AWR2243BOOST: No CSI output after going through configuration outlined in the nonos example successfully

Changing to Enable firmware download and makes no difference

I am using configuration below

#
#For detailed view of mmWave Radar configuration structure
#please refer
#ti\control\mmwavelink\docs\doxygen\html\index.html
#

#
#Global configuration
#Advanced frame test enable/disable; 1 - Advanced frame; 0 - Legacy frame
#Continuous mode test enable/disable; 1 - Enable; 0 - Disable
#Dynamic chirp test enable/disable; 1 - Enable; 0 - Disable; This should not be enabled if Advanced chirp test is enabled
#Dynamic profile test enable/disable; 1 - Enable; 0 - Disable
#Advanced chirp test enable/disable; 1 - Enable; 0 - Disable; The legacy chirp API is not required if this is enabled
#Firmware download enable/disable; 1 - Enable; 0 - Disable
#mmWaveLink logging enable/disable; 1 - Enable; 0 - Disable
#Calibration enable/disable; To perform calibration store/restore; 1 - Enable; 0 - Disable
#Calibration Store/Restore; If CalibEnable = 1, then whether to store/restore; 1 - Store; 0 - Restore
#Transport mode; 1 - I2C; 0 - SPI
#Flash connected enable/disable; 1 - Enable; 0 - Disable
#
LinkAdvanceFrameTest=0;
LinkContModeTest=0;
LinkDynChirpTest=1;
LinkDynProfileTest=0;
LinkAdvChirpTest=0;
EnableFwDownload=1;
EnableMmwlLogging=0;
CalibEnable=0;
CalibStoreRestore=1;
TransferMode=0;
IsFlashConnected=1;
#END

#
#power on master arguments, please modify if needed.
#rlClientCbs_t: crcType 0:16Bit/1:32Bit/2:64Bit, ackTimeout
#
crcType=1;
ackTimeout=1000;
#END

#
#channel config parameters, please modify if needed.
#rlChanCfg_t
#
channelTx=3;
channelRx=15;
cascading=0;
#END

#
#ADC out config parameters, please modify if needed.
#rlAdcOutCfg_t
#
adcBits=2;
adcFormat=2;
#END

#
#DATA format config parameters, please modify if needed.
#rlDevDataFmtCfg_t
#
rxChanEn=15;
adcBitsD=2;
adcFmt=1;
iqSwapSel=0;
chInterleave=0;
#END

#
#Low power config Paramters, please modify if needed.
#rlLowPowerModeCfg_t
#
anaCfg=0;
lpAdcMode=0;
#END

#
#Data Path config parameters, please modify if needed
#rlDevDataPathCfg_t
#
intfSel=1;
transferFmtPkt0=1;
transferFmtPkt1=0;
cqConfig=2;
cq0TransSize=64;
cq1TransSize=64;
cq2TransSize=64;
#END

#
#LVDS clock config parameters, please modify if needed
#rlDevDataPathClkCfg_t
#
laneClk=1;
dataRate=1;
#END

#
#SET HSI clock parameters, please modify if needed.
#rlDevHsiClk_t
#
hsiClk=9
#END

#
#LANE config parameters, please modify if needed.
#rlDevLaneEnable_t
#
laneEn=15;
#END

#
#LVDS Lane Config parameters, please modify if needed.
#rlDevLvdsLaneCfg_t
#
laneFmtMap=0;
laneParamCfg=1;
#END

#
#Programmable Filter config parameters, please modify if needed.
#rlRfProgFiltConf_t
#
profileId=0;
coeffStartIdx=0;
progFiltLen=14;
progFiltFreqShift=100;
#END

#
#Profile config parameters, please modify if needed.
#rlProfileCfg_t
#
profileId=0;
pfVcoSelect=2;
startFreqConst=1439117143;
idleTimeConst=1000;
adcStartTimeConst=600;
rampEndTime=6000;
txOutPowerBackoffCode=0;
txPhaseShifter=0;
freqSlopeConst=621;
txStartTime=0;
numAdcSamples=256;
digOutSampleRate=10000;
hpfCornerFreq1=0;
hpfCornerFreq2=0;
rxGain=30;
#END

