Wistron NeWeb UWMWBT-CWM01 MOD-SM WNC BLUETOOTH/WLAN CWM-01 User Manual WBT Manual for FCC 20111227

Wistron NeWeb Corporation MOD-SM WNC BLUETOOTH/WLAN CWM-01 WBT Manual for FCC 20111227

User Manual

The information contained herein is the exclusive property of WNC and shall not be distributed, reproduced, or disclosed in whole or in part without prior written permission of WNC. 1 / 30

LAN/BT System Integration Manual



ModelName:

UMW‐WBT,

CWM‐01

IssueDate:

2011/05/05



ProjectCode: RevDate:

2011/12/27



WLAN/BT

SystemIntegrationManual

BaseModel:Rev:2



The information contained herein is the exclusive property of WNC and shall not be distributed, reproduced, or disclosed in whole or in part without prior written permission of WNC. 2 / 30

LAN/BT System Integration Manual



RevisionHistory



Rev.HistoryDateAuthor

1- Initialversion2011/05/05ShukaiHsu

HTLiao

HausonChen

ChrisWJHuang

21.Frequencyrangeischangedto2400‐2483.5Mhz

2. FCCchannelsrevisedtobech1–ch11

3. Powervalueisrevised:

WIFI:15+/‐1.5dBm

BT:class1

- 

2011/12/27Shukai

- 



The information contained herein is the exclusive property of WNC and shall not be distributed, reproduced, or disclosed in whole or in part without prior written permission of WNC. 3 / 30

LAN/BT System Integration Manual



TABLEOFCONTENTS

 

1. INTRODUCTION ................................................................................................................................................................4

1.1 Product Overview.............................................................................................................................................................4

1.3 Standard Bluetooth Profiles..............................................................................................................................................6

1.4 Temperature Parameter.....................................................................................................................................................6

1.5 Module Pin Out ................................................................................................................................................................7

1.6 Power management ..........................................................................................................................................................9

1.7 RF connection ................................................................................................................................................................10

2. INTERFACES .................................................................................................................................................................... 11

2.1 SDIO Interface ...............................................................................................................................................................11

2.2 UART Interface ..............................................................................................................................................................12

2.2.1SignalBehavior ....................................................................................................................................................12

2.3 Digital Audio Interface...................................................................................................................................................13

2.4 RESET#..........................................................................................................................................................................14

2.5 SLEEP_CLK ..................................................................................................................................................................14

2.6 Joint Test Action Group (JTAG) and Test Interface........................................................................................................14

JTAGInterfaceSignalDescription .................................................................................................................................14

2.7 Antenna Diagnosis..........................................................................................................................................................15

HandlingRequirements ................................................................................................................................................24

Moisturepreconditioning.............................................................................................................................................24

4.2 Soldering Requirements .................................................................................................................................................24

4.2.1SolderingIronSoldering ......................................................................................................................................24

4.2.2ReflowProfile ......................................................................................................................................................24

4.2.3SolderingPaste ....................................................................................................................................................25

4.2.4 PCB Layout Footprint Design .............................................................................................................................26

5 PRODUCT TESTING.............................................................................................................................................................28

5.1 Production test................................................................................................................................................................28

FORPRODUCTAVAILABLEINTHEUSA/CANADAMARKET,ONLYCHANNEL1~11CANBEOPERATED.SELECTIONOFOTHER

CHANNELSISNOTPOSSIBLE........................................................................................................................................................29



The information contained herein is the exclusive property of WNC and shall not be distributed, reproduced, or disclosed in whole or in part without prior written permission of WNC. 4 / 30

LAN/BT System Integration Manual



1.Introduction

Thisdocumentspecifiesthemechanicalandelectricalspecificationsforthe802.11b/gWiFiand

Bluetooth3.0module.Continuingatraditionofdesigningenuityanddevelopment,WistronNeWeb

Corporation(WNC)presentsastandardmodularsolutionforWiFiandBluetoothtechnologytocomply

withOEMindustrialrequirementsinvehicles.Themoduleprovides802.11b/gWLANandBluetooth3.0

functionsbyusingasinglechipsetsolution.Utilizingthemodule,radiomanufacturersareenabledto

createfeaturerichreadydesignwithouttheadditionalburdentoredesigntheWiFiandBluetooth

functions.

Fortheremainderofthedocument,thehostdesignthatshallintegratethemoduleshallbe

referredtoastheapplication.Theapplicationshallbethecontrollinghostentitywithrespecttothe

module.

Thisdocumentalsoprovideshardwaredesigninstructionandproductionsetupinformation.



1.1ProductOverview

 Thisdocumentspecifiesthe802.11b/g+BluetoothModule.Thespecificationcoversoverall

dimensions,generalmoduleconstruction,connectorinterfacefootprints,andmechanicalandelectrical

characteristicsoftheWNC’s802.11b/g+Bluetoothmodule.ThismodulewasbuiltbyusingMarvell’s

88W8688chipset.



HostInterface:

WLAN:SDIO

Bluetooth:SDIO/highspeedUART



802.11b/g:

Frequencyband:

 BMode:2.400~2.4835GHz

 GMode:2.400~2.4835GHz



ChannelSpacing:

B/GMode:5MHz



Modulation:

 BMode:DSSSwithDBPSK,DQPSK,andCCK

 GMode:OFDMwithBPSK,QPSK,QAM,and16/64QAM



ChannelsSupport:

 BMode: CH1–CH13(ETSI)/CH1‐CH11(FCC)/CH1‐CH14(Japan)

 GMode: CH1–CH13(ETSI)/CH1‐CH11(FCC)/CH1‐CH14(Japan)



RFoutputPower:

 BMode:16.30dBm@1,2,5.5,and11Mbps

 GMode:23.55dBm@6,9,12,18,24,36,48and54Mbps

The information contained herein is the exclusive property of WNC and shall not be distributed, reproduced, or disclosed in whole or in part without prior written permission of WNC. 5 / 30

LAN/BT System Integration Manual

Sensitivity:

 BMode:–88dBmat1Mbps

–87dBmat2Mbps

–84dBmat5.5Mbps

–80dBmat11Mbps

 GMode:–82dBmat6Mbps

–81dBmat9Mbps

–79dBmat12Mbps

–77dBmat18Mbps

–74dBmat24Mbps

–70dBmat36Mbps

–66dBmat48Mbps

–65dBmat54Mbps



MediaAccessProtocol:CSMA/CA



802.11bdataratesof1,2,5.5and11Mbps

802.11gdataratesof6,9,12,18,24,36,48,and54Mbpsformultimediacontenttransmission

802.11eQualityofservice(QoS)

