; v4.4 release [Scanner Can] CanRGBCorrect=1 [COLORMATCH] sRGB=1.155035,0.239776,-0.292395,-0.038303,0.990493,0.140194,0.022889,-0.263544,1.369711 [SCAN_PARAM] SampleRate=1 // 1: Pixel-Rate 0:Line-Rate SensorType=1 // 1: CCD 0: CIS ;DebugMode=1 // debug message 1: enable 0:disable ;Calibrate=0 // calibrate mode enable 1: enable 0:disable ;ScanWhiteBoard=1 // park to home after calibrate 1:enble 0:disable ECG1=140 //0xC0 // even pixel DC offset gain-1 ECG2=140 //0xC0 // even pixel DC offset gain-2 ECG3=140 //0xC0 // even pixel DC offset gain-3 OCG1=140 //0xC0 // odd pixel DC offset gain-1 OCG2=140 //0xC0 // odd pixel DC offset gain-2 OCG3=140 //0xC0 // odd pixel DC offset gain-3 VGAG1=1 // VGA gain for Red if no calibrate VGAG2=1 // VGA gain for Green if no calibrate VGAG3=1 // VGA gain for Blue if no calibrate [SCAN_CALI] DCOffsetItem[1]=254 // DC offset for red after 1st adc offset calib DCOffsetItem[2]=205 // DC offset for greeen after 1st adc offset calib DCOffsetItem[3]=218 // DC offset for blue after 1st adc offset calib VGAGain[1]=8 // adc gain for red after adc gain calib VGAGain[2]=3 // adc gain for greeen after adc gain calib VGAGain[3]=5 // adc gain for blue after adc gain calib DCOffsetItem2[1]=0 // DC offset for red after 2nd adc offset calib DCOffsetItem2[2]=207 // DC offset for green after 2nd adc offset calib DCOffsetItem2[3]=220 // DC offset for blue after 2nd adc offset calib [PLATFORM] SensorChannelPos=1 // 1:Red is first line 0:Blue SensorLineDistance=12 // line spacing for ccd SensorResolution=1200 // sensor res ADFMotorResolution=1200 // full step ADF motor res MotorResolution=1200 // full-step motor resolution MotorBaseSpeed=680 // full step pps MotorParkSpeed=2500 //3600 //3800//4700 //sometimes fail @4900,4800//always fail @5000 MotorStep1PPS=400 300 //400 //300 MotorStep2PPS=1000 900 //1000 //1300 MotorStep3PPS=1500 1200 //1500 //2000 MotorStep4PPS=2000 1500 //2000 //2500 MMTIStep1=4 //5 MMTIStep2=3 MMTIStep3=2 MMTIStep4=1 BufferFullMotorBackStep=14 LampOffTimer=5 FlbStartFromHome=200 //100//140 CalibratetoScan=470 //520//470 LeftBlackPos=100 //160//260 TargetPPS=3603 [FIXED_TG] CVTR1M=0x7 CVTR2M=0x7 CVTR3M=0x7 RSCLPC=0x1 CVTRP=0x1 CVTRW=0x6 //0x3 //0x6 CVTRBPW=0x2 //0x3 //0x2 CVTRFPW=0x2 //0x1 //0x2 [NORMAL_TG] CPH0P=0x01FFE0 //FE001F CISCKP=0x0 //CPH0LP=0x0 CSMPP=0x0 //CPH1LP=0x0 CRSP=0x300000 //0xCFFFFF CCLPP=0x060000 //0xF9FFFF CPH0S=0x1 //CPH0PS=0x1 CISCKS=0x0 //CPH0LPS=0x0 CSMPS=0x0 //CPH1LPS=0x0 CISCKL=0x0 CSMPL=0x0 CRSL=0x0 //0x1 CCLPL=0x0 //0x1 CDSS1=0xb CDSC1=0xd CDSS2=0x0 CDSC2=0x1 [DOUBLE_TG] CPH0P=0xfc7fc7 CISCKP=0x0 //CPH0LP=0x0 CSMPP=0x0 //CPH1LP=0x0 CRSP=0x300000 CCLPP=0x060000 CPH0S=0x1 //CPH0PS=0x1 CISCKS=0x0 //CPH0LPS=0x0 CSMPS=0x0 //CPH1LPS=0x0 CISCKL=0x0 //0x1 CSMPL=0x0 CRSL=0x0 //0x1 CCLPL=0x0 //0x1 CDSS1=0xb CDSC1=0xd CDSS2=0x0 CDSC2=0x1 [TRIPLE_TG] CPH0P=0x033fcc CISCKP=0x0 //CPH0LP=0x0 CSMPP=0x0 //CPH1LP=0x0 CRSP=0x300000 CCLPP=0x060000 CPH0S=0x1 //CPH0PS=0x1 