclosure–optional,typicallyusedfordemonstrationorcertificationConfigurations Boxed configuration Theboxed(demo)configurationisshownbelow.Youmustspecifythisdeliveryoptionatthetimeofordering.Notethatthisconfigurationisnotpreferablefordevelopmentuse,sinceonlyasubsetoftheinterfacesisavailable.ItisintendedforinitialEMevaluationordemonstrationonly.Thediagrambelowdepictsalloftheavailableinterfacesandindicatorsfortheboxedconfiguration,andisshownwiththelidoffforclarity.NotethattheinternalRFcableconnectseithertotheSMAortotheTNCbulkheadadapter,notboth. PAGE 9
Figure1‐UDKboxedConfigurationTxDn See UART monitor support on page 24. USB. See USB on page .27. UART1 See UART signals on page 23. UART2 See UART signals on page 23. UART3 See UART signals on page 23. TNC Adapter. (Typically not installed) See 50Ω Connection on page 38. SMA Adapter. See 50Ω Connection on page 38. UDK Power LED. See D11– Board power LED on page 22. Module Power LED. See D12 –Module power LED on page 22. Wall Cube Input. See AC wall cube power on page 13. Reset Button. See Reset switch on page 30. Headset Jack. See Using a headset on page 35. Handset Jack. See Using a handset on page 37. Bench configuration Thebenchconfigurationisthemostcommon‐usedconfiguration.Thisisanopen‐boardconfigurationwithaccesstoalldevelopmentfeatures.TheEM3420DaughterCardisshowninthediagramasanexample.Theembeddedmodule’sRFadaptercanalsobeaccesseddirectlyinthisconfigurationinordertominimizeRFlosses.TheseadditionalinterfacesareshowninFigure2‐UDKbenchconfiguration PAGE 10
SETUP AND INSTALLATION Figure2‐UDKbenchconfigurationCEPC / Parallel Interface. See page 19. EM RF Adapter. See page 38. SMA Adapter. See page 38. EM3420 Daughter Card RUIM Connector. See page 24. Battery Header. See page 32. MIO Header See page 31. Digital / Control DIP Switch. See page 27. UART Header. See page 30. MSM JTAG Header. See page 31.Analog Header. See page 31. Analog / Control DIP Switch. See page 29. CPLD Program Header. See page 32. 10x DIP LED. See page 21. PAGE 11
Setup and Installation Quick setup Tosetupandinstallthedevelopmentkit:1.ConfiguretheUDKDIPswitchesforStandaloneMode.SeeTypicalDIPswitchsettingsonpage29.Theboxedconfigurationhaspre‐configureddefaultsettings.2.ConnecttheDevelopmentKittoaPC(orotherhost)viaserialcable(s).3.PlugthewalloutletpowerbrickACcableintoanACreceptacle,thenplugtheDCcableintothedevelopmentkit.4.ConnectthecablefromthedevelopmentkitSMARFconnectortothecallboxorCDMAemulator;pleasecontactSierraWirelessApplicationsEngineeringforadditionalsetupinformation.PC connections ThedevelopmentkitmaybeconnectedtoaPCinadualUARTconfigurationorUSB+singleUARTasillustratedbelow.AUSB‐onlyconfigurationisnotshown.Figure3‐DualUARTandUSB+UARTConfigurationsUniversal Dev KitDaughter CardUART 1DC InputWallCubeUART 2Serial Cable(s)EMUSBUART 3 TxDnSW2SW3Data Control PAGE 12
SETUP AND INSTALLATION Universal Dev KitDaughter CardUART 1DC InputWallCubeUART 2Serial Cable(s)EMUSBUART 3 TxDnSW2SW3Data ControlNotethat“COMA”and“COMB”labelsareusedonthehostPCintheabovediagram.ThisistoidentifythephysicalCOMportsandshouldnotbeconfusedwiththeCOMportnumberassignedbyWindows.Powering the Development Kit Therearetwooptionsforpoweringthedevelopmentkit,usinganAC“wall‐cube”orDCpowerfromanexternalpowersupply.AC wall cube power WhenusingtheAC“wall‐cube”,theDCoutputjackfromthewall‐cubeconnectstothe“DCInput”jackonthedevelopmentkit,CN5.Ifthe“wall‐cube”suppliedwiththeDevPlatformisnotsuitable,anotherwall‐cubemaybeusedsolongasithasa5Voutputratedforatleast2Ampswiththejackbarrelexteriorgroundedand5Vonthebarrelinterior.WhenusingtheUDKinthepackagedconfiguration,SwitchSW2‐1mustbeintheOFFposition,asthisisinparallelwiththebox‐mountedpowerswitch.TurningSW2‐1ONover‐ridestheexternalswitch.Table3showstherequiredswitchsettingswhenusingwall‐cubepower.Table3‐Powerswitchsettings SW2-1 External Power Switch Module Power State OFF X OFF Bench Configuration ON X ON OFF OFF OFF OFF ON ON Boxed Configuration ON X ON PAGE 13
Whenusingthewallcubeinput,thereare2settingsforbatteryvoltage.SW3‐8isclosedtosetthevoltagetoanominalvalue(~3.9V).Thisisthedefaultsetting,andshouldbeusedinmostcases.Whenopen,thevoltagecanbeadjustedusingR394fortestinglow‐orhigh‐batteryvoltageconditions.Adjustmentrangesbetween3.0V~4.5V,asshowninTable4.ToadjusttheVBATTvoltage,measureatTP17&TP18andadjustR394.NotethatSW3‐8mustbeOFFinordertoadjustVBATTvoltageaccordingtothetable.Table4‐VBATTvoltageadjustmentSW3-8 R394 VBATT Voltage ON X ~3.9V OFF Full CCW ~3.0V OFF Full CW ~4.5V DC power IfusingaDCpowersourcewithoutajackconnector,theDCvoltagemustbebetween3.6Vand4.2Vandratedforatleast2amps.TheDCvoltagemustbeconnectedtothedevelopmentkitonTP17(VBATT)andgroundmustbeconnectedonTP18.Inthisconfiguration,SW2‐1mustbeturnedOFF.RF Connection TheboxedconfigurationconnectstoaCDMAcallboxorotherRFtestequipmentviatheexternalSMAconnector.Forthebenchconfiguration,therearetwooptions.1.UsetheSMAconnectorattheendofthedaughtercard.Thisprovidesthemostcommonlyavailableconnectortype,sonospecialRFadaptersarerequired.2.Directconnection.TheEM’sRFconnectorprovidesminimalRFlosses,butrequiresaspecialRFadapter.TheadaptertypedependsontheEMmodelissuppliedwithyourUDK.Bothconfigurationsareshownbelow,withOption1showninblueandOption2inviolet. PAGE 14