802.11htransmitpowercontrol

802.11jchannels(Japan)

802.11smeshnetworking



Encryption:

 AEC‐CCMP

 WPAencryption

 WEP64‐and128‐bitencryptionwithhardwareTKIPprocessing

 IPSECsecurityaccelerationinhardware



Bluetooth

FullycompliantwithBluetooth2.1+EDR,3.0

Carrierfrequency:2400MHzto2483.5MHz(79channels)

RFOutputPower:6.35dBmClass1



RxSensitivity

‐82.4dBm(typ.)forGFSK@BER=0.1%,1Mpbs

‐89.8dBm(typ.)forπ/4 ‐DQPSK@BER=0.1%,2Mpbs

‐89.8dBm(typ.)for8‐DPSK@BER=0.1%,3Mpbs

The information contained herein is the exclusive property of WNC and shall not be distributed, reproduced, or disclosed in whole or in part without prior written permission of WNC. 6 / 30

LAN/BT System Integration Manual



1.3StandardBluetoothProfiles

ThestandardBluetoothprofileisasTable1‐2.Additionalprofilesotherthanlistsaresupportedby3’rd

party.

OperatingSystemBluetoothProfile

GAP

SDP

GOEP

A2DP

HID

HSP

PAN

OPP

Linux‐BlueZ

SPP

SDP

A2DP

HID

WindowsMobile

HSP

Table1‐1StandardBluetoothProfiles



1.4TemperatureParameter

Operatingtemperaturerange:

 Lowambienttemperature:‐40ºC

 Highcasetemperature:+85ºC



Storagetemperaturerange:

 Lowtemperature:‐40ºC

 Hightemperature:+85ºC



The information contained herein is the exclusive property of WNC and shall not be distributed, reproduced, or disclosed in whole or in part without prior written permission of WNC. 7 / 30

LAN/BT System Integration Manual



1.5ModulePinOut

Themoduleisdesignedas54pinsolderjointmoduleforSMTprocess.Thepin‐outisillustratedinthe

figure1‐2.

UART_TX

GND

UART_RX

S D_ DATA[2 ]

GND

VCC_1V8

GND

BT_ RF

WLAN_RF

BT_P CM_DIN

BT_P CM_ CLK

BT_P CM_ DO UT

BT_ PCM _SY NC

GND

VCC_VIO_X2

GND

JTAG_TCK

JTAG_TDI

JTAG_TRSTn

JTAG_ TMS _S YS

JTAG_TDO

S D_ DATA[3 ]

40 3035

S D_ DATA[0 ]

UART_RTS

S D_ DATA[1 ]

SD_ CMD

S D_CLK

VCC_3V3

VCC_3V0

VCC_VIO_X1

GND

VCC_3V3

VCC_WLAN_ ANT_DIAG

GND

WLAN_ANT_DIAG

51015

SLEEP _ CLK

ANT_SEL _P

RESETn

VCC_BT _ANT_DIAG

UART_CTS

BT _AN T_ D IAG

JTAG_TMS_CPU

ANT_ SEL _N



Figure1‐2Pinoutof802.11b/g+Bluetoothmodule



Thepindefinitionisshowninthefollowingtable1‐2.

Pin#SignalNameI/OSignalDescriptionSignalCharacteristics

SDIOInterface

36SD_CLKI/OSDIOclock

37SD_CMDI/OSDIOcommandline

39SD_DAT_0I/OSDIOdatalinebit0

38SD_DAT_1I/OSDIOdatalinebit1

41SD_DAT_2I/OSDIOdatalinebit2

40SD_DAT_3I/OSDIOdatalinebit3

UARTInterface

45TXDOUARTserialdataoutput

44RXDIUARTserialdatainput

46CTSIUARTCleartosendsignal

43RTSOUARTReadytosendsignal 

WLANandBluetoothRFInterface

The information contained herein is the exclusive property of WNC and shall not be distributed, reproduced, or disclosed in whole or in part without prior written permission of WNC. 8 / 30

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17WLAN_RFI/OWLANantennain/out

2BT_RFI/OBluetoothantennain/out

AudioInterface–PCM/I2S

5BT_PCM_CLK/I2S_BCLKI/OPCMclock/I2Saudiobit

clock



7BT_PCM_SYNC/I2S_LRCL

K

I/OPCMsyncpulse/I2S

left/rightclock



4BT_PCM_DIN/I2S_DINIPCMdatainput/I2Sdata

input(forrecording)



6BT_PCM_DOUT/I2S_DO

UT

OPCMdataoutput/I2S

dataoutput(forplayback)



Control&PowerInterface

52RESET#IResetsignalActivelow

47SLEEP_CLKISleepclock

Coexistence

48ANT_SEL_PODifferentialAntennaSelect

Positiveoutput



49JTAG_TMS_CPUIJTAGTestModeSelect

(SelectstheinternalCPU

JTAGcontroller)



50NC 

51ANT_SEL_PODifferentialAntennaSelect

Negativeoutput



AntennaDiagnosis

53VCC_BT_ANT_DIAGIExternalpowerforBT

antenna

diagnosis



54BT_ANT_DIAGOBTantennadiagnosis

output



20VCC_WLAN_ANT_DIAGIExternalpowerforWLAN

antennadiagnosis



19WLAN_ANT_DIAGOWLANantennadiagnosis

output



JointTestActionGroup(JTAG)andTestInterface

11JTAG_TCKIJTAGTsetClock

12JTAG_TDIIJTAGTsetDataInput

13JTAG_TDOOJTAGTestDataOutput

14JTAG_TRSTnIJTAGTestResetActivelow

15JTAG_TMS_SYSIJTAGTestModeSelect

(SelectstheSystemJTAG

controller)



Power&Ground

23,

24,

32,

33,

VCC_3V3PI3.3Vpowerinput3.3V+/‐1.5Visrequired.

29VCC_3V0PO3.0Vmonitoringoutput

The information contained herein is the exclusive property of WNC and shall not be distributed, reproduced, or disclosed in whole or in part without prior written permission of WNC. 9 / 30

LAN/BT System Integration Manual

34VCC_1V8PO1.8Vmonitoringoutput

26VCC_VIO_X1PI1.8/3.3VHostInterface

Supply

ForSDIO,UARTinterface

9VCC_VIO_X2PI3.3VDigitalInterface

supply

ForPCMinterface

1,3,

8,

10,

16,

18,

21,

22,

25,

27,

28,

30,

31,

35,

42

GNDPGround

Table1‐2PinOutDefinition



1.6Powermanagement

Modulesupply(VCC_3V3)

802.11b/g+BluetoothmodulesmustbesuppliedthroughVCC_3V3pinbyaDCpowersupply.Voltages

mustbestable,duetothesurgingconsumptionprofileoftheWiFi/BTsystem.