CISCKS=0x0 //CPH0LPS=0x0 CSMPS=0x0 //CPH1LPS=0x0 CISCKL=0x0 //0x1 CSMPL=0x0 CRSL=0x0 //0x1 CCLPL=0x0 //0x1 CDSS1=0x8 CDSC1=0xa CDSS2=0x0 CDSC2=0x1 [DDOUBLE_TG] CPH0P=0x028028 CISCKP=0x0 //CPH0LP=0x0 CSMPP=0x0 //CPH1LP=0x0 CRSP=0x300000 CCLPP=0x060000 CPH0S=0x1 //CPH0PS=0x1 CISCKS=0x0 //CPH0LPS=0x0 CSMPS=0x0 //CPH1LPS=0x0 CISCKL=0x0 //0x1 CSMPL=0x0 CRSL=0x0 //0x1 CCLPL=0x0 //0x1 CDSS1=0x8 CDSC1=0xa CDSS2=0x0 CDSC2=0x1 [RES1200Color] TargetCode=0xFDFDFD//D7C7BD // Blue Green Red MotorMode=2 // 0:fullstep 1:halfstep 2:quaterstep CCDTiming=1 // 1:normal 2:double 3:triple 4:ddouble ThroughRate=2 // 0:1Mhz, 1:1.5Mhz, 2:2Mhz, // 0:1MHz 1:2MHz 2:4MHz 3:8MHz 4:1.5MHz ExposureTime=16500 TAThroughRate=0 TAExposureTime=11000 [RES600Color] TargetCode=0xFDFDFD//0xDAD2C8 //0xD6D0D0 //D3C8BF // Blue Green Red MotorMode=2 // 0:fullstep 1:halfstep 2:quaterstep CCDTiming=2 // 1:normal 2:double 3:triple 4:ddouble ThroughRate=2 // 0:1Mhz, 1:1.5Mhz, 2:2Mhz, // 0:1MHz 1:2MHz 2:4MHz 3:8MHz 4:1.5MHz ExposureTime=8250 TAThroughRate=0 TAExposureTime=11000 [RES400Color] TargetCode=0xFDFDFD//0xD3C8BF // Blue Green Red MotorMode=2 // 0:fullstep 1:halfstep 2:quaterstep CCDTiming=3 // 1:normal 2:double 3:triple 4:ddouble ThroughRate=2 //5 // 0:1Mhz, 1:1.5Mhz, 2:2Mhz, // 0:1MHz 1:2MHz 2:4MHz 3:8MHz 4:1.5MHz 5:6MHz ExposureTime=5500 TAThroughRate=0 TAExposureTime=11000 [RES300Color] TargetCode=0xFDFDFD//0xD3C8BF // Blue Green Red MotorMode=2 // 0:fullstep 1:halfstep 2:quaterstep CCDTiming=2 // 1:normal 2:double 3:triple 4:ddouble ThroughRate=2 // 0:1Mhz, 1:1.5Mhz, 2:2Mhz,// 0:1MHz 1:2MHz 2:4MHz 3:8MHz 4:1.5MHz ExposureTime=8250 TAThroughRate=0 TAExposureTime=11000 [RES200Color] TargetCode=0xFDFDFD//0xD3C8BF // Blue Green Red MotorMode=1 // 0:fullstep 1:halfstep 2:quaterstep CCDTiming=3 // 1:normal 2:double 3:triple 4:ddouble ThroughRate=2 //5 // 0:1Mhz, 1:1.5Mhz, 2:2Mhz, // 0:1MHz 1:2MHz 2:4MHz 3:8MHz 4:1.5MHz ExposureTime=5500 TAThroughRate=0 TAExposureTime=11000 [RES150Color] TargetCode=0xFDFDFD//0xD3C8BF // Blue Green Red MotorMode=2 // 0:fullstep 1:halfstep 2:quaterstep CCDTiming=4 // 1:normal 2:double 3:triple 4:ddouble ThroughRate=2 // 0:1Mhz, 1:1.5Mhz, 2:2Mhz// 0:1MHz 1:2MHz 2:4MHz 3:8MHz 4:1.5MHz ExposureTime=8250 TAThroughRate=0 TAExposureTime=11000 [RES100Color] TargetCode=0xFDFDFD//0xD3C8BF // Blue Green Red MotorMode=0 //1 // 0:fullstep 1:halfstep 2:quaterstep CCDTiming=3 // 1:normal 2:double 3:triple 4:ddouble ThroughRate=2 //5 // 0:1Mhz, 1:1.5Mhz, 2:2Mhz // 0:1MHz 1:2MHz 2:4MHz 3:8MHz 4:1.5MHz ExposureTime=5500 TAThroughRate=0 TAExposureTime=11000 [RES75Color] TargetCode=0xFDFDFD//0xF0E0E0 ;0xD7CAC0 // Blue Green Red MotorMode=2 0 // 0:fullstep 1:halfstep 2:quaterstep CCDTiming=4 // 1:normal 2:double 3:triple 4:ddouble ThroughRate=2 //3 // 0:1Mhz, 1:1.5Mhz, 2:2Mhz // 0:1MHz 1:2MHz 2:4MHz 3:8MHz 4:1.5MHz ExposureTime=8000 //4125 TAThroughRate=0 TAExposureTime=11000 [RES50Color] TargetCode=0xFDFDFD//0xDFCFC8 // Blue Green Red