SETUP AND INSTALLATION Figure4‐RFConnectionsDiagramUniversal Dev KitDaughter CardUART 1DC InputUART 2EMUSBUART 3 TxDnSW2SW3CDMACall BoxSMA / SMAU.FL / U.FLSMA / SMA??? / SMAFormoredetailedinformationontheRFinterfacefortheUDK,see50ΩConnectiononpage38. PAGE 15
Development Kit Features Introduction Thedevelopmentkitincludesanumberofswitchesforvariouscontrolsandconfigurationoptions.Thissectiondiscussestheseswitches,LEDindicatorsandthevariousdevelopmentkitheadersandconnectors.Modes of operation Thedevelopmentkitsupportsfourmodesofoperation:standalonemode,hostdevelopmentmode,extendermodeandCEPCmode.Inallmodesofoperation,theembeddedmoduleismountedonthedevelopmentkitdaughtercard,whichisspecificallydesignedforagivenEMmodel.• Standalonemodeallowsforoperationofthemoduleindependentofthetargethostsystem.Theinterfaceprotocolisforcedto“DM”protocol,allowingcommunicationwiththelowest‐leveldevelopmenttools.• HostDevelopmentmodealsoallowsthemoduletooperateindependentlyofthetargethostsystem,howevertheprotocoliscompatiblewiththetargethostdevice.• Extendermodeassistswithhardwareandsoftwareintegrationofthemoduleintothetargethostsystem.• CEPCmodeallowsaspeciallyconfiguredPCtocontrolhost‐modemhandshakingsignalsandpowercontrolduringearlystagesofWindowsCEdevelopment.EachmodeofoperationisrequiredtosatisfytheinterfacerequirementsoftheEMmodelbeingused.See“EmbeddedModuleHardwareIntegrationGuide”fordetailsonhost‐modemhandshaking.ByenablingtheModuleWakeDIPSwitchSW2‐6(seeSW2–DigitalcontrolDIPswitch),theUDKassertsthenecessarysignalstokeeptheEMcommunicatingwiththehostplatform.PleaseseethetablesunderheadingSW2–DigitalcontrolDIPswitchforthetypicalswitchsettingsforeachmode.Standalone mode Standalonemodeisintendedforproductevaluationandearlydevelopmentindependentofthetargethostsystem.Instandalonemode,aPCorotherhostcancommunicatewiththedevelopmentkitviaserialports.Usethesameserialportconfigurationdescribedlaterinthisdocument.Standalonemodealsosupportsaudiotestcapabilityviaa2.5mmheadsetjackandRJ‐11handsetjack.Tosetthedevelopmentkitforstandalonemode,SwitchesSW2.6andSW2.7mustbeturnedONbeforeresettingthemodule(viaSW1).ItisrecommendedtousethedefaultswitchsettingsasshownunderTypicalDIPswitchsettingsonpage29. PAGE 16
DEVELOPMENT KIT FEATURES SettingSW2.6andSW2.7forStandalonemodeandresettingthemodule,forcestheserialinterfacetousethe“DM”protocolwhichiscompatiblewiththelow‐leveldebugtools.ThisistrueformodulesusingeitherCnSorHIprotocols.SeeFigure5foranexampleofstandaloneoperationfortheDualUARTconfiguration.Figure5‐StandalonemodeconnectiondiagramUniversal Dev KitDaughter CardUART 1DC InputWallCubeUART 2Serial Cable(s)EMUSBUART 3 TxDnSW2SW3Data Port Control PortHost Development mode HostDevelopmentmodeisintendedforhostprotocoldevelopmentindependentofthetargethostsystem.InHostDevelopmentmode,aPCorotherhostcancommunicatewiththedevelopmentkitviaserialports.Usethesameserialportconfigurationdescribedlaterinthisdocument.HostDevelopmentmodealsosupportsaudiotestcapabilityviaa2.5mmheadsetjackandRJ‐11handsetjack.TosetthedevelopmentkitforHostDevelopmentmode,SwitchesSW2.7mustbeturnedOFFbeforeresettingthemodule(viaSW1).IMPORTANT!SwitchSW2.6canbeturnedeitherONorOFFduringreset,butmustbeturnedOFFforthemoduletofullypowerdownatanytime! PAGE 17
TheconnectiondiagramisthesameasthatshownforStandaloneMode.ThetablebelowshowstheeffectofswitchesSW2‐6andSW2‐7followingamodulereset.Thestatesshowninthistablearevalidonlywhenhandshakingisenabled.Table5–Standalone/HostDevelopmentmodeswitchconfigurationsOperating Mode SW2-6 Module Wake SW2-7 Host Status Behavior Standalone Mode ON ON DM Protocol; communication channel never closes Host Development Mode ON / OFF OFF CnS or HI Protocol; communication channel follows the state of MODULE_WAKE Extender Mode Inextendermode,ablank“EMPod”isinstalledinthetargethostinplaceoftheEM.This“dummy”moduleprovidesaflexcableconnectiontothedevelopmentkit,butnoEMcircuitry.Inthisarrangement,theEMonthedevelopmentkitispoweredandcontrolledbythetargethost.Thismodeofoperationallowsforprobinganumberofthesignalsonthemodulehostinterfaceconnector.AdditionallytheserialportscanbeconfiguredtoallowmonitoringofRXandTXcommunicationdirectionsforbothportsusingaserialportanalyzer.Twocontrolswitchchanges(fromstandalone/hostdevelopmentmodes)arerequiredtosupportextendermode.Thedevelopmentkitmainboardwillreleasetherequiredcontrol/handshakingsignalswhentheflexcableisdetected,dependingonthepositionoftheModuleWake&HostStatusswitches.Analogswitchesrequiringsetupareforbatteryconnectionandmonitoring.Theseoptionsareshowninthefollowingtable:Table6‐ExtendermodeswitchconfigurationSwitch Position Signal OFF ON SW2-6 MODULE_WAKE Tri-states Module Wake signal to the EM, allowing these to be controlled by the Host. Drives Module Wake signal to the EM, forcing control channel ON SW2-7 HOST_STATUS Tri-states Host Status signal to the EM, allowing these to be controlled by the Host. Drives Host Status signal to the EM, forcing control channel ON SW3-9 AUXV0 ↔ VBATT Isolates AUXV0 pin on EM connector Connects VBATT to AUXV0 pin on EM connector SW3-10 VBATT ↔ HOST_VBATT Isolates dev kit VBATT from Host battery voltage Supplies dev kit VBATT from host battery voltage AdiagramshowingExtendermodeinterconnectionisshownbelow.Thisexampleshowsadual‐UARTconfiguration.ExtendermodeinitsmostbasicformsimplyroutessignalsbetweenthehostandEMviaaCPLD.NotethatTxDalwaysoriginatesfromtheHost(DTE),andRxDoriginatesfromtheEM(DCE).Signaldirectionsareindicatedinthediagram. PAGE 18