NameDescriptionRemarks

VCC_3V3ModuleSupplyCleanandstablesupplyisrequired:lowrippleandlow

voltagedropmustbeguaranteed.Voltageprovidedhasto

bealwaysabovetheminimumlimitoftheoperatingrange.

ConsiderthattherearelargecurrentspikeinWIFIorBT

connectedmode.

VCC_IO_X1,

VCC_IO_X2

I/OSupplyCleanandstablesupplyisrequired:lowrippleandlow

voltagedropmustbeguaranteed.Voltageprovidedhasto

bealwaysabovetheminimumlimitoftheoperatingrange.

GNDGroundGNDpinsareinternallyconnectedbutgood(low

impedance)externalgroundcanimproveRF

performances.AllGNDpinsmustbeexternallyconnected

toground.



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Operatingcondition

SymbolParameterConditionMinTypMaxUnits

VCC_3V3Modulepowersupply2.973.33.63V

1.621.81.98VVIO_X1HostinterfacedigitalI/O

powersupply2.973.33.63V

VIO_X2DigitalI/Opowersupply 2.973.33.63V

VCC_3V01.8Vinternalvoltagesupply 2.93.03.1V

VCC_1V81.8Vinternalvoltagesupply 1.71.81.9V

TAAmbientoperatingtemperature ‐40 85℃

TJMaximumjunctiontemperature   125℃



1.7RFconnection

TheRFpinhas50Ωnominalimpedanceandmustbeconnectedtotheantennathrougha50Ω

transmissionlinetoallowtransmissionandreceptionofradiofrequency(RF)signalsintheWIFIandBT

operatingbands.



NameDescriptionRemarks

WLAN_RFWLANantennain/out50nominalimpedance.

BT_RFBluetoothantennain/out50nominalimpedance.



RFportESDratingis+/‐8kV(contactdischarge).Ahigherprotectionlevelcouldberequiredifthelineis

externallyaccessibleontheapplicationboard.Notethatantennadetectionfunctionalitywillbenot

providedimplementingforESDprotectionontheANTport.



Chooseanantennawithoptimalradiatingcharacteristicsforthebestelectricalperformanceandoverall

modulefunctionality.Aninternalantenna,integratedontheapplicationboard,oranexternalantenna,

connectedtotheapplicationboardthroughaproper50Ωconnector,canbeused.



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

2.Interfaces

ThischapterdescribestheinterfacesontheWLAN/BTmodules:SDIO,UART,PCM,JTAG,Antenna

diagnosis.



2.1SDIOInterface

ThemodulesupportsaSDIOdeviceinterfacethatconformstotheindustrystandardSDIOfullspeed

cardspecificationandallowsahostcontrollerusingtheSDIObusprotocoltoaccesstheWLAN

and/orBluetoothdevice.ThisdevicealsosupportshighspeedmodeasdefinedinSDIO1.2

specification.

TheSDIOinterfacesupportsdualfunctionoperations,forWLANandBluetooth.Dualfunctionality

allowstheuseofindependentclientdriversforWALNand/orBluetoothonthehostplatform.Since

thesefunctionssharethesamephysicalinterface,anarbitrationschemeisrequiredintheSDIObus

driveronthehostplatform.

TheSDIOinterfacesupportsSPI,1‐bitSDIO,4‐bitSDIOtransfermodesatthefullclockrangeof0to

50MHz.



2.1.1SDIOInterfaceSignalDescription



PinNameSignalNameTypeDescription

SD_CLKCLKI/OSDIO4‐bitmode:Clock

SDIO1‐bitmode:Clock

SDIOSPImode:Clock



SD_CMDCMDI/OSDIO4‐bitmode:Command/Response

SDIO1‐bitmode:Commandline

SDIOSPImode:Datain



SD_DAT_0DAT0I/OSDIO4‐bitmode:Datalinebit[0]

SDIO1‐bitmode:Dataline

SDIOSPImode:Dataout



SD_DAT_1DAT1I/OSDIO4‐bitmode:Datalinebit[1]

SDIO1‐bitmode:Interrupt

SDIOSPImode:Interrupt



SD_DAT_2DAT2I/OSDIO4‐bitmode:Datalinebit[2]

SDIO1‐bitmode:ReadWait(optional)

SDIOSPImode:Reserved



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SD_DAT_3DAT3I/OSDIO4‐bitmode:Datalinebit[3]

SDIO1‐bitmode:Notused

SDIOSPImode:Chipselect(Negativetrue)



2.1.2SDIOConnection/Function



Figure1.1SDIOPhysicalConnection–4bitmode



Note:In4‐bitSDIOmode,dataistransferredonall4datapins(DAT[3:0]),andtheinterruptpinisnot

availableforexclusiveuseasitisutilizedasadatatransferline.Thus,iftheinterruptfunctionisrequired,

aspecialtimingisrequiredtoprovideinterrupts.The4‐bitSDIOmodeprovidesthehighestdatatransfer

possible,upto100Mbps.



2.2UARTInterface

ThemodulesupportsahighspeedUARTinterface,complianttotheindustrystandard16550

specification.Highspeedbaudratesaresupportedtoprovidethephysicaltransportbetweenthe

deviceandthehostforexchangingBluetoothdata.



2.2.1SignalBehavior



TXD

Serialdataoutputtotheperipheraldevice.



RXD

Serialdatainputfromtoperipheraldevice.



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CTS

Clear‐to‐Sendinputfromtheperipheraldevice.



RTS

Request‐to‐Sendoutputtotheperipheraldevice.



2.3DigitalAudioInterface

DigitalaudiointerfacesincludePCMforvoiceapplicationandI2Sfordigitalstereoapplications.PCM

andI2Sinterfacesharethesamepins.

Voiceinterfacesupports.

HardwaresupportforcontinualtransmissionandreceptionofPCMdatawithoutprocessor

overhead.

StandardPCMclockratesfrom64KHzto2.048MHzwithmulti‐slothandshakeandsynchronization.

PCMencoding/decodingsupportofA‐law,μ‐law,andlinearvoice.

Stereoaudiointerfacesupports.

StandardrecordandplaybackforI2S,left‐justified,andright‐justifiedserialinterfaces.

PlaybackinIEC60958CompatibleAudioCodecInterface.