MotorMode=0 // 0:fullstep 1:halfstep 2:quaterstep CCDTiming=3 // 1:normal 2:double 3:triple 4:ddouble ThroughRate=2 //3 // 0:1Mhz, 1:1.5Mhz, 2:2Mhz // 0:1MHz 1:2MHz 2:4MHz 3:8MHz 4:1.5MHz ExposureTime=7000//6300//5800//5600//5200 TAThroughRate=0 TAExposureTime=11000 [RES1200Gray] TargetCode=0xFDFDFD//0xD5C2BC // Blue Green Red MotorMode=2 // 0:fullstep 1:halfstep 2:quaterstep CCDTiming=1 // 1:normal 2:double 3:triple 4:ddouble ThroughRate=0 //1 // 0:1MHz 1:2MHz 2:4MHz 3:8MHz 4:1.5MHz ExposureTime=11000 //8000 TAThroughRate=0 TAExposureTime=12000 [RES600Gray] TargetCode=0xFDFDFD//0xD5C2BC // Blue Green Red MotorMode=2 // 0:fullstep 1:halfstep 2:quaterstep CCDTiming=2 // 1:normal 2:double 3:triple 4:ddouble ThroughRate=0 //1 // 0:1MHz 1:2MHz 2:4MHz 3:8MHz 4:1.5MHz ExposureTime=5500 //8000 TAThroughRate=0 TAExposureTime=12000 [RES400Gray] TargetCode=0xFDFDFD//0xD5C2BC // Blue Green Red MotorMode=2 // 0:fullstep 1:halfstep 2:quaterstep CCDTiming=3 // 1:normal 2:double 3:triple 4:ddouble ThroughRate=0 //1 // 0:1MHz 1:2MHz 2:4MHz 3:8MHz 4:1.5MHz ExposureTime=4000 //8000 TAThroughRate=0 TAExposureTime=12000 [RES300Gray] TargetCode=0xFDFDFD//0xD5C2BC // Blue Green Red MotorMode=1 //2 // 0:fullstep 1:halfstep 2:quaterstep CCDTiming=2 // 1:normal 2:double 3:triple 4:ddouble ThroughRate=0 //1 // 0:1MHz 1:2MHz 2:4MHz 3:8MHz 4:1.5MHz ExposureTime=5500 //8000 TAThroughRate=0 TAExposureTime=12000 [RES200Gray] TargetCode=0xFDFDFD//0xD5C2BC // Blue Green Red MotorMode=1 //2 // 0:fullstep 1:halfstep 2:quaterstep CCDTiming=3 // 1:normal 2:double 3:triple 4:ddouble ThroughRate=0 //1 // 0:1MHz 1:2MHz 2:4MHz 3:8MHz 4:1.5MHz ExposureTime=4000 //8000 TAThroughRate=0 TAExposureTime=12000 [RES150Gray] TargetCode=0xFDFDFD//0xD5C2BC // Blue Green Red MotorMode=2 // 0:fullstep 1:halfstep 2:quaterstep CCDTiming=2 // 1:normal 2:double 3:triple 4:ddouble ThroughRate=0 //1 // 0:1MHz 1:2MHz 2:4MHz 3:8MHz 4:1.5MHz ExposureTime=6000 //8000 TAThroughRate=0 TAExposureTime=12000 [RES100Gray] TargetCode=0xFDFDFD//0xD5C2BC // Blue Green Red MotorMode=0 //1 //2 // 0:fullstep 1:halfstep 2:quaterstep CCDTiming=3 // 1:normal 2:double 3:triple 4:ddouble ThroughRate=0 //1 // 0:1MHz 1:2MHz 2:4MHz 3:8MHz 4:1.5MHz ExposureTime=5500 //4000 //8000 TAThroughRate=0 TAExposureTime=12000 [RES75Gray] TargetCode=0xFDFDFD//0xD5C2BC // Blue Green Red MotorMode=2 // 0:fullstep 1:halfstep 2:quaterstep CCDTiming=4 // 1:normal 2:double 3:triple 4:ddouble ThroughRate=0 //1 // 0:1MHz 1:2MHz 2:4MHz 3:8MHz 4:1.5MHz ExposureTime=3000 //8000 TAThroughRate=0 TAExposureTime=12000 [RES50Gray] TargetCode=0xFDFDFD//0xD5C2BC // Blue Green Red MotorMode=0 //2 // 0:fullstep 1:halfstep 2:quaterstep CCDTiming=3 // 1:normal 2:double 3:triple 4:ddouble ThroughRate=0 //1 // 0:1MHz 1:2MHz 2:4MHz 3:8MHz 4:1.5MHz ExposureTime=8000 7000 //8000 TAThroughRate=0 TAExposureTime=12000 [RTSCAN] AutoEdgeBlack=-80 //40 RemoveDarkEdge=40 [ScanInfo] ScanXStart=0 ;not ready ScanYStart=450 500 ; 420 