DEVELOPMENT KIT FEATURES CertainEMmodelsbringoneormoreAuxiliaryAnalog‐to‐digitalinputsnumbered(0...)outtothehostconnector.AUXV0isreservedformeasuringbatteryvoltage,andAUXV1,AUXV2,etc.canbeconnectedforgeneraluse.SupportedAUXVnsignalpinsaredefinedintheEMReferenceGuides.Figure6‐ExtendermodeconfigurationUniversal Dev KitDaughter CardUART 1DC InputWallCubeUART 2EMTxD 1TxD 2CPLDEMPodHostPlatformTxD1RxD1TxD2RxD2RxD1TxD1RxD2TxD2CEPC mode CEPCisaspeciallyconfiguredPC,runningWindowsCEonPCplatform(CEPC).ThePC’sparallelportdirectlyinterfacestotheUniversalDevKittoperformpowercontrolandsignalingfunctions.SignalsusedforthisinterfaceconformtotheHost‐ModemHandshakingSpecificationRev3.7.SimilartoExtenderMode,theUDKmainboardwillreleasetherequiredcontrol/handshakingsignalswhentheparallelcableisdetected,dependingonthepositionoftheModuleWakeandHostStatusswitches(refertothetablebelow).Table7‐CEPCswitchsettingsSwitch position Signal OFF ON SW2-6 MODULE_WAKE Tri-states Module Wake signal to the EM, allowing these to be controlled by the Host. Drives Module Wake signal to the EM, forcing control channel ON SW2-7 HOST_STATUS Tri-states Host Status signal to the EM, allowing these to be controlled by the Host. Drives Host Status signal to the EM, forcing control channel ON.  PAGE 19
ThefollowingdiagramshowsinterconnectionbetweenthePCandEMDevelopmentBoard,usingastandardDB‐25parallelcableand2serialcables.Figure7–CEPCconnectiondiagramUniversal Dev KitDaughter CardUART 1DC InputWallCubeUART 2(2) Serial CablesEMDB-25Data Port Control PortCEPC(WinCEEmulator)ThefollowingtableshowspinoutandsignalnamesforthePCparallelportandUDK,signaldirectionandsignaldescription.TheActivecolumndefinestheactivestateforthePCparallelportonly.TheUDKthentranslatesthesesignalsaccordingtoEMtypedetected.Table8‐CEPCSignalDefinitionPC pin PC signal Dir UDK Signal UDK pin Active Description 2 Data 0 Æ ON/OFF_EM 27 High High level turns the EM on 3 Data 1 Æ RESET_N 25 Low Low pulse resets the EM 4 Data 2 Æ MODULE_WAKE 30 High High level tells EM to wake up; Enable the control channel 5 Data 3 Æ HOST_STATUS 28 High Low level tells EM to keep control channel open 12 +Paper End Å HOST_WAKE 29 High High level tells the host that the EM has high priority message to send 13 +Select Å MODEM_ STATUS 26 Low Low level tells host that EM has been reset; High level: control channel has been initialized  PAGE 20
DEVELOPMENT KIT FEATURES TwoCEPCfunctionsaretypicallydevelopedindependently–powercontrolandhost‐modemhandshaking.TheModuleWakeswitch(SW2‐6)shouldbeturnedONwhileHost‐ModemHandshakingisnotbeingcontrolledbytheCEPC.ThiswillallowproperdebugofthePowerControlfunction.LED Indicators D10 – 10-segment LED TheUniversalDevelopmentKitsupportsa10‐segmentLEDbartodisplaydigitalsignalstatus,plus2power/statusindicators.Eachsegmentofthe10‐segmentdisplayisrelatedtoanIOsignalasshowninthetablebelow.TheLEDlightsupwhenthesignalisintheACTIVEstate;andoffwhenthesignalisintheINACTIVEstate.TwomapsareavailableforagivenEMmodel.TheprimaryLEDmapisenabledbydefault,andisusedforhost‐modemhandshakingsignalstatesandselectedUART1andUART2signals.TheprimaryLEDmapformostembeddedmodulesisshownbelow:Table9‐Primary10‐segmentLEDmapD13 10-Segment LED Array (Primary map) Pos Label Name Description 1 Module Wake MODULE_WAKE - wakeup signal from host 2 Host Status HOST_STATUS - status signal from host 3 Host Wake HOST_WAKE - wakeup signal from EM 4 Modem Reset MODEM_RESET_STATUS - from EM 5 DTR1/ UART1 Data Terminal Ready - from host 6 DSR1/ UART1 Data Set Ready - from EM 7 CD1/ UART1 Carrier Detect - from EM 8 RI1/ UART1 Ring Indicator - from EM 9 TXD2 UART2 Transmit Data - from host 10 RXD2 UART2 Receive Data - from EM SomeEMmodelsalsosupportfullUART1signalstatususingaDIPswitchontheirDaughterCard.ThisplacesTxD1,RTS1/,RxD1,andCTS1/ontoPositions1~4,respectively.Positions5~10remainpertheabovetable.RefertotheReferenceGuideforyourEMmodelformoredetails.ThesecondaryLEDmapformostembeddedmodulessupportsXIMdevelopment.TousethisLEDmap,MIO19mustbepulledhigh(seeCN12.3detailsinCN12‐MIO(ModuleInput/Output)signaltestpointsonpage31).NotethatagivenEMmodelsupportsonlyoneXIMinterface,theotherwilldefaulttoaUARTinterface.ForexampleEM3420usesUART3fortheRUIMinterface,sointheLEDmapbelow,UART2signalswillapplytopositions7~10. PAGE 21
