Banana Pi BPI-G1 User manual

1.1
1.2
1.2.1
1.2.1.1
1.2.1.2
1.2.1.3
1.2.1.4
1.2.1.5
1.2.1.6
1.2.1.6.1
1.2.1.6.2
1.2.1.7
1.2.1.8
1.2.1.9
1.2.2
1.2.2.1
1.2.2.2
1.2.2.3
1.2.2.4
1.2.3
1.2.3.1
1.2.3.2
1.2.4
1.2.5
1.3
1.3.1
1.3.1.1
1.3.1.2
1.3.1.3
1.3.1.4
1.3.2
1.4
1.5
1.5.1
1.5.2
1.6
1.7
TableofContents
AboutBPI-G1IoTdevelopmentboard
BPI-G1hardware
BPI-G1hardwareinterface
STM32F103CBpartPeripheralInterface
TICC3200partPeripheralInterface
TICC2530partPeripheralInterface
TICC2540\/1partPeripheralInterface
GlobalPowerandGround
Moduleinterconnection
CC2540connectionwithF103
CC2530connectionwithF103
TICC3200modeselectionjumper
StatusLEDsforeachmodule
Button
BPI-G1HardwareSpecifications
ThefeaturesTICC3200
ThefeaturesTICC2530
ThefeaturesTICC2540\/1
ThefeaturesSTM32F103CB
BPI-G1Mainfeatures
WhichIDEdevelopmentcanuse
Whichemulatordebugging
BPI-G1Schematic
Explanation
BPI-G1Software
BPI-G1QuickStart
QuickstartofTICC3200
QuickstartofTICC2540\/1
QuickstartofTICC2530
QuickStartSTM32F103CB
BPI-G1SimpleCodeFirmwareprogrammingmanual
BPI-G1smarthomegatewayproject
BPI-G1Accessories
BPIOpendebuggerburnboard
BPI-G1OtherAccessories
Allbananapiproduct
BPI4.0customizedServer
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AboutBPI-G1IoTdevelopmentboard
BPI-G1isanintegratedIEEE802.11b/g/n(WIFIwirelessnetwork),IEEE802.15.4(Zigbee),IEEE802.11-2007Standard
(BluetoothLowEnergy4.0)developmentboard.Itisveryeasytoputthesewirelessprotocolseamlesslytogether,youcan
exchangeanydifferenttransportprotocols,andthreekindsofwirelessprotocolsareintegratedbythreesingle-chipSOC,
youcaneasilycreateyourownInternetofthings(IoT).WIFIpartofwhichistheuseofTI'sCC3200,whichisahigh-
performanceARM®Cortex®-M4wirelessSOC,internallyintegratedTCP/IPprotocolstack,simplyusetheBSDSocket
canconnecttotheInternet.TheZigbeeisusedTICC2530,whichintegrateswirelesscapabilitiesandenhanced8051core
SOC,TIafteryearsofimprovement,itisalreadyquitematureandstable,TI'sZ-stackhasachievedZigbee2007/Pro,you
canusethe16'sshortaddress,youcanusethe64-bitlongaddresscommunication,facelargelocalinterconnectsystems,
advancedsecurityencryptionandmeshnetworkstructurecaneasilycope.Bluetooth4.0(BLE)usingTICC2540/1,an
integratedBLEstackandenhanced8051core,low-powerwirelessSOC,atpresent,mostmobilephoneshavesupportfor
Bluetooth4.0,bothasawearabledevice,ormobileinteractiveAccessories,CC2540canbeeasilycompleted.Meanwhile
BPIG1alsoincorporatesahigh-performanceSTM32ARM®Cortex®-M3microcontroller,whichwillhelpyoudealwith
time-consumingdataortransit,thethreewirelessSOCcoordinated.Therefore,theuseofBPIG1canhelpyouquickly
achieveavarietyofthingsDIYdesign.
WhatcanIdowithBPI-G1？
1. SmartHome.
2. IntelligentGateway
3. DIYelectroniccontrol
AboutBPI-G1IoTdevelopmentboard
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BPI-G1hardware
BPI-G1hardware
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BPI-G1hardwareinterface
BPI-G1hardwareinterface
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STM32F103CBpartPeripheralInterface
UartInterface
SPIInterface
I2CInterface
STM32F103CBpartPeripheralInterface
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CANInterface
USB2.0Interface
PWM&TimerCapturechannel
STM32F103CBpartPeripheralInterface
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ADCchannel
STM32F103CBpartPeripheralInterface
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TICC3200partPeripheralInterface
4-wireSDIOInterface
UartInterface
SPIInterface
TICC3200partPeripheralInterface
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I2CInterface
PWM&TimerCapturechannel
TICC3200partPeripheralInterface
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ADCchannel
TICC3200partPeripheralInterface
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TICC2530partPeripheralInterface
UartInterface
SPIInterface
PWM&TimerCapturechannel
TICC2530partPeripheralInterface
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ADCchannel
TICC2530partPeripheralInterface
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TICC2540/1partPeripheralInterface
UartInterface
SPIInterface
ADCchannel
TICC2540\/1partPeripheralInterface
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PWM&TimerCapturechannel
TICC2540\/1partPeripheralInterface
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BPI-G1GlobalPowerandGround
GlobalPowerandGround
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BPI-G1Moduleinterconnection
WIFI(CC3200),BLE(CC2540/1)andZIGBEE(CC2530)areinterconnectedthroughSTM32F103CBserialport,theycan
workalone,canalsocoordinatetheworkwillbegivenbelowcommunicationconnectionsbetweenthemodules
schematic。5.1CC3200connectionwithF103
Moduleinterconnection
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CC2540connectionwithF103
Moduleinterconnection
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CC2530connectionwithF103
Moduleinterconnection
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TICC3200modeselectionjumper
Programmingmode
Undertheprogrammingmode,youneedtoVIandVOshortonpower,CC3200willreceiveasawriter,itwillbetheserial
datareceivedbytheSPImodefilesystemwritestotheexternalSFLASH,buttheprogrammingiscompletedafternot
running,youneedtodisconnectVIandVO,thenonagain,thenitwillbereadinthefilesystemSFLASHintomemoryand
executecode.AsshowninFigure.
Runmode
Runmode,youneedtodisconnectVIandVO,thenpoweron,CC3200willSFLASHreadfromthefilesystemintomemory
andrun.Inthismode,plugintheJTAGinterface,usingtheIDE'sDEBUGfunction,andthecodewillbedownloadedfrom
theJTAGinterfacetothememorytorun,youcanperformsingle-stepdebugging.Forfastfunctionalverification,thisisthe
fastestway.However,afteraresetcircuit,CC3200willbenewtoSFLASHreadthefilesystemoperation.Asshownin
Figure.
TICC3200modeselectionjumper
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