ParkHomeAfterCalib=1; //HwGamma=17 10 // divide by 10 , raw=10 DefGamma=0 10 ; 0 ;gamma = (10+n)/10 swGamma=1 //gamma flag, only applied when DefGamma 0 DefBkLinear=20; GammaR=0 ; GammaG=0 ; GammaB=0 ; BkLinearR=20 ; BkLinearG=20 ; BkLinearB=20 WarmupTime=5 // sec SleepTime=900 //sec PreviewDPI=75 [CalibReflective] //strip info WStripXPos=20 WStripYPos=100 BStripXPos=0 BStripYPos=0 WRefR=237 WRefG=238 WRefB=229 BRefR=10 BRefG=10 BRefB=10 RefBitDepth=8 //ADC OFFSET CalibOffsetOn=1 OffsetR=146 OffsetG=142 OffsetB=150 OffsetHeight=10 OffsetPixelStart=20 OffsetNPixel=20 OffsetNSigma=1 OffsetTargetMax=50 OffsetTargetMin=2 //ADC GAIN CalibGainOn=1 GainR=10 GainG=4 GainB=7 GainHeight=30 GainTargetFactor=90 // SHADING WShadingOn=1 WShadingHeight=20 WShadingPreDiffR=-1 WShadingPreDiffG=-1 WShadingPreDiffB=-1 // SHADOW BShadingOn=1 BShadingHeight=20 BShadingPreDiffR=2 BShadingPreDiffG=2 BShadingPreDiffB=2 // SaveCalibFile=0 CalibMethod=0 ;0:fit, 1: realtek [CalibMotorAcc] MotorBaseSpeed=700 // by full-step pps MotorParkSpeed=3000 //4700//sometimes fail @4900,4800//always fail @5000 MotorStep1PPS=500 //mmtits MotorStep2PPS=800//1300 //mmtit1 MotorStep3PPS=1500//2000 //mmtit2 MotorStep4PPS=2000//2500 //mmtit3 MMTIStep1=4//5 //mmtiss MMTIStep2=3 //mmtit1s MMTIStep3=2 //mmtit2s MMTIStep4=1 //mmtit3s BufferFullMotorBackStep=14 [RFT_1200] CutOff_R=0 //divided by 10 CutOff_G=0 //divided by 10 CutOff_B=0 //divided by 10 [RFT_600] CutOff_R=0 //divided by 10 CutOff_G=0 //divided by 10 CutOff_B=0 //divided by 10 [RFT_400] CutOff_R=0 //divided by 10 CutOff_G=0 //divided by 10 CutOff_B=0 //divided by 10 [RFT_300] CutOff_R=0 //divided by 10 CutOff_G=0 //divided by 10 CutOff_B=0 //divided by 10 [RFT_200] CutOff_R=0 //divided by 10 CutOff_G=0 //divided by 10 CutOff_B=0 //divided by 10 [RFT_150] CutOff_R=0 //divided by 10 CutOff_G=0 //divided by 10 CutOff_B=0 //divided by 10 [RFT_100] CutOff_R=0 //divided by 10 CutOff_G=0 //divided by 10 CutOff_B=0 //divided by 10 [RFT_75] CutOff_R=0 //divided by 10 CutOff_G=0 //divided by 10 CutOff_B=0 //divided by 10 [RFT_50] CutOff_R=0 //divided by 10 CutOff_G=0 //divided by 10 CutOff_B=0 //divided by 10Download Driver Pack
After your driver has been downloaded, follow these simple steps to install it.
Expand the archive file (if the download file is in zip or rar format).
If the expanded file has an .exe extension, double click it and follow the installation instructions.
Otherwise, open Device Manager by right-clicking the Start menu and selecting Device Manager.
Find the device and model you want to update in the device list.
Double-click on it to open the Properties dialog box.
From the Properties dialog box, select the Driver tab.
Click the Update Driver button, then follow the instructions.
Very important: You must reboot your system to ensure that any driver updates have taken effect.
For more help, visit our Driver Support section for step-by-step videos on how to install drivers for every file type.