Table10‐Secondary10‐segmentLEDmapD13 10-Segment LED Array (Secondary map) Pos Label Name Description 1 XIM_EN3 TXD3 pin, enables XIM VCC when high 2 XIM_IO3 RXD3 pin, bidirectional XIM data 3 XIM_RST3 RTS3_N pin, active high reset to XIM card 4 XIM_CLK3 CTS3_N pin, XIM clock 5 XIM_DET GPIO5 PD, goes high when card is inserted 6 N.U. Not Used 7 XIM_EN2 TXD2 pin, enables XIM VCC when high 8 XIM_RST2 RTS2_N pin, active high reset to XIM card 9 XIM_CLK2 CTS2_N pin, XIM clock 10 XIM_IO2 RXD2 pin, bidirectional XIM data OthercombinationsofLEDsignalingcanbeassignedforspecificdevelopmenttasksorEMinterfacecapabilitiesviaCPLD,asrequired.TheseassignmentsmayvarybetweenEMmodels;seetheReferenceGuideforyourspecificmodule.NOTE:The10segmentLEDisalsousedtodisplaytheCPLDcodeversion,whenthedaughtercardisremoved.TheLEDEnableswitchmustbeturnedOFFtoviewthiscode.Thecodeversionisdisplayedasabinarynumber,withLEDD13.1beingtheLSB.D11 – Board power LED D11istheBoardPowerindicator,anddisplaysGREENwhentheUDKmainboardispoweredon.D12 – Module power LED D12istheModulePowerindicator,whichdisplaysGREENorREDwhentheModuleispoweredon.TheLEDisturnedOFFwhentheModulepowercontrolisOFF(viatheUDK).Thiscombinationofindicationisvalidforstandalonemode,ExtenderModeorCEPC,accordingtothetablebelow.Table11‐D12powerLEDstatesD12 State Description OFF Power control to the EM is in the OFF state. Controlled by SW2-1 unless in Extender Mode or using CEPC. GREEN The EM is ON, and reset is inactive RED The EM is turned ON, but either power is not detected or the EM is in the reset state.  PAGE 22
DEVELOPMENT KIT FEATURES Serial Interfaces UART (1~3) - DE9 UsedtoaccesstheEMUARTs,RS‐232compatibleupto8‐wireinterface(UART1),2‐or4‐wireinterface(UART2&UART3).RTS/CTSfunctionalityisoptionalforUART2&UART3.UART1containsallflowcontrolsignals,andisusedprimarilyasthedataport(i.e.ATcommandinterface)forUART‐onlyimplementations.ItmaybenecessarytoadjusttheEMdataportUARTduringdevelopment,asthedefaultdatarateis230kbps.MostPC’sdonotsupportmorethan115kbpswithoutaspecializedserialportadapter(availableasSierraWirelessaccessory).ScriptsareprovidedontheCD‐ROMtoconfigureUART1for115kbpsor230kbps.UART signals SignalsfromthemoduleconnectortothisDE9willbelevelshiftedusinganRS‐232transceiver.Table12‐UARTsignalsPin # UART1 Signal Name UART2 Signal Name UART3 Signal Name TxDn Signal Name 1 CD1_N NC NC NC 2 RXD1 RXD2 RXD3 NC 3 TXD1 TXD2 TXD3 TXDn 4 DTR1_N NC NC NC 5 GND GND GND GND 6 DSR1_N NC NC NC 7 RTS1_N RTS2_N RTS3_N NC 8 CTS1_N CTS2_N CTS3_N NC 9 RI1_N NC NC NC Ref. Des. CN2 CN1 CN13 CN14 UART switches EachUARTcanbeindividuallyselectedusingSW2positions3~5,wheretheswitchONposition=UARTnSelected.NotethattheEmbeddedModuleFirmwaresettingdeterminestheUARTselection.TheUDKUARTselectionsareshownbelow.Table13‐UARTSwitchSettingsSwitch Position Select UARTn SW2-3 UART1 SW2-4 UART2 SW2-5 UART3  PAGE 23
UART monitor support The4DE9connectorsaredynamicallyassigned,basedonthecombinationofDIPswitchsettingsforSW2‐3,‐4and‐5.Thefollowingtableshowstheseassignments.FortheExtenderModecase,thefullUARTuseisturnedoff,howevertheRxDsignalwillstillbetransmittedtotheconnectorperthetable.See*notebelowthetableformoredetails.Table14‐UARTMonitorConnectionsSW2-5 (UART3) SW2-4 (UART2) SW2-3 (UART1) CN2 (UART1) CN1 (UART2) CN13 (UART3) CN14 (TxDn) 0 0 0 - - - - 0 0 1 UART1 - - TxD1 0 1 0 - UART2 TxD2 TxD2 0 1 1 UART1 UART2 TxD2 TxD1 1 0 0 - TxD3 UART3 - 1 0 1 UART1 TxD3 UART3 TxD1 1 1 0 - UART2 UART3 TxD2 UART Switch Setting 1 1 1 UART Signal Assignment UART1 UART2 UART3 TxD1 *Note:Forextendermode,RxDnreplacesUARTnintheaboveassignmenttable.ThismeansthatonlytheRxDsignalispassedoutthroughtheseconnectorswhenusingextendermode.Signalsinbothdirectionscanbemonitored,butfromdifferentconnectors.SignalTxDnisprovidedonthefourthDE9connector.Thissignalisusedexclusivelyformonitormode.TxDnassignmentisdefinedinTable14above.Notethatformonitormode,amaximumof4signalscanbemonitoredinadual‐UARTconfiguration:• TxD1,RxD1,TxD2,RxD2aremonitoredwhenusingUART1+UART2• TxD1,RxD1,TxD3,RxD3aremonitoredwhenusingUART1+UART3• UART2+UART3isconfigurableonthedevelopmentkit,butistypicallynotusedinanyEM.TheinterconnectformonitormodeoperationisshowninFigure8.Here,theUDKisusedintheextendermode(seepage17),tomonitorUART1and/orUART2.Inthisconfiguration,theSW2settingsfromTable14areSW2‐5,4,3=0,1,1inordertoenableUART1andUART2.InFigure8theUART2connectormonitorsRxD2(signalsfromEMÆhost),andTxD2monitorssignalsfromthehostÆEM.ItisalsopossibletomonitorbothdirectionsofUART1inthisconfiguration,wheretheUART1connectormonitorsRxD1(signalsfromEMÆhost),andTxD1monitorssignalsfromthehostÆEM. PAGE 24
DEVELOPMENT KIT FEATURES Figure8‐MonitormodeconnectionexampleUniversal Dev KitDaughter CardUART 1DC InputWallCubeUART 2EMTxD 1TxD 2CPLDTxD2Protocol AnalyzerMonitors TxD & RxD pins**Requires adapter cableEMPodHostPlatformRxD2TxD1RxD1TxD2RxD2RxD1TxD1RxD2TxD2PC used as "sniffer"Monitors RxD pin of COMxRxD2TxD2**See adaptercable schematicAY‐adaptercableisusedtomonitorbothTxDandRxDusingaprotocolanalyzer.ThisputsRxDontopin2andTxDontopin3oftheprotocolanalyzer’sDE9plug.Theschematicforthiscableisshownbelow. PAGE 25