#
#Profile config parameters, please modify if needed.
#rlProfileCfg_t
#
profileId=1;
pfVcoSelect=2;
startFreqConst=1439117143;
idleTimeConst=1000;
adcStartTimeConst=700;
rampEndTime=6000;
txOutPowerBackoffCode=0;
txPhaseShifter=0;
freqSlopeConst=621;
txStartTime=0;
numAdcSamples=256;
digOutSampleRate=10000;
hpfCornerFreq1=0;
hpfCornerFreq2=0;
rxGain=30;
#END

#
#Profile config parameters, please modify if needed.
#rlProfileCfg_t
#
profileId=2;
pfVcoSelect=2;
startFreqConst=1439117143;
idleTimeConst=1000;
adcStartTimeConst=800;
rampEndTime=6000;
txOutPowerBackoffCode=0;
txPhaseShifter=0;
freqSlopeConst=621;
txStartTime=0;
numAdcSamples=256;
digOutSampleRate=10000;
hpfCornerFreq1=0;
hpfCornerFreq2=0;
rxGain=30;
#END

#
#Profile config parameters, please modify if needed.
#rlProfileCfg_t
#
profileId=3;
pfVcoSelect=2;
startFreqConst=1439117143;
idleTimeConst=1000;
adcStartTimeConst=900;
rampEndTime=6000;
txOutPowerBackoffCode=0;
txPhaseShifter=0;
freqSlopeConst=621;
txStartTime=0;
numAdcSamples=256;
digOutSampleRate=10000;
hpfCornerFreq1=0;
hpfCornerFreq2=0;
rxGain=30;
#END

#
#Chirp Configuration parameters, please modify if needed.
#rlChirpCfg_t
#
chirpStartIdx=0;
chirpEndIdx=63;
profileIdCPCFG=0;
startFreqVar=0;
freqSlopeVar=0;
idleTimeVar=0;
adcStartTimeVar=0;
txEnable=1;
#END

#
#Chirp Configuration parameters, please modify if needed.
#rlChirpCfg_t
#
chirpStartIdx=64;
chirpEndIdx=127;
profileIdCPCFG=0;
startFreqVar=0;
freqSlopeVar=0;
idleTimeVar=0;
adcStartTimeVar=0;
txEnable=2;
#END

#
#Frame configuration parameters, please modify if needed.
#rlFrameCfg_t
#
chirpStartIdxFCF=0;
chirpEndIdxFCF=127;
frameCount=50;
loopCount=1;
periodicity=20000000;
triggerDelay=0;
numAdcSamples=512;
triggerSelect=1;
#END

#
#Advance Frame configuration parameters, please modify if needed.
numOfSubFrames=4;
forceProfile=0;
numFrames=100;
loopBackCfg=0;
triggerSelect=1;
frameTrigDelay=0;
#end

#
#4th sub Frame configuration parameters, please modify if needed.
forceProfileIdx=0;
chirpStartIdxAF=0;
numOfChirps=1;
numLoops=8;
burstPeriodicity=5000000;
chirpStartIdxOffset=0;
numOfBurst=1;
numOfBurstLoops=1;
subFramePeriodicity=5000000;
numAdcSamplesAF=256
numChirpsInDataPacket=1
#end

#
#3rd sub Frame configuration parameters, please modify if needed.
forceProfileIdx=0;
chirpStartIdxAF=0;
numOfChirps=1;
numLoops=8;
burstPeriodicity=5000000;
chirpStartIdxOffset=0;
numOfBurst=1;
numOfBurstLoops=1;
subFramePeriodicity=5000000;
numAdcSamplesAF=256
numChirpsInDataPacket=1
#end

#
#2nd sub Frame configuration parameters, please modify if needed.
forceProfileIdx=0;
chirpStartIdxAF=0;
numOfChirps=1;
numLoops=8;
burstPeriodicity=5000000;
chirpStartIdxOffset=0;
numOfBurst=1;
numOfBurstLoops=1;
subFramePeriodicity=5000000;
numAdcSamplesAF=256
numChirpsInDataPacket=1
#end