MasterandslavemodeforI2S,MSB,andLSBaudiointerfaces.

SlavemodewithoptiontouseasynchronousinternalCLK.

SlavemodewithoptionalslowersynchronousCLKinputfromhosttosavepower.



2.3.1BT_PCM_SYNC/I2S_LRCLK

PCMmode:BT_PCM_SYNC,input/output(outputifPCMinitiator,inputifPCMtarget)

Stereoaudiomode:I2S_LRCLK

Mastermode:output

Slavemode:input



2.3.2BT_PCM_CLK/I2S_BCLK

PCMmode:BT_PCM_CLK,input/output(outputifPCMinitiator,inputifPCMtarget)

Stereoaudiomode:I2S_BCLK

Mastermode:output

Slavemode:input



2.3.3BT_PCM_DOUT/I2S_DOUT

PCMmode:BT_PCM_DOUT,output

Stereoaudiomode:I2S_DOUT,output



2.3.4BT_PCM_DIN/I2S_DIN

PCMmode:BT_PCM_DIN,input

The information contained herein is the exclusive property of WNC and shall not be distributed, reproduced, or disclosed in whole or in part without prior written permission of WNC. 14 / 30

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Stereoaudiomode:I2S_DIN,input



2.4RESET#

Resetsignal,activelow.ThemoduleisresetandthemodulebeginsthebootsequencewhenRESET#

inputpintransitionsfromlowtohigh.



2.5SLEEP_CLK

SLEEP_CLK,clockinputforexternalsleepclock.ThesleepclockisusedbythePMUduringpower

savemodes.



2.6JointTestActionGroup(JTAG)andTestInterface

JTAGisreservedforSWdebugandfailureanalysis.



JTAGInterfaceSignalDescription



PinNameTypeDescription

TCKIJTAGTestClockInput



TDIIJTAGTestDataInput



TDOOJTAGTestDataOutput



TRSTnI/OJTAGTestReset(activelow)



TMS_CPUIJTAGTestModeSelect

SelectstheinternalCPUJTAGcontroller



TMS_SYSIJTAGTestModeSelect

SelectstheSystemJTAGcontroller



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

2.7AntennaDiagnosis

Ifanexternalantennaequippeda50KohmfromitsRFcablecoretoGND,thenthisantenna

diagnosiscancheckwhethertheantennaispluggedwellornot.



2.7.1VCC_BT_ANT_DIAGandBT_ANT_DIAG

Ifanexternalantennaequippeda50KohmfromitsRFcablecoretoGNDandavoltageV1isapplied

toVCC_BT_ANT_DIAG,thenBT_ANT_DIAGcanbereadasV1/2 iftheconnectionofantennaandmodule

isgood.



2.7.2VCC_WLAN_ANT_DIAGandWLAN_ANT_DIAG

Ifanexternalantennaequippeda50KohmfromitsRFcablecoretoGNDandavoltageV2isapplied

toVCC_WLAN_ANT_DIAG,thenWLAN_ANT_DIAGcanbereadasV2/2 iftheconnectionofantennaand

moduleisgood.

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

3.Design‐In



3.1Design‐inchecklist

Thissectionprovidesadesign‐inchecklist.



3.1.1Schematicchecklist

Thefollowingarethemostimportantpointsforasimpleschematiccheck:

□ DCsupplymustprovideanominalvoltage(3.3V)atVCC_3V3pinsabovetheminimumnormal

operatingrangelimit.

□ DCsupplymustprovideanominalvoltage(3.3V)atVCC_VIO_X2pinsabovetheminimumnormal

operatingrangelimit.

□ DCsupplymustprovideanominalvoltage(3.3Vor1.8V)atVCC_VIO_X1pinsabovetheminimum

normaloperatingrangelimit.

□ DCsupplymustbecapabletoprovide0.5Acurrentburstswithmaximum200mVvoltagedropat

VCC_3V3pins.

□ DCsupplymustbecapabletoprovide0.1Acurrentburstswithmaximum200mVvoltagedropat

VCC_VIO_X2pins.

□ DCsupplymustbecapabletoprovide0.1Acurrentburstswithmaximum100mVvoltagedropat

VCC_VIO_X1pins.

□ VCC_3V3supplyshouldbeclean,withverylowripple/noise(lessthan200mVpp):suggestedpassive

filteringpartscanbeinserted.

□ VCC_VIO_X1supplyshouldbeclean,withverylowripple/noise(lessthan100mVpp):suggested

passivefilteringpartscanbeinserted.

□ VCC_VIO_X2supplyshouldbeclean,withverylowripple/noise(lessthan200mVpp):suggested

passivefilteringpartscanbeinserted.

□ ConnectonlyoneDCsupplytoVCC_3V3:differentDCsupplysystemsaremutuallyexclusive.

□ Checkthatvoltagelevelofanyconnectedpindoesnotexceedtherelativeoperatingrange.

□ CheckUARTsignalsdirection.

□ Checkthedigitalaudiointerfacespecificationstoconnectaproperdevice.

□ Toavoidanincreaseofmodulecurrentconsumptioninpowerdownmode,anyexternalsignals

connectedtothemoduledigitalpins(UART,PCM,SDIOinterface)mustbesetlowortri‐statedwhen

themoduleisinpowerdownmode.

□ Anyexternalsignalconnectedtothedigitalaudiointerfacemustbetri‐statedwhenthemoduleisin

powerdownmodeandmustbetri‐statedduringthemodulepower‐onsequence(atleastfor1500

msafterthestart‐upevent).

□ ProvideproperprecautionsforESDimmunityasrequiredontheapplicationboard.

□ Allthenotusedpinscanbeleftfloatingontheapplicationboard.

The information contained herein is the exclusive property of WNC and shall not be distributed, reproduced, or disclosed in whole or in part without prior written permission of WNC. 17 / 30

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

3.1.2Layoutchecklist

Thefollowingarethemostimportantpointsforasimplelayoutcheck:

□ Check50ΩimpedanceofANTline(WLAN_RF,BT_RF).

□ Followtherecommendationsoftheantennaproducerforcorrectantennainstallationand

deployment.

□ Ensurenocouplingoccurswithothernoisyorsensitivesignals.

□ VCCline(VCC_3V3,VCC_VIO_X1,VCC_VIO_X2)shouldbewideandshort.

□ RouteVCCsupplylineawayfromsensitiveanalogsignals.

□ Ensurepropergrounding.

□ OptimizeplacementforminimumlengthofRFlineandcloserpathfromDCsourceforVCC.