Figure9‐ProtocolanalyzerY‐adaptercable1 56 91 56 91 56 9DE9 PLUGDE9 PLUGDE9 SOCKETGroundTxDGroundRxDTo ProtocolAnalyzerTxDFrom HostRxDFrom EMXIM interface SomeembeddedmodulescansupportXIMoneitherUART2orUART3.WhentheEMfirmwareisconfiguredforXIM,theassociatedUARTfunctionisnotavailable.DIPswitchsettingsareusedtoenableXIM.SelectXIMforUART2orUART3pinoutsaccordingtothetablebelow.NotethattheXIMselection,whenenabled,overridesTable13fortheselectedUART.Forexample,ifUART2isenabledinTable13andXIMisenabledwithUART2selectedinTable15,thenTable13behavesasifUART2isNOTselected.Table15‐XIMswitchsettingsSW2-10 setting SW2-9 setting XIM configuration OFF X XIM disabled ON OFF XIM enabled on UART2 ON ON XIM enabled on UART3 NotethatthedetectionofanXIMcardisconfigurable,andshouldbedeterminedduringthedesignoftheHost/EMinterface.Typically,anavailableMIOisusedinalevel‐triggeredinterruptorpolledmode.AnyrequireddetectioncircuitryisafunctionoftheHostboarddesign.AsshowninTable16thedetectionmechanismfortheUDKisacontactthatclosesbetweenpins4&8whentheXIMcardisinsertedwiththeCN25latchconnectorclosed.TheXIM_DET_POLsignalisthedetectionpolarity,whichissetontheEMdaughtercard.IftheMIOusedforXIM_DETcontainsapull‐downelement,thenthesignalXIM_DET_POLwouldbetiedhigh,andvice‐versa. PAGE 26
DEVELOPMENT KIT FEATURES Table16‐CN25XIMsignalinterfacePin # Signal name Direction Description 1 VCC_XIM To Card VCC supply for XIM card 2 XIM_RST To Card Active HI reset signal 3 XIM_CLK To Card Clock signal 4 XIM_DET_POL To Socket Detection polarity (UDK only) 5 GROUND Ground 6 XIM_VPP N/A Not Used 7 XIM_IO Bidirectional Data to/from XIM card 8 XIM_DET From Socket XIM detect to MSM USB PerformsdirectconnectiontoaPCformodulesthatsupportUSB.Noadditionalsignalsorswitchesarerequired,howevertheEMand/ordaughtercardmustbeconfiguredwithaUSBtransceiverandthenecessaryfirmware.Table17‐USBsignalinterfaceCN20 Pin # Signal name 1 VCC_USB 2 USB- 3 USB+ 4 Ground WhenusingamodulewiththeUSBinterface,itmaynotbepossibletousecertaininterfacecombinations.Forexample,theMSM6050’sUART3pinsinterfacewiththeUSBtransceiver,soUART3cannotbeused.Inthiscase,SW2‐5UART3mustbeintheOFFpositiontoavoidcontention.SeetheReferenceGuideforyourEmbeddedModulefordetailsonwhichinterfacecombinationsarenotpossible.TheUDKusesMIO(1)andMIO(2)toroutethesignalsUSB+andUSB‐,respectively.TheseMIOsignalsarenotavailableforgeneraluseinthiscase.Switches SW2 – Digital control DIP switch DIPswitchSW2isusedfordigitalcontrolfunctions.Certainfunctionsareover‐riddeninExtenderModeand/orCEPCMode,meaningthatconnectionofaCEPCorExtendercableareautomaticallydetected,sotheswitchsettingdoesnotneedtobechanged.Thesefunctionsareindicatedinthetablebelow,inthefarrightcolumns. PAGE 27
Table18‐Switch2(SW2)settingsSwitch position Function Extender override CEPC override 1 MODULE_ON– This switch is used to turn the module on. Turning the switch to OFF position turns modem OFF. Turning switch to ON position turns modem ON. This switch is only used in standalone mode to control modem power state. In the extender and CEPC modes this switch position is overridden in the CPLD. √ √ 2 Battery Enable – Enables the barrel jack LDO regulator / Battery supply, which powers up the Universal Dev Kit board. Turn this switch ON to use the wall cube input to supply the EM. Turn this switch OFF if using DC Power at the battery terminals. 3 UART1 Select – Turn this switch ON to enable UART1 communications. This enables both the RS-232 transmitter and receiver for UART1. This switch setting is ignored when using Extender Mode, where only monitoring of RS-232 signals is possible. √ 4 UART2 Select – Turn this switch ON to enable UART2 communications. √ 5 UART3 Select – Turn this switch ON to enable UART3 communications. Note that UART3 must be disabled when using the USB interface with the MSM6050. See the Reference Guide for the associated EM for details. √ 6 Module Wake – Turn this switch ON to activate the MODULE_WAKE signal. Used in conjunction with SW2.7 Host Status during reset to initiate Standalone Mode. 7 Host Status – Turn this switch ON to activate the HOST_STATUS signal. Used in conjunction with SW2.6 Module Wake during reset to initiate Standalone Mode. 8 LED Enable – Enables the MIO LED array. Turn this switch ON to enable the LED array. 9 XIM Select – This switch selects which MSM UART channel will be used for XIM mode, only when XIM is enabled by SW2-10. Turn this switch OFF (Low) to select UART2, and ON (High) to select UART3. 10 XIM Enable – Turn this switch ON to enable XIM on UART2 or UART3 (as per SW2-9 setting). The combination of XIM enable and XIM select will override the UARTn Select function switch for SW2-4 and SW2-5 above. That is, the XIM selection takes precedence over the UART function. See XIM interface on page 26 for more details.  PAGE 28
DEVELOPMENT KIT FEATURES SW3 – Analog DIP switch Table19‐Switch3(SW3)SettingsSee the section below for Typical DIP switch settings, and specific Embedded Module Reference Guides for alternate DIP switch setting scenarios. Typical DIP switch settings TypicalDIPswitchsettingsfordualUARTuseareshownbelowforthestandalone,hostdevelopment,extender,andCEPCmodesofoperation.Thesesettingsareastartingpointonly,andnotnecessarilythepreferredcombinations.SeetotheReferenceGuideforyourEMmodelnumberformoreoptions.Table20‐SW2typicalsettingsSW2 Digital Control DIP Switch – Dual UART Typical Settings Pos Label Name Description Standalone Host Dev. Extender CEPC 1 Module ON Turn Embedded Module ON ON X X 2 Battery Enable Enable barrel jack LDO ON ON ON 3 UART1 Select Select UART1 ON