#
#1st sub Frame configuration parameters, please modify if needed.
forceProfileIdx=0;
chirpStartIdxAF=0;
numOfChirps=1;
numLoops=8;
burstPeriodicity=5000000;
chirpStartIdxOffset=0;
numOfBurst=1;
numOfBurstLoops=1;
subFramePeriodicity=5000000;
numAdcSamplesAF=256
numChirpsInDataPacket=1
#end

#
#Continuous mode config parameters
#startFreqConst=1435384036;
#txOutPowerBackoffCode=0;
#txPhaseShifter=0;
#digOutSampleRate=10000;
#hpfCornerFreq1=0;
#hpfCornerFreq2=0;
contModeRxGain=30;
vcoSelect=3388;
#end

#
#Advanced chirp config parameters
AdvChirp_chirpParamIdx=0;
AdvChirp_resetMode=0;
AdvChirp_deltaResetPeriod=0;
AdvChirp_deltaParamUpdatePeriod=0;
AdvChirp_sf0ChirpParamDelta=0;
AdvChirp_sf1ChirpParamDelta=0;
AdvChirp_sf2ChirpParamDelta=0;
AdvChirp_sf3ChirpParamDelta=0;
AdvChirp_lutResetPeriod=4;
AdvChirp_lutParamUpdatePeriod=1;
AdvChirp_lutPatternAddressOffset=0;
AdvChirp_numPatterns=4;
AdvChirp_lutBurstIndexOffset=0;
AdvChirp_lutSfIndexOffset=0;
AdvChirp_lutChirpParamSize=0;
AdvChirp_lutChirpParamScale=0;
AdvChirp_maxTxPhShifIntDither=0;
#end

#
#Advanced chirp Profile config LUT parameters
#Each data parameter is 4 bits
AdvChirpLUT_ProfileConfig_LUTAddrOff=0;
AdvChirpLUT_ProfileConfig_Data1=0;
AdvChirpLUT_ProfileConfig_Data2=1;
AdvChirpLUT_ProfileConfig_Data3=2;
AdvChirpLUT_ProfileConfig_Data4=3;
#end

#
#Advanced chirp Start Freq config LUT parameters
#The Start Freq data is in GHz
#Each data parameter is 1 or 2 or 4 bytes depending on ParamSize
# ParamSize Size in bytes
# 0 4
# 1 2
# 2 1
AdvChirpLUT_StartFreqConfig_LUTAddrOff=4;
AdvChirpLUT_StartFreqConfig_ParamSize=1;
AdvChirpLUT_StartFreqConfig_ParamScale=0;
AdvChirpLUT_StartFreqConfig_Data1=-0.000001;
AdvChirpLUT_StartFreqConfig_Data2=0.000000;
AdvChirpLUT_StartFreqConfig_Data3=0.000001;
AdvChirpLUT_StartFreqConfig_Data4=-0.000001;
#end

#
#Advanced chirp Freq Slope config LUT parameters
#The Freq Slope data is in MHz/us
#Each data parameter is 1 byte
AdvChirpLUT_FreqSlopeConfig_LUTAddrOff=12;
AdvChirpLUT_FreqSlopeConfig_Data1=-0.050;
AdvChirpLUT_FreqSlopeConfig_Data2=0.000;
AdvChirpLUT_FreqSlopeConfig_Data3=-0.050;
AdvChirpLUT_FreqSlopeConfig_Data4=0.050;
#end

#
#Advanced chirp Idle time config LUT parameters
#The Idle time data is in us
#Each data parameter is 1 or 2 bytes depending on ParamSize
# ParamSize Size in bytes
# 0 2
# 1 1
AdvChirpLUT_IdleTimeConfig_LUTAddrOff=16;
AdvChirpLUT_IdleTimeConfig_ParamSize=0;
AdvChirpLUT_IdleTimeConfig_ParamScale=0;
AdvChirpLUT_IdleTimeConfig_Data1=0.01;
AdvChirpLUT_IdleTimeConfig_Data2=0.02;
AdvChirpLUT_IdleTimeConfig_Data3=0.00;
AdvChirpLUT_IdleTimeConfig_Data4=0.01;
#end