3.2DesignGuidelinesforLayout

ThefollowingdesignguidelinesmustbemetforoptimalintegrationofWLAN+BTmodulesonthefinal

applicationboard.



3.2.1Layoutguidelinesperpinfunction

Thissectiongroupsthemodulepinsbysignalfunctionandprovidesarankingofimportancein

layoutdesign.

UART_TX

GND

UART_RX

S D_ DATA[2 ]

GND

VCC_1V8

GND

BT_ RF

WLAN_RF

BT_P CM_ DI N

BT_ PCM_ CLK

BT_P CM_ DO UT

BT_PCM_SY NC

GND

VCC_VIO_X2

GND

JTAG_TCK

JTAG_TDI

JTAG_TRSTn

JTAG _TM S_S YS

JTAG_TDO

S D_ DATA[3 ]

40 3035

S D_ DATA[0 ]

UART_RTS

SD_DATA[1]

SD_CMD

SD_CLK

VCC_3V3

VCC_3V0

VCC_VIO_X1

GND

VCC_3V3

VCC_WLAN_ANT_DIAG

GND

WLAN_ANT_DIAG

51015

SLEEP _ CLK

ANT_SEL _P

RESETn

VCC_BT_ANT_DIAG

UART_CTS

BT _ANT _ DIAG

JTAG_TMS_CPU

ANT_ SEL _N

Very Important

Careful Layout

Common Practice

Legend :



Figure3‐1:Modulepin‐outwithhighlightedfunctions

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Rank Function Pin(s) Layout Remarks

1st RFin/out BT_RF

WLAN_RF

Very

Important

Designfor50ohmcharacteristic

impedance

2nd DCSupply

VCC_3V3

VCC_VIO_X1

VCC_VIO_X2

Very

Important

VCClinesshouldbeshortandwide.

Routeawayfromsensitiveanalog

signals.

3rd Ground GND Careful

Layout providepropergrounding.

DigitalPins:

SDIO

interface

SD_CLK,SD_CMD,

SD_DAT_0,SD_DAT_1,

SD_DAT_2,SD_DAT_3

UART TXD,RXD,CTS,RTS

Digital

Audio

BT_PCM_DIN,

BT_PCM_SYNC,

BT_PCM_CLK,

BT_PCM_DOUT

RESET RESET#

SleepClock SLEEP_CLK

Antenna

Detection

VCC_BT_ANT_DIAG,

BT_ANT_DIAG,

VCC_WLAN_ANT_DIAG,

WLAN_ANT_DIAG

Antenna

Select

ANT_SEL_P,ANT_SEL_N

JTAG JTAG_TCK,JTAG_TDI,

JTAG_TDO,

JTAG_TRSTn,

JTAG_TMS_SYS,

JTAG_TMS_CPU

4th Common

Practice

Followcommonpracticerulesfor

digitalpinrouting.



Table3‐1:Pinlistinorderofdecreasingimportanceforlayoutdesign



3.2.1.1RFI/Oconnection

TheRFantennaconnectionpinBT_RF&WLAN_RFareverycriticalinlayoutdesign.ThePCBline

mustbedesignedtoprovide50Ωcharacteristicimpedanceandminimumlossuptoradiatingelement.

 ProvidepropertransitionbetweentheBT_RF&WLAN_RFpadstoapplicationboardPCB.

 IncreaseGNDkeep‐out(i.e.clearance)forBT_RF&WLAN_RFpinstoatleast250μmupto

adjacentpadsmetaldefinitionandupto250μmontheareabelowtheDataModule,asdescribed

inFigureXXX.

 Thetransmissionlineuptoantennaconnectororpadmaybeamicrostriporastripline.Inany

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casemustbedesignedtoachieve50Ωcharacteristicimpedance.

 Microstriplinesareusuallyeasiertoimplementandthereducednumberoflayertransitionsupto

antennaconnectorsimplifiesthedesignanddiminishesreflectionlosses.However,the

electromagneticfieldextendstothefreeairinterfaceabovethestriplineandmayinteractwith

othercircuitry.

 Buriedstriplineexhibitsbettershieldingtoincomingandgeneratedinterferences.Thereforeare

preferredforsensitiveapplication.Incaseastriplineisimplemented,carefullycheckthatthevia

pad‐stackdoesnotcouplewithothersignalsonthecrossedandadjacentlayers.

 Minimizethetransmissionlinelength;theinsertionlossshouldbeminimizedasmuchaspossible,

intheorderofafewtenthsofadB.

 ThetransmissionlineshouldnothaveabruptchangetothicknessandspacingtoGND,butmustbe

uniformandroutedassmoothlyaspossible.

 ThetransmissionlinemustberoutedinasectionofthePCBwhereminimalinterferencefrom

noisesourcescanbeexpected.

 RouteANTlinefarfromothersensitivecircuitsasitisasourceofelectromagneticinterference.

 AvoidcouplingwithVCCroutingandanalogaudiolines.

 EnsuresolidmetalconnectionoftheadjacentmetallayeronthePCBstack‐uptomainground

layer.

 AddGNDviasaroundtransmissionline.

 Ensurenoothersignalsareroutedparalleltotransmissionline,orthatothersignalscrosson

adjacentmetallayerIfthedistancebetweenthetransmissionlineandtheadjacentGNDarea(on

thesamelayer)doesnotexceed5timesthetracewidthofthemicrostrip,usethe“Coplanar

Waveguide”modelfor50Ωcharacteristicimpedancecalculation.

 Don’troutemicrostriplinebelowdiscretecomponentorothermechanicsplacedontoplayer.

 Whenterminatingtransmissionlineonantennaconnector(orantennapad)itisveryimportantto

strictlyfollowtheconnectormanufacturer’srecommendedlayout.

 GNDlayerunderRFconnectorsandclosetoburiedviasshouldbecutoutinordertoremovestray

capacitanceandthuskeeptheRFline50Ω.Inmostcasesthelargeactivepadoftheintegrated

antennaorantennaconnectorneedstohaveaGNDkeep‐out(i.e.clearance)atleastonfirstinner

layertoreduceparasiticcapacitancetoground.Notethatthelayoutrecommendationisnot

alwaysavailablefromconnectormanufacturer:e.g.theclassicalSMAPin‐Through‐Holeneedsto

haveGNDclearedonallthelayersaroundthecentralpinuptoannularpadsofthefourGNDposts.

Check50ΩimpedanceofANTline.



3.2.1.2MainDCsupplyconnection

TheDCsupplyofWLAN/BTmodulesisveryimportantfortheoverallperformanceandfunctionality

oftheintegratedproduct.

