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User Manual SP-12000M-CXP4 SP-12000C-CXP4

1. correction points executed ShadingMode SP 12000M CXP4 Flat Shading Select the shading correction mode Flat Shading fixed SP 12000C CXP4 Flat Shading Color Shading ShadingCorrectionMode Off User 1 User 2 User 3 Off Select whether to use shading correction When using the function select the user area to which to save the shading correction value ShadingCalibration Execute shading correction After execution the shading correction value is automatically saved to the selected user area Enable disable DSNU correction correction VideoSendModeSelector Normal Mode Normal Mode Select the video send mode Trigger Sequence Mode Command Sequence Mode Multi Mode Select the sequence ROI index table Set the frame count SequenceRoiNextIndex Index 1 to 128 Off Index 1 Select the next index When Off is selected sequence operation will stop with this index Set the width Set the heigh SequenceRoiOffsetX Set the horizontal position SequenceRoiOffsetY 0 to 3056 2 steps Set the vertical position Set the gain value SequenceRoiGainR_ 0 4467 to 56235 JO SSS SequenceRoiExposureTime 15 8bit 10486 Set the exposure time 20 1 Obit to 7999999 SequenceRoiLutEnable Off On Off Set whether to enable the LUT SequenceRoiHBinning Set the number of pixels in the horizontal SP 12000M CXP4 onl direction for which to perform binning SequenceRoiVBinning Set the number of pixels in t
2. SP 12000M CXP4 Binning Off 128 16 Binning 2 On 256 Z The minimum value for Monochrome varies depending on the Binning setting SP 12000C CXP4 128 16 Example 1 Without binning Binning Horizontal 1 Binning Vertical 1 Oise Width OffsetY Height 4096 Width Max SP 12000M CXP4 only Scanning range Example 2 With binning Binning Horizontal 2 Binning Vertical 2 S Width OffsetY Height 3072 Height Max 2048 Width Max Scanning range 1536 Height Max For details on the frame rates for common ROI sizes see Frame Rate Reference page 58 SP 12000M CXP4 SP 12000C CXP4 Video Send Mode Switch the video send mode to configure and operate Multi ROI Sequence Trigger and other JAI Custom Control functions Video Send Mode E To switch the video send mode Select the video send mode in Video Send Mode Selector Video Send Mode Selector option Description Normal Mode Normal camera operation Multi Mode Multi ROI Multi ROI mode that allows you to configure ROI settings for up to 5 images Trigger Sequence Mode Sequence Trigger mode that executes presets in a predefined order based on Sequence Roi Frame Count and Sequence Roi Next Index Starts at Index 1 Command Sequence Mode Sequence Trigger mode that executes the preset listed in Command Sequence Index each time a trigger i
3. 29 SP 12000M CXP4 SP 12000C CXP4 H Line Time is the horizontal synchronization period and will differ depending on the camera s settings Refer to the maximum frame rate formula on page 27 for the formula used to calculate Line Time 2 Trigger Width Trigger Mode Example When Frame Start Trigger is On and Exposure Mode is Trigger Width Selector Value Trigger Source Line4 TTL in 1 Opt In Filter Selector Off Overlap Read Out Pixel Format 8 bit Exposure Time 15 us Scanning range Shortest period trigger Full 5 273 ms ROI 2 3 Height 2048 x Width 2720 2 476 ms ROI 1 2 Height 1536 x Width 2048 1 684 ms ROI 1 4 Height 768 x Width 1024 0 858 ms ROI 1 8 Height 384 x Width 512 0 445 ms Binning 2x1 2x2 1x2 Full 5 273 ms SP 12000M CXP4 only Trigger Se es U t3 q CMOS exposure COSSOS OSSD Exposure active se ee E o gt xposure duration 4 t4 q FVAL D es T ti t2 t3 t4 minimum 10 us 8 bit 15 us 10 bit 40uto4 0yu 1L 0 6 u to 0 6 u 1L 14L to 15L Trigger overlap Off a K Trigger Sensor Exposure lt lt gt r F i Next trigger input Next trigger start prohibited period i allowed period LC EEN FVAL Valid data Period Height x Line Period le 30 Trigger overlap
4. High Level Low Level Rising Edge Falling Edge Low High Acquisition Trigger Wait Frame Trigger Wait Frame Active Exposure Active FVAL User Output 0 User Output 1 Line4 TTL In 1 Lined Opt In 1 Line7 CXP In Line10 TTL In 2 Line11 LVDS In Nand 0 Out Nand 1 Out PulseGeneratorInverter True False False PulseGeneratorClearSource Set the division value for the prescaler 12 bit using the pixel clock as the base clock Select the pulse generator Set the count up value clock value for the pulse generator Set the active output start count value for the pulse generator Set the active output stop count value for the pulse generator Set the repeat count for the pulse generator Set the clear signal condition for the count clear input of the pulse generator Select the count clear input signal source Select whether to invert the polarity of the count clear input signal Async Mode Select the sync mode for the count clear Sync Mode input signal g LUTControl J Cid TC Configure LUT settings LutSelector R B H Select the LUT channel to control Lutindex Oto 255 DT Setthe LUT index table number LutValue CF to4095 Jo l Setthe LUT value h UserSetControl UserSetSelector UserSetLoad L Default User Set1 to 3 UserSetSave La a LowRight Default factory default values Cd TriggerOption Off PIV Off ALCReference 10 to 100 ALCAreaSelector
5. F Mount _ 6 3 O POWERTRIG Outside size tolerance 0 3mm SP 12000M CXP4 SP 12000C CXP4 User s Record Camera type SP 12000M CXP4 SP 12000C CXP4 Revision css ssc c c ss Serial No ccs ss sese Firmware version sss e e c x c x For camera revision history please contact your local JAI distributor Trademarks e Microsoft and Windows are trademarks or registered trademarks of Microsoft Corporation in the United States and other countries e Intel and Intel Core are trademarks of Intel Corporation in the United States and other countries Other system and product names described in this document are trademarks or registered trademarks of their respective owners The and symbols are not used in this document 60 Index SP 12000M CXP4 SP 12000C CXP4 6 pin round 10 A AC adapter 15 Acquisition Control 26 acquisition modes 26 Adjusting the Black Level 22 Adjusting the Gain 21 Adjusting the White Balance 22 ALC 43 Automatic Level Control Function 43 B black level 22 C Camera locking screw holes 12 Configuring Exposure 18 Connecting Devices 14 D DC IN 10 DC IN trigger IN connector 10 Digital Input Output Settings 25 Dimensions 59 E exposure 18 Exposure Mode 27 External Trigger Settings 18 F factory default settings 55
6. 1 Timed Trigger Mode Example When Frame Start Trigger is On