X ON 4 UART2 Select Select UART2 ON X ON 5 UART3 Select Select UART3 OFF OFF OFF 6 Module Wake Activates Module Wake ON (& reset) ON ON / OFF ON / OFF 7 Host Status Activates Host Status ON (& reset) OFF ON / OFF ON / OFF 8 LED Enable Enables MIO LED array ON ON ON 9 XIM Select XIM Select: OFF=UART2 / ON=UART3 ON / OFF ON / OFF ON / OFF ON / OFF 10 XIM Enable Enables XIM on UART2 or UART3 ON ON ON ON Switch position Function 1 MIC BIAS Control – This switch is used to enable an onboard mic bias for the headset. Turn to ON position to enable bias at headset microphone. Turn to OFF position to disable bias. Turn to OFF during extender mode. 2 MIC1P<Headset – When ON, connects MIC1P to the headset MIC pin. 3 MIC1N<Ground - When ON, connects MIC1N to Ground. Required when using the differential MIC1 interface with a (single-ended) headset. 4 MIC2P<Headset – When ON, connects MIC2P to the headset MIC pin. 5 MIC2N<Ground - When ON, connects MIC2N to ground. Required when using the differential MIC1 interface with a (single-ended) headset. 6 SPK1>Headset - When ON, connects SPK1P to the headset SPK pin. 7 SPK2>Headset - When ON, connects SPK2 to the headset SPK pin. 8 Bat Voltage Set – Sets the battery LDO regulator output to nominal voltage ~3.9V when turned ON. When this switch is turned OFF, the LDO output voltage can be adjusted between 3.0~4.5V using potentiometer R394. 9 AUXV0<Battery – When ON, connects the main battery voltage (VBATT) to the AUXV0 pin. This ADC input is often used by the module to measure battery voltage. See the Reference Guide for the EM model used. 10 Host<Battery - When ON, connects the main battery voltage (VBATT) to the Host battery voltage (HOST_VBATT). Turn this switch OFF to isolate the HOST_BATTERY from the UDK VBATT net. PAGE 29
Table21‐SW3TypicalSettingsSW3 Analog Control DIP Switch - Dual UART Typical Settings Pos Label Name Description Standalone Extender CEPC 1 MIC Bias Enable Enable MIC Bias to headset jack ON ON ON 2 MIC1P<Headset Connect MIC1P to headset jack ON ON ON 3 MIC1N<Ground Connect MIC1N to (AC) ground ON ON ON 4 MIC2P<Headset Connect MIC2P to headset jack OFF OFF OFF EM3420 does not 5 MIC2N<Ground Connect MIC2N to (AC) ground OFF OFF OFF support MIC2/SPK2 6 SPK1P>Headset Connect SPK1P to headset jack ON ON ON 7 SPK2>Headset Connect SPK2 to headset jack OFF OFF OFF 8 Batt Voltage Set Set battery voltage LDO to mid-level (~3.9V) ON ON ON 9 AUXV0<Battery Connect AUXV0 to VBATT X X X 10 Host>Battery Connect VBATT to the host battery pin X ON / OFF X Depends on power source Reset switch MomentaryswitchSW1resetstheEMwhenpressed.Debug headers and connectors Internaltothedevelopmentkitaretwostandard2‐row0.1”x0.1”headersthatcanbeusedforconnectinglogicanalyzerorscopeprobes.Athirdheaderisusedforprobinganalogsignals.CN11 – UART signal test points Table22‐CN11‐UARTsignaltestpointsSignal name Pin # Pin # Signal name 1 2 3 4 CD1_N RXD1 5 6 TXD1 DTR1_N 7 8 DSR1_N RTS1_N 9 10 CTS1_N RI1_N 11 12 TXD2 RXD2 13 14 CTS2_N RTS2_N 15 16 TXD3 RXD3 17 18 CTS3_N RTS3_N 19 20 GND  PAGE 30
DEVELOPMENT KIT FEATURES CN12 - MIO (Module Input/Output) signal test points Table23‐CN12‐MIOsignaltestpointsSignal name Pin # Pin # Signal name RESET_EM 1 2 MIO(19) 3 4 MIO(0) MIO(1) 5 6 MIO(2) MIO(3) 7 8 MIO(4) MIO(5) 9 10 MIO(6) MIO(7) 11 12 MIO(8) MIO(9) 13 14 MIO(10) MIO(11) 15 16 MIO(12) MIO(13) 17 18 MIO(14) MIO(15) 19 20 GND CN3 - Analog test points InadditiontotheAnalogtestheader,youcaninstallasetoftestclipstoassistinconnectingaudiotestequipment.Groundtestclipsareblackandsignaltestclipsarered.Thesetestclipsaredefinedinthetablebelow.RefertotheEmbeddedModuleHardwareIntegrationGuideforinformationonusingtheaudiocircuitry.Table24‐CN3‐analogtestpointsTest clip Signal name Pin # Pin # Signal name TP13 GND 1 2 GND TP8 MIC1P 3 4 N.C. TP7 MIC1N 5 6 VCC_MSM_P TP11 MIC2P 7 8 VCC_BRD TP9 MIC2N 9 10 VCC_XIM TP5 SPK1P 11 12 VCC_USB TP6 SPK1N 13 14 VCC_5V TP10 SPK2 15 16 VBATT TP12 RINGER/SPK3 17 18 AUXV0 TP14 GND 19 20 GND CN15 – JTAG header TheJTAGheadercanbeusedasanalternatemethodforprogrammingtheEM’sFlashmemoryusingtheJTAGinterfacetotheMSMprocessor.TheheaderpinsoutdirectlytotheLauterbachTrace32debugger.Table25‐CN15‐JTAGheaderSignal name Pin # Pin # Signal name VCC_MSM_P 1 2 GND TRST_N 3 4 GND TDI 5 6 GND TMS 7 8 GND PAGE 31
Signal name Pin # Pin # Signal name TCK 9 10 GND TDO 11 12 RESET_EM VCC_MSM_P 13 14 GND CN23 – ISR header TheISR(In‐SystemReprogramming)headerisusedtoprogramtheCPLDsontheUniversalDevelopmentKit,whichisperformedbySierraWireless.Thethreedevicesaredaisy‐chainedtouseonlyoneheader.NoteyoumustremovethedaughtercardtoprogramtheCPLDs.Table26‐CN23‐ISRHeaderSignal name Pin # Pin # Signal name GND 1 2 TMS JTAG_EN 3 4 TCK 5 6 TDI VCC_BRD 7 8 TDO 9 10 GND J4 – Battery connector J4canbeusedtodirectlyconnectabatteryfortestingchargeorlow‐batteryconditionbehavior.Table27–J4BatteryconnectorpinoutJ4 Pin # Signal name 1 VBATT 2 Ground J5 – External power switch connector J5routestheMODULE_ONsignaltotheexternalpowerswitch.Thisisusedonlyfortheboxedconfiguration.Table28–J5ExternalpowerswitchpinoutJ4 Pin # Signal name 1 ON_SWITCH 2 MODULE_ON CN27 - Board-to-board connector A100‐pinboard‐to‐boardconnectoristheinterfacebetweentheUDKmainboardandtheEMdaughtercard.ThereferenceguideforeachEMmodelshowsthe100‐pinconnectorgroupedbyEMfunction.Table29containsa100‐pinpinouttableindexedbytheUDKconnectorpinnumber. PAGE 32