 VCCconnectionmaycarryamaximumburstcurrentintheorderof0.5A.Therefore,itistypically

implementedasawidePCBlinewithshortroutingfromDCsupply(DC‐DCregulator,batterypack,

etc)

 EachvoltagedropintheDCsupplytrackwillrestricttheoperatingmarginatthemainDCsource

output.Therefore,thePCBconnectionhastoexhibitaminimumorzerovoltagedrop.Avoidany

seriescomponentwithEquivalentSeriesResistance(ESR)greaterthanafewmΩ.

 Giventhelargeburstcurrent,VCClineisasourceofdisturbanceforothersignals.Thereforeroute

VCCthroughaPCBareaseparatedfromsensitiveanalogsignals.Typicallyitisgoodpracticeto

interposeatleastonelayerofPCBgroundbetweenVCCtrackandothersignalrouting.

 TheVCCsupplycurrentsupplyflowsbacktomainDCsourcethroughGNDasgroundcurrent:

provideadequatereturnpathwithsuitableuninterruptedgroundplanetomainDCsource.

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LAN/BT System Integration Manual

 AtankcapacitorwithlowESRisoftenusedtosmoothcurrentspikes.Thisismosteffectivewhen

placedascloseaspossibletoVCC.FrommainDCsource,firstconnectthecapacitorandthenVCC.

IfthemainDCsourceisaswitchingDC‐DCconverter,placethelargecapacitorclosetotheDC‐DC

outputandminimizetheVCCtracklength.OtherwiseconsiderusingseparatecapacitorsforDC‐DC

converterandWLAN/BTmoduletankcapacitor.

 VCC_3V3isdirectlyconnectedtotheRFpoweramplifier.AddcapacitorinthepFrangefromVCC

toGNDalongthesupplypath.

 SinceVCC_3V3isdirectlyconnectedtoRFPowerAmplifier,voltagerippleathighfrequencymay

resultinunwantedspuriousmodulationoftransmitterRFsignal.Thisisespeciallyseenwith

switchingDC‐DCconverters,inwhichcaseitisbettertoselectthehighestoperatingfrequencyfor

theswitcherandaddalargeL‐CfilterbeforeconnectingtoWLAN/BTmoduleintheworstcase.

 ThelargecurrentgeneratesamagneticfieldthatisnotwellisolatedbyPCBgroundlayersand

whichmayinteractwithotheranalogmodules(e.g.VCO)evenifplacedonoppositesideofPCB.In

thiscaserouteVCCawayfromothersensitivefunctionalunits.

 IfVCCisprotectedbytransientvoltagesuppressor/reversepolarityprotectiondiodetoensure

thatthevoltagemaximumratingsarenotexceeded,placetheprotectingdevicealongthepath

fromtheDCsourcetowardWLAN/BTmodule,preferablyclosertotheDCsource(otherwise

functionalitymaybecompromised).



3.2.1.3Modulegrounding

GoodconnectionofthemodulewithapplicationboardsolidgroundlayerisrequiredforcorrectRF

performance.ItsignificantlyreducesEMCissues.

 ConnecteachGNDpinwithapplicationboardsolidGNDlayer.Itisstronglyrecommendedthat

eachGNDpadsurroundingVCCandANTpinshaveoneormorededicatedviadowntoapplication

boardsolidgroundlayer.

 IftheapplicationboardisamultilayerPCB,thenitisrequiredtotighttogethereachGNDareawith

completeviastackdowntomainboardgroundlayer.

 Itisrecommendedtoimplementonelayeroftheapplicationboardasgroundplane.

 GoodgroundingofGNDpadswillalsoensurethermalheatsink.



3.2.1.4Digitalpins

 ExternalReset(RESET#):inputforexternalreset,alogiclowvoltagewillresetthemodule.RESET#

havetobeassertedbeforeVCCispoweredON,andthede‐assertionofRESET#needsatleast1ms

delayafterVCCispoweredandstable.

 SDIO(SD_CLK,SD_CMD,SD_DAT_0,SD_DAT_1,SD_DAT_2,SD_DAT_3):theSDIOlayoutmaybe

criticaliftheapplicationprocessorisplacedfarawayfromWLAN/BTmoduleorinclosevicinityof

RFantenna.Inthefirstcasethelongconnectionmayradiatehigherharmonicofdigitaldata.Inthe

secondcasethesameharmonicsmaybepickedupandcreateself‐interferencethatcanreducethe

sensitivityofWLAN/BTReceiverchannelswhosecarrierfrequencyiscoincidentwithharmonic

frequencies.InthelatercaseusingRFbypasscapacitorsonthedigitallinewillmitigatethe

problem.

 DigitalAudio(BT_PCM_CLK,BT_PCM_SYNC,BT_PCM_DIN,BT_PCM_DOUT):thePCMinterface

requiresthesameconsiderationregardingelectro‐magneticinterferenceastheSDIO.Keepthe

tracesshortandavoidcouplingwithRFlineorsensitiveanaloginputs.

 UART(TXD,RXD,CTS,RTS):theserialinterfacerequirethesameconsiderationregarding

electro‐magneticinterferenceasforSDIO.KeepthetracesshortandavoidcouplingwithRFlineor

sensitiveanaloginputs.

 JTAG(JTAG_TCK,JTAG_TDI,JTAG_TDO,JTAG_TRSTn,JTAG_TMS_SYS,JTAG_TMS_CPU):thedebug

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LAN/BT System Integration Manual

interfacerequirethesameconsiderationregardingelectro‐magneticinterferenceasforSDIO.Keep

thetracesshortandavoidcouplingwithRFlineorsensitiveanaloginputs.



3.2.2Footprintandpastemask

Figure3‐2andFigure3‐3describethefootprintandproviderecommendationsforthestencilfor

WLAN/BTmodules.Thesearerecommendationsonlyandnotspecifications.



Figure3‐2:WLAN/BTmodulespaddesign



Figure3‐3:WLAN/BTmodulesstencildesign



 Thepastemaskoutlineneedstobeconsideredwhendefiningtheminimaldistancetothenext

component.

 Theexactgeometry,distances,stencilthicknessesandsolderpastevolumesmustbeadaptedto

thespecificproductionprocesses(e.g.solderingetc.)ofthecustomer.



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3.2.3Placement

OptimizeplacementforminimumlengthofRFlineandcloserpathfromDCsourceforVCC.