#
#Advanced chirp ADC time config LUT parameters
#The ADC start time data is in us
#Each data parameter is 1 or 2 bytes depending on ParamSize
# ParamSize Size in bytes
# 0 2
# 1 1
AdvChirpLUT_ADCTimeConfig_LUTAddrOff=24;
AdvChirpLUT_ADCTimeConfig_ParamSize=0;
AdvChirpLUT_ADCTimeConfig_ParamScale=0;
AdvChirpLUT_ADCTimeConfig_Data1=0.02;
AdvChirpLUT_ADCTimeConfig_Data2=0.01;
AdvChirpLUT_ADCTimeConfig_Data3=0.00;
AdvChirpLUT_ADCTimeConfig_Data4=0.01;
#end

#
#Advanced chirp Tx Enable config LUT parameters
#Each data parameter is 4 bits
#b0:TX0 ; b1:TX1; b2:TX2
AdvChirpLUT_TxEnConfig_LUTAddrOff=32;
AdvChirpLUT_TxEnConfig_Data1=7;
AdvChirpLUT_TxEnConfig_Data2=3;
AdvChirpLUT_TxEnConfig_Data3=1;
AdvChirpLUT_TxEnConfig_Data4=2;
#end

#
#Advanced chirp BPM Enable config LUT parameters
#Each data parameter is 4 bits
#b0:TX0 ; b1:TX1; b2:TX2
AdvChirpLUT_BpmEnConfig_LUTAddrOff=36;
AdvChirpLUT_BpmEnConfig_Data1=7;
AdvChirpLUT_BpmEnConfig_Data2=3;
AdvChirpLUT_BpmEnConfig_Data3=1;
AdvChirpLUT_BpmEnConfig_Data4=2;
#end

#
#Advanced chirp Tx0 Phase Shifter config LUT parameters
#The phase shifter data is in degrees
#Each data parameter is 1 byte
AdvChirpLUT_Tx0PhShiftConfig_LUTAddrOff=40;
AdvChirpLUT_Tx0PhShiftConfig_Data1=5.625;
AdvChirpLUT_Tx0PhShiftConfig_Data2=11.250;
AdvChirpLUT_Tx0PhShiftConfig_Data3=16.875;
AdvChirpLUT_Tx0PhShiftConfig_Data4=16.875;
#end

#
#Advanced chirp Tx1 Phase Shifter config LUT parameters
#The phase shifter data is in degrees
#Each data parameter is 1 byte
AdvChirpLUT_Tx1PhShiftConfig_LUTAddrOff=44;
AdvChirpLUT_Tx1PhShiftConfig_Data1=0.000;
AdvChirpLUT_Tx1PhShiftConfig_Data2=5.625;
AdvChirpLUT_Tx1PhShiftConfig_Data3=0.000;
AdvChirpLUT_Tx1PhShiftConfig_Data4=5.625;
#end

#
#Advanced chirp Tx2 Phase Shifter config LUT parameters
#The phase shifter data is in degrees
#Each data parameter is 1 byte
AdvChirpLUT_Tx2PhShiftConfig_LUTAddrOff=48;
AdvChirpLUT_Tx2PhShiftConfig_Data1=5.625;
AdvChirpLUT_Tx2PhShiftConfig_Data2=0.000;
AdvChirpLUT_Tx2PhShiftConfig_Data3=5.625;
AdvChirpLUT_Tx2PhShiftConfig_Data4=0.000;
#end

Hi,

In the continuous mode, device will generate one constant tone for a given frequency. It won't be any chirping sequence.

If you are looking for a long set of chirps continuously then you need to use frame mode to get your modulation scheme, which is default config in this example.

Now to get the data over CSI2, you need to call required mmwavelink APIs to AWR device.

C:\ti\mmwave_dfp_02_02_03_01\ti\example\mmWaveLink_Cascade_Example   example configures device for CSI2, even though it is for cascade but you can refer this to implement it for single chip device for CSI2 streaming.

Regards,

Jitendra

Thanks Jiten,

I am using the default config in the example and so expect continuous chirps however, don't seem to see any activity on the power sense. I am expecting surges in power for every chirp. How do I debug this? what should I look for?

Also, before proceeding to CSI2, given the AWR2243 is specifically meant to output on either LVDS or CSI2, I would see some activity even if it configured for either. 

kindly advise,

Shyam