# # v14 format EEPROM template (AR5416 and later 11n parts) # |===================== Header Information ====================| | Major Version $V_major | Minor Version $V_minor | |-------------------------------------------------------------| | Checksum $checksum | Length $length | | RegDomain 1 $regDmn0 | RegDomain 2 $regDmn1 | | TX Mask $txMask | RX Mask $rxMask | | rfSilent $rfSilent | btOptions $btOptions | | deviceCap $deviceCap | | | MacAddress: $macaddr0:$macaddr1:$macaddr2:$macaddr3:$macaddr4:$macaddr5 | | OpFlags: [$opCapFlags] 11A 1, 11G 1 | | eepMisc: [$eepMisc] endian 0 | |-------------------------------------------------------------| | Customer Data in hex | |= $custData0 $custData1 $custData2 $custData3 $custData4 $custData5 $custData6 $custData7 $custData8 $custData9 $custData10 $custData11 $custData12 $custData13 $custData14 $custData15 =| |= $custData16 $custData17 $custData18 $custData19 $custData20 $custData21 $custData22 $custData23 $custData24 $custData25 $custData26 $custData27 $custData28 $custData29 $custData30 $custData31 =| |= $custData32 $custData33 $custData34 $custData35 $custData36 $custData37 $custData38 $custData39 $custData40 $custData41 $custData42 $custData43 $custData44 $custData45 $custData46 $custData47 =| |= $custData48 $custData49 $custData50 $custData51 $custData52 $custData53 $custData54 $custData55 $custData56 $custData57 $custData58 $custData59 $custData60 $custData61 $custData62 $custData63 =| |=============================================================| .ifmode 11a |=========== 5GHz Modal Header ===========| | Ant Chain 0 $antCtrlChain0 | | Ant Chain 1 $antCtrlChain1 | | Ant Chain 2 $antCtrlChain2 | | Ant Chain common 0x00001120 | | Antenna Gain Chain 0 $antGainCh0 | | Antenna Gain Chain 1 $antGainCh1 | | Antenna Gain Chain 2 $antGainCh2 | | Switch Settling $switchSettling | | TxRxAttenuation Ch 0 $txRxAttenCh0 | | TxRxAttenuation Ch 1 $txRxAttenCh1 | | TxRxAttenuation Ch 2 $txRxAttenCh2 | | RxTxMargin Chain 0 $rxTxMarginCh0 | | RxTxMargin Chain 1 $rxTxMarginCh1 | | RxTxMargin Chain 2 $rxTxMarginCh2 | | adc desired size $adcDesiredSize | | pga desired size $pgaDesiredSize | | xlna gain Chain 0 $xlnaGainCh0 | | xlna gain Chain 1 $xlnaGainCh1 | | xlna gain Chain 2 $xlnaGainCh2 | | tx end to xpa off $txEndToXPAOff | | tx end to rx on $txEndToRxOn | | tx frame to xpa on $txFrameToXPAOn | | thresh62 $thresh62 | | noise floor thres 0 $noiseFloorThreshCh0 | | noise floor thres 1 $noiseFloorThreshCh1 | | noise floor thres 2 $noiseFloorThreshCh2 | | Xpd Gain Mask $xpdGain | | Xpd extern $xpd | | IQ Cal I, Q Chain 0 $iqCalICh0, $iqCalQCh0 | | IQ Cal I, Q Chain 1 $iqCalICh1, $iqCalQCh1 | | IQ Cal I, Q Chain 2 $iqCalICh2, $iqCalQCh2 | | pdGain Overlap $pdGainOverlap dB | | Analog Output Bias (ob) $ob | | Analog Driver Bias (db) $db | | Xpa bias level $xpaBiasLvl | | pwr dec 2 chain $pwrDecreaseFor2Chain dB | | pwr dec 3 chain $pwrDecreaseFor3Chain dB | | txFrameToDataStart $txFrameToDataStart | | txFrameToPaOn $txFrameToPaOn | | ht40PowerIncForPdadc $ht40PowerIncForPdadc | |=========================================| ============================Target Power Info=============================== | rate | $testChannel0 | $testChannel1 | $testChannel2 | $testChannel3 | |==============|==============|==============|==============|==============| | 6-24 | $pwr6_24_0 | $pwr6_24_1 | $pwr6_24_2 | $pwr6_24_3 | | 36 | $pwr36_0 | $pwr36_1 | $pwr36_2 | $pwr36_3 | | 48 | $pwr48_0 | $pwr48_1 | $pwr48_2 | $pwr48_3 | | 54 | $pwr54_0 | $pwr54_1 | $pwr54_2 | $pwr54_3 | |==============|==============|==============|==============|==============| | rate | $testChannel4 | $testChannel5 | $testChannel6 | $testChannel7 | |==============|==============|==============|==============|==============| | 6-24 | $pwr6_24_4 | $pwr6_24_5 | $pwr6_24_6 | $pwr6_24_7 | | 36 | $pwr36_4 | $pwr36_5 | $pwr36_6 | $pwr36_7 | | 48 | $pwr48_4 | $pwr48_5 | $pwr48_6 | $pwr48_7 | | 54 | $pwr54_4 | $pwr54_5 | $pwr54_6 | $pwr54_7 | |==============|==============|==============|==============|==============| =======================Test Group Band Edge Power======================== .forctl | | | CTL: $CTL [ $ctlRD $ctlType mode ] | |=======|=======|=======|=======|=======|=======|=======|=======|=======| | edge | $rdEdge0 | $rdEdge1 | $rdEdge2 | $rdEdge3 | $rdEdge4 | $rdEdge5 | $rdEdge6 | $rdEdge7 | |=======|=======|=======|=======|=======|=======|=======|=======|=======| | power | $rdEdgePower0 | $rdEdgePower1 | $rdEdgePower2 | $rdEdgePower3 | $rdEdgePower4 | $rdEdgePower5 | $rdEdgePower6 | $rdEdgePower7 | |=======|=======|=======|=======|=======|=======|=======|=======|=======| | flag | $rdEdgeFlag0 | $rdEdgeFlag1 | $rdEdgeFlag2 | $rdEdgeFlag3 | $rdEdgeFlag4 | $rdEdgeFlag5 | $rdEdgeFlag6 | $rdEdgeFlag7 | ========================================================================= .endforctl .endmode .ifmode 11g =============Target Power Info================ | rate | $testChannel0 | $testChannel1 | |==============|==============|==============| | 1 | $pwr6_24_0 | $pwr6_24_1 | | 2 | $pwr36_0 | $pwr36_1 | | 5.5 | $pwr48_0 | $pwr48_1 | | 11 | $pwr54_0 | $pwr54_1 | |==============|==============|==============| =======================Test Group Band Edge Power======================== .forctl | | | CTL: $CTL [ $ctlRD $ctlType mode ] | |=======|=======|=======|=======|=======|=======|=======|=======|=======| | edge | $rdEdge0 | $rdEdge1 | $rdEdge2 | $rdEdge3 | $rdEdge4 | $rdEdge5 | $rdEdge6 | $rdEdge7 | |=======|=======|=======|=======|=======|=======|=======|=======|=======| | power | $rdEdgePower0 | $rdEdgePower1 | $rdEdgePower2 | $rdEdgePower3 | $rdEdgePower4 | $rdEdgePower5 | $rdEdgePower6 | $rdEdgePower7 | |=======|=======|=======|=======|=======|=======|=======|=======|=======| | flag | $rdEdgeFlag0 | $rdEdgeFlag1 | $rdEdgeFlag2 | $rdEdgeFlag3 | $rdEdgeFlag4 | $rdEdgeFlag5 | $rdEdgeFlag6 | $rdEdgeFlag7 | ========================================================================= .endforctl .endmode