3.3Modulethermalconsideration

Thetemperatureincreaseofthemainchip88w8688,PALX5511andLDOMAX4835onaWLAN/BT

modulemountedona168x46.45x1.3mmFR4PCBwithahighcoverageofcopper(e.g.theEVK‐G25H

evaluationkit)instillairconditionsarelessthan28 ,25 ,25 respectively.℃℃℃ Thisisbasedonaworse

casewithfullcontinuousWLANTXmode.

Thistemperatureincreasewillbedifferentthantheoneprovidedifthemoduleismountedona

PCBwithdifferentsizeandcharacteristics.



3.4Antennaguidelines

Antennacharacteristicsareessentialforgoodfunctionalityofthemodule.Theradiating

performanceofantennashasdirectimpactonthereliabilityofconnectionovertheAirInterface.Bad

terminationofANTcanresultinpoorperformanceofthemodule.

Thefollowingparametersshouldbechecked:ItemRecommendations

Item Recommendations

Impedance 50Ωnominalcharacteristicimpedance

Frequency WIFI:2400MHz~2483.5MHz

BT:2400MHz~2483.5MHz

V.S.W.R <2:1recommended

ReturnLoss S

<‐10dBrecommended,S

<‐8dBacceptable

Gain <3dBi



Table3‐2:Generalrecommendationforantenna



Antennasaretypicallyavailableas:

 Linearmonopole:typicalforfixedapplication.Theantennaextendsmostlyasalinearelementwith

adimensioncomparabletolambda/4ofthelowestfrequencyoftheoperatingband.Magnetic

basemaybeavailable.CableordirectRFconnectorsarecommonoptions.Theintegration

normallyrequiresthefulfillmentofsomeminimumguidelinessuggestedbyantennamanufacturer.

 Patch‐likeantenna:bettersuitedforintegrationincompactdesigns.Theyaremostlycustom

designswheretheexactdefinitionofthePCBandproductmechanicaldesignisfundamentalfor

tuningofantennacharacteristics.

Forintegrationobservetheserecommendations:

 Ensure50Ωantennatermination,minimizetheV.S.W.R.orreturnloss,asthiswilloptimizethe

electricalperformanceofthemodule.

 Selectantennawithbestradiatingperformance.

 Ifacableisusedtoconnecttheantennaradiatingelementtoapplicationboard,selectashort

cablewithminimuminsertionloss.Thehighertheadditionalinsertionlossduetolowqualityor

longcable,thelowertheconnectivity.

 Followtherecommendationsoftheantennamanufacturerforcorrectinstallationanddeployment.

 Donotincludeantennawithinclosedmetalcase.

 Donotplaceantennainclosevicinitytoendusersincetheemittedradiationinhumantissueis

limitedbyS.A.R.regulatoryrequirements.

 Donotusedirectivityantennasincetheelectromagneticfieldradiationintensityislimitedinsome

countries.

 Takecareofinteractionbetweenco‐locatedRFsystemssincetheWIFI/BTtransmittedpowermay

interactordisturbtheperformanceofcompanionsystems.

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 Placeantennafarfromsensitiveanalogsystemsoremploycountermeasurestoreduce

electromagneticcompatibilityissuesthatmayarise.



3.4.1Antennatermination

WLAN/BTmodulesaredesignedtoworkona50Ωload.However,realantennashavenoperfect

50Ωloadonallthesupportedfrequencybands.Toreduceasmuchaspossibleperformance

degradationduetoantennamismatch,thefollowingrequirementsshouldbemet:

 Measuretheantennaterminationwithanetworkanalyzer:connecttheantennathroughacoaxial

cabletothemeasurementdevice,the|S11|indicateswhichportionofthepowerisdeliveredto

antennaandwhichportionisreflectedbytheantennabacktothemoduleoutput.

 Agoodantennashouldhavea|S11|below‐10dBovertheentirefrequencyband.Dueto

miniaturization,mechanicalconstraintsandotherdesignissues,thisvaluewillnotbeachieved.A

valueof|S11|ofabout‐8dBisacceptable.



3.4.2Antennadiagnosisfunctionality

TheinternalantennadiagnosiscircuitisbasedonADCmeasurementatANT_DIAGpin:theRFport

isDCcoupledtotheADCunitintheapplicationprocessorwhichinjectsaDCvoltage(3.3V)on

VCC_ANT_DIAGandmeasurestheresultingDCvoltagetoevaluatetheresistancefromANTpadtoGND.



TheantennadetectionisperformedbythemeasurementoftheresistancefromANTpadtoGND.

Toachievegoodantennadetectionfunctionality,useanRFantennawithbuilt‐inresistorfromANT

signaltoGND,orimplementanequivalentsolutionwithacircuitbetweentheantennacableconnection

andtheradiatingelement.



PleasenotethattheDCimpedanceatRFportforsomeantennasmaybeaDCopen(e.g.linear

monopole)oraDCshorttoreferenceGND(e.g.PIFAantenna).Forthoseantennas,withoutthe

diagnosticcircuitFigure53,themeasuredDCresistancewillbealwaysontheextremeofmeasurement

range(respectivelyopenorshort),andtherewillbenomeantodistinguishfromdefectonantenna

pathwithsimilarcharacteristic(respectively:removaloflinearantennaorRFcableshortedtoGNDfor

PIFAantenna).

Furthermore,anyotherDCsignalinjectedtotheRFconnectionfromANTconnectortoradiating

elementwillalterthemeasurementandproduceinvalidresultsforantennadetection.

Itisrecommendedtouseanantennawithabuilt‐indiagnosticresistorof51kΩtoassuregood

antennadetectionfunctionalityandtoavoidareductionofmoduleRFperformances.

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4.HandlingandSoldering



4.1Packaging,shipping,storageandmoisturepreconditioning



HandlingRequirements

DONOTTOUCHANYPINOFWIFIMODULEWHILEASSEMBLYING.



Moisturepreconditioning

ThisWLAN/BTmodulemeetsMSL3.PleasefollowJ‐STD‐033Btohandlethismodule.



4.2SolderingRequirements



4.2.1SolderingIronSoldering

SolderTemperature:350oC

ImmersionDuration:2~3seconds



4.2.2ReflowProfile

Aconvectiontype‐solderingovenisstronglyrecommendedovertheinfraredtyperadiationoven.

Convectionheatedovensallowprecisecontrolofthetemperatureandallpartswillbeheatedupevenly,

regardlessofmaterialproperties,thicknessofcomponentsandsurfacecolor.

Considerthe"IPC‐7530Guidelinesfortemperatureprofilingformasssoldering(reflowandwave)

processes.”