DEVELOPMENT KIT FEATURES Table29‐UDK100‐pinConnectorPinoutbyEM3420FunctionPin # Signal Name Type Dir(1) Description 1 2 3 4 5 6 VBATT Power Bi-Dir Battery Voltage (3.7V Nominal) 7 SPK1P Audio IN Speaker 1 + 8 GND Power Bi-Dir Ground 9 MIC2P Audio OUT Microphone 2 + 10 GND Power Bi-Dir Ground 11 SPK1N Audio IN Speaker 1 - 12 GND Power Bi-Dir Ground 13 MIC2N Audio OUT Microphone 2 - 14 GND Power Bi-Dir Ground 15 SPK2 Audio IN Speaker 2 16 GND Power Bi-Dir Ground 17 MIC1P Audio OUT Microphone 1 + 18 GND Power Bi-Dir Ground 19 MIC1N Audio OUT Microphone 1 - 20 GND Power Bi-Dir Ground 21 VCC_USB Power OUT USB Transceiver Voltage 22 VCC_BRD Power OUT UDK Main Board Regulated Voltage23 AUXV0 Analog OUT Battery Voltage tap for EM ADC 24 TP36 N/A N/A Test Point, not used 25 VCC_MSM_P Power IN MSM Digital Voltage from EM 26 VCC_XIM Power OUT XIM Card Digital Voltage 27 ON/OFF_EM Digital OUT On / Off control to EM 28 TP35 N/A N/A Test Point, not used 29 RESET_EM Digital OUT Reset control to EM 30 VCC_5V Power OUT UDK Main Board 5V from wall cube31 MIO(8) Digital Bi-Dir Module Input/Output 8 32 TRST_N Digital OUT JTAG Test Reset 33 TXD2 Digital OUT Transmit Data UART2 34 TXD3 Digital OUT Transmit Data UART3 35 MIO(9) Digital Bi-Dir Module Input/Output 9 36 TDI Digital OUT JTAG Test Data Input 37 RXD2 Digital IN Receive Data UART2 38 RXD3 Digital IN Receive Data UART3 39 MIO(12) Digital Bi-Dir Module Input/Output 12 40 TMS Digital OUT JTAG Test Mode Set 41 CTS2_N Digital IN Clear to Send UART2 42 CTS3_N Digital IN Clear to Send UART3 PAGE 33
Pin # Signal Name Type Dir(1) Description 43 MIO(13) Digital Bi-Dir Module Input/Output 13 44 TCK Digital OUT JTAG Test Clock 45 RTS2_N Digital OUT Ready to Send UART2 46 RTS3_N Digital OUT Ready to Send UART2 47 MIO(14) Digital Bi-Dir Module Input/Output 14 48 TDO Digital IN JTAG Test Data Output 49 MIO(15) Digital Bi-Dir Module Input/Output 14 50 MODULE_WAKE Digital OUT Module Wake Handshaking signal 51 MIO(6) Digital Bi-Dir Module Input/Output 6 52 HOST_STATUS Digital OUT Host Status Handshaking signal 53 MIO(10) Digital Bi-Dir Module Input/Output 10 54 HOST_WAKE Digital IN Host Wake Handshaking signal 55 MIO(11) Digital Bi-Dir Module Input/Output 11 56 MODEM_RESET_ STATUS Digital IN Reset Status Handshaking signal 57 MIO(5) Digital Bi-Dir Module Input/Output 5 58 XIM_EN Digital IN XIM Enable 59 CTS1_N Digital IN Clear to Send UART1 60 XIM_RST Digital IN XIM Reset 61 MIO(2) Digital Bi-Dir Module Input/Output 2 USB- 62 XIM_CLK Digital IN XIM Clock 63 TXD1 Digital OUT Transmit Data UART1 64 XIM_IO Digital Bi-Dir XIM Data Input/Output 65 MIO(3) Digital Bi-Dir Module Input/Output 66 XIM_VPP Power Bi-Dir XIM Programming Voltage 67 RTS1_N Digital OUT Ready to Send UART1 68 XIM_DET Digital OUT XIM Detection signal 69 MIO(4) Digital Bi-Dir Module Input/Output 70 XIM_DET_POL Digital IN XIM Detection Polarity 71 RXD1 Digital IN Receive Data UART1 72 EM_ID(0) Digital IN Embedded Module ID Bus, Bit 0 73 MIO(1) Digital Bi-Dir Module Input/Output 1 USB+ 74 EM_ID(1) Digital IN Embedded Module ID Bus, Bit 1 75 MIO(7) Digital Bi-Dir Module Input/Output 7 76 EM_ID(2) Digital IN Embedded Module ID Bus, Bit 2 77 MIO(0) Digital Bi-Dir Module Input/Output 0 78 EM_ID(3) Digital IN Embedded Module ID Bus, Bit 3 79 RINGER/SPK3 Analog IN Ringer PWM signal (Digital) Speaker 3 80 EM_ID(4) Digital IN Embedded Module ID Bus, Bit 4 81 RI1_N Digital OUT Ring Indicator UART1 82 TP34 N/A N/A Test Point, not used PAGE 34
DEVELOPMENT KIT FEATURES Pin # Signal Name Type Dir(1) Description 83 DTR1_N Digital OUT Data Terminal Ready UART1 84 MIO(23) Digital Bi-Dir Module Input/Output 23 85 CD1_N Digital IN Carrier Detect UART1 86 MIO(22) Digital Bi-Dir Module Input/Output 22 87 DSR1_N Digital IN Data Set Ready UART1 88 MIO(21) Digital Bi-Dir Module Input/Output 21 89 MIO(16) Digital Bi-Dir Module Input/Output 90 MIO(20) Digital Bi-Dir Module Input/Output 20 91 GND Power Bi-Dir Ground 92 MIO(19) Digital Bi-Dir Module Input/Output 19 93 GND Power Bi-Dir Ground 94 MIO(18) Digital Bi-Dir Module Input/Output 18 95 GND Power Bi-Dir Ground 96 MIO(17) Digital Bi-Dir Module Input/Output 17 97 GND Power Bi-Dir Ground 98 HEADSET_DET Digital OUT Headset Insertion Detection 99 GND Power Bi-Dir Ground 100 BUTTON_DET Digital OUT Headset Button-press Detection Note(1):SignalDirectionistakenfromtheUDKmainboardperspective.Audio testing Thedevelopmentkitprovidestwomethodsofaudiotesting,a2.5mmheadsetjackforahandsfreeheadsetandanRJ‐11connectorforastandardtelephonehandset.TherearetwoaudiopathssupportedbytheUDK:• AudioPath1istypicallyusedforHandsetapplications• AudioPath2istypicallyusedfortheHeadsetinterfaceintheendproduct.However,AudioPath1canbeusedinconjunctionwithaheadsettofacilitateproductdevelopmentwiththeUDK.Using a headset Thedevelopmentkithasa2.5mmheadsetjackforacell‐phoneheadset(J1).MICBiasvoltage–WhenusingaheadsetinstandalonemodeorifthehostdoesnotprovideaMICbiasvoltage,setSW3‐1totheONposition,otherwisethisswitchshouldbesettotheOFFposition.Notethatthedefaultaudiogainsofthemodemaresetforusewithahostfrontendwhichcontainsadditionalgainsinthetransmitpath(20dB).Forthisreasontheaudiowillbeveryfaintwhileusingtheheadsetinstandalonemode–unlessadditionalgainsareaddedtothemodemtransmitpathusingdirectedtestscripts.ThetablebelowdepictsSW3settingsforusingtheheadsetjackwithaudiopath1or2. PAGE 35
Table30‐AudioswitchsettingsSwitch position Signals Headset to Path 1 Headset to Path 2 Handset to Path 1 SW3-1 J1 MIC pin ↔ MIC_BIAS ON ON X SW3-2 J1 MIC pin ↔ MIC1P ON OFF OFF SW3-3 AC ground ↔ MIC1N ON OFF OFF SW3-4 J1 MIC pin ↔ MIC2P OFF ON X SW3-5 AC ground ↔ MIC2N OFF ON X SW3-6 J1 SPK pin ↔ SPK1P ON OFF OFF SW3-7 J1 SPK pin ↔ SPK2 OFF ON X J1isastandard2.5mmheadsetjack.Thepinoutforthisconnectorisshownbelow.Table31‐HeadsetconnectorpinoutPin # Signal name 1 GND 2 MIC_P 3 SPK_P 4 MIC_DET 5 SPK_DET Theschematicrepresentationoftheheadsetjack,asconnectedontheUDKmainboardisshowninFigure10‐HeadsetschematicimplementationTheHEADSETDETECTfunctionisimplementedusingtheMIC_DETpin4,andisactivelow.ThisconnectionreliesonboththeMicrophonebiasvoltagebeingcapableofsignalingalogic1voltagelevel,plustheuseofaGPIOwithpull‐downintheMSM.TheBUTTONDETECTfunctionasimplementedisalsoactivelow,andreliesontheuseofaGPIOwithpull‐upintheMSM.Figure10‐Headsetschematicimplementation24531/HEADSET DETECT/BUTTON DETECTMicrophone INSpeaker OutThisconfigurationiscompatiblewithheadsetmodelscontainingapush‐to‐talkbuttonfunctiononthemicrophonesignal,orstandard3‐pinheadsetmodels PAGE 36
DEVELOPMENT KIT FEATURES withoutapush‐buttonfunction.SierraWirelessoffersaheadsetcontainingapush‐buttonfunctiononthemicrophonesignalasaUDKaccessory.Figure11‐PushbuttonmicrophoneheadsetSPK GNDMICMicrophoneSpeakerButtonUsing a handset Forhandsettesting,alandlinephonehandsetplugsdirectlyintoCN24,anRJ‐11jack.Tousethisconnector,theSW3positions(seeabovetable)correspondingtoMIC1&SPK1signalsmustbeintheopen(OFF)state.ItisimportanttonotethattheHandsetinterfacerequiresthattheEMbeconfiguredfordirectinterfacetothemicrophone,i.e.providesbiastoMIC1P/MIC1N.IftheEMisconfiguredforinterfacetoaHostCODECorotherline‐levelcircuitrynotrequiringDCbias,thentheheadsetconnectormustbeusedasdescribedabove.CN24isusedforthehandsetconnector.Thepinoutforthisconnectorisshownbelow.Table32‐HandsetconnectorpinoutPin # Signal Name 1 MIC1N 2 SPK1N 3 SPK1P 4 MIC1P PAGE 37
RF Interface Introduction Thischaptercoversinformationrelatedtotheradiofrequency(RF)interfaceoftheembeddedmodulewhenusedwiththeUDK.Themodule’sRFuseparametersvarybetweenmodels.ForperformancespecificationsofeachEMmodelseetheProductSpecificationand/orApplicationNotes.TheApplicationNotesarealsoavailableasareferenceforintegratinganEMintoahostplatform.Someexamplesofvariousbandsandtypicalperformanceparametersinclude:Table33‐TypicalRFPerformanceParametersParameter Band Value PCS 1851 to 1910 MHz Cellular 824 to 849 MHz Transmit Band IMT 1920 to 1980 MHz PCS +24.0 dBm (251 mW) Cellular +24.0 dBm (251 mW) Maximum Transmit Power IMT +23.0 dBm (200 mW) PCS 1930 to 1990 MHz Cellular 869 to 894 MHz Receiver Band IMT 2110 to 2170 MHz PCS >-106 dBm Cellular >-106 dBm Receiver Sensitivity IMT >-105 dBm GPS Band 1575.42 MHz 50 Connection TheRFconnectionpointonthedevelopmentkitcanbeattachedinseveralways.TheEMantennaconnectioncanbemadewith50Ωcoaxialcable,usingtheassociatedcoaxialcableconnector(forexample,HiroseU.FLorMurataCSGseries),orbyattachinganSMAcabledirectlytothedaughtercardforbenchconfigurationortheSMAbulkheadconnectorfortheboxedconfiguration.TheboxedconfigurationcanalternativelybeconnectedviaaTNCbulkheadadapter.DirectconnectiontothemodulerequiresthecorrectRFconnectoradaptercable.ThiscanbeobtainedasanaccessorythroughSierraWireless.NotethatadditionalRFcablinglosseswillaffecttheperformancevalueslistedintheembeddedmodulespecification.TheboxedconfigurationoftheUDK,oruseoftheSMAconnectoronthedaughtercardwillincursuchlosses.TypicalRFlossesFOReachconfigurationareprovidedintheReferenceGuidefortheEMmodelused.Valuesaregivenforthebandsofoperation,dependingontheEMmodel. PAGE 38
RF INTERFACE Cables Anyconnectingcablesbetweenthemodemandtheantenna(ifrequired)mustbe50Ω.MismatchingtheimpedanceoftheEMwillresultinasignificantreductioninRFperformance.Antenna use AnSMA‐typeconnectorisshippedwiththeUDK.Frequencyband(s)ofoperationforthisantennawilldependonthemodelofEMdelivered.Additionalfrequencyband(s)suchasGPS,oradditionalantennatypesareavailablefromSierraWirelessasaccessories.Part numbers ThistablecontainspartnumbersforexternalconnectorsusedintheUDK.Theseareusefulifyourequirematingconnectors.Table34‐ConnectorpartnumbersInterface Reference Description Part number CN5 DC input jack Switchcraft, RAPC712 CN1, 2, 13, 14 DE9 jack, UARTs AMP, 747844-2 (or equivalent) CN20 USB AMP, 787780-1 CN22 DB25 plug AMP, 747842-2 CN24 Phone handset jack AMP, 520249-2 CN25 XIM socket ITT Industries, CCM03-3013 R102 J1 Standard 2.5mm headset jack Hosiden, HSJ1621-01901 J4 External battery JST, SM02B-SRSS-TB  PAGE 39

Navigation menu