PreheatPhase

Initialheatingofcomponentleadsandballs.Residualhumiditywillbedriedout.Pleasenotethatthis

preheatphasewillnotreplacepriorbakingprocedures.

Temperatureriserate:max3°C/sIfthetemperatureriseistoorapidinthepreheatphaseitmaycause

excessiveslumping.

PreheatTime:60~120secIfthepreheatisinsufficient,ratherlargesolderballstendtobegenerated.

Conversely,ifperformedexcessively,fineballsandlargeballswillbegeneratedinclusters.

EndTemperature:140~190°CIfthetemperatureistoolow,non‐meltingtendstobecausedinareas

containinglargeheatcapacity.



Heating/ReflowPhase

Thetemperaturerisesabovetheliquidstemperatureof227°C.Avoidasuddenriseintemperatureasthe

slumpofthepastecouldbecomeworse.

Limittimeabove227°Cliquidstemperature:30~70sec

Peakreflowtemperature:235~250°C



CoolingPhase

Acontrolledcoolingavoidsnegativemetallurgicaleffects(solderbecomesmorebrittle)ofthesolderand

possiblemechanicaltensionsintheproducts.Controlledcoolinghelpstoachievebrightsolderfillets

withagoodshapeandlowcontactangle.

Temperaturefallrate:max4°C/s



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

4.2.3SolderingPaste

Useof"NoClean"solderingpasteisstronglyrecommended,asitdoesnotrequirecleaningafterthe

solderingprocesshastakenplace.Thepastelistedintheexamplebelowmeetsthesecriteria.

SolderingPaste:ACS‐SN100C‐MA1

Alloyspecification:Sn‐0.7Cu‐0.05Ni+Ge(99.2%Tin/0.7%Copper/0.05%Nickel/Germanium)

MeltingTemperature:227°C

StencilThickness:120μmforbaseboards

Thefinalchoiceofthesolderingpastedependsontheapprovedmanufacturingprocedures.



Thequalityofthesolderjointsontheconnectors(’halfvias’)shouldmeettheappropriateIPC

specification.

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

4.2.4PCBLayoutFootprintDesign

4.2.4.1ModuleDimensions

 



4.2.4.2PCBLayoutPadDesign

 

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

4.2.4.3StencilDesign

Stencilthickness:0.10mm~0.15mm.

Solderpastethickness:0.12mm~0.18mm



 

 

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5ProductTesting

5.1Productiontest

WNCfocusesonhighqualityforitsproducts.Allunitsproducedarefullytested.Defectiveunitsare

analyzedindetailtoimprovetheproductionquality.

Thisisachievedwithautomatictestequipment,whichdeliversadetailedtestreportforeachunit.The

followingmeasurementsaredone:



 Measurementofvoltagesandcurrents

 MeasurementofRFcharacteristics

 Testattemperature75℃for30minutes

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FederalCommunicationCommissionInterferenceStatement

ThisequipmenthasbeentestedandfoundtocomplywiththelimitsforaClassBdigitaldevice,

pursuanttoPart15oftheFCCRules.Theselimitsaredesignedtoprovidereasonableprotectionagainst

harmfulinterferenceinaresidentialinstallation.Thisequipmentgenerates,usesandcanradiateradio

frequencyenergyand,ifnotinstalledandusedinaccordancewiththeinstructions,maycauseharmful

interferencetoradiocommunications.However,thereisnoguaranteethatinterferencewillnotoccur

inaparticularinstallation.Ifthisequipmentdoescauseharmfulinterferencetoradioortelevision

reception,whichcanbedeterminedbyturningtheequipmentoffandon,theuserisencouragedtotry

tocorrecttheinterferencebyoneofthefollowingmeasures:

●Reorientorrelocatethereceivingantenna.

●Increasetheseparationbetweentheequipmentandreceiver.

●Connecttheequipmentintoanoutletonacircuitdifferentfromthattowhichthereceiveris

connected.

●Consultthedealeroranexperiencedradio/TVtechnicianforhelp.



FCCCaution:Anychangesormodificationsnotexpresslyapprovedbythepartyresponsiblefor

compliancecouldvoidtheuser’sauthoritytooperatethisequipment.



ThisdevicecomplieswithPart15oftheFCCRules.Operation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.



ForproductavailableintheUSA/Canadamarket,onlychannel1~11canbeoperated.Selectionofother

channelsisnotpossible.



Thisdeviceanditsantenna(s)mustnotbeco‐locatedoroperationinconjunctionwithanyother

antennaortransmitter.



FCCRadiationExposureStatement:

ThisequipmentcomplieswithFCCradiationexposurelimitssetforthforanuncontrolledenvironment.

Thisequipmentshouldbeinstalledandoperatedwithminimumdistance20cmbetweentheradiator&

yourbody.



IMPORTANT NOTE:

This module is intended for OEM integrator. The OEM integrator is still responsible for the FCC compliance

requirement of the end product, which integrates this module.

20cm minimum distance has to be able to be maintained between the antenna and the users for the host this module

is integrated into. Under such configuration, the FCC radiation exposure limits set forth for an population/uncontrolled

environment can be satisfied.

Any changes or modifications not expressly approved by the manufacturer could void the user's authority to operate

this equipment.

USERS MANUAL OF THE END PRODUCT:

In the users manual of the end product, the end user has to be informed to keep at least 20cm separation with the

antenna while this end product is installed and operated. The end user has to be informed that the FCC

radio-frequency exposure guidelines for an uncontrolled environment can be satisfied. The end user has to also be

informed that any changes or modifications not expressly approved by the manufacturer could void the user's

The information contained herein is the exclusive property of WNC and shall not be distributed, reproduced, or disclosed in whole or in part without prior written permission of WNC. 30 / 30

LAN/BT System Integration Manual

authority to operate this equipment. If the size of the end product is smaller than 8x10cm, then additional FCC part

15.19 statement is required to be available in the users manual: This device complies with Part 15 of FCC rules.

Operation 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.

LABEL OF THE END PRODUCT:

The final end product must be labeled in a visible area with the following " Contains TX FCC ID:

NKRUWMWBT-CWM01". If the size of the end product is larger than 8x10cm, then the following FCC part 15.19

statement has to also be available on the label: This device complies with Part 15 of FCC rules. Operation 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.



Wistron NeWeb UWMWBT-CWM01 MOD-SM WNC BLUETOOTH/WLAN CWM-01 User Manual WBT Manual for FCC 20111227

Wistron NeWeb Corporation MOD-SM WNC BLUETOOTH/WLAN CWM-01 WBT Manual for FCC 20111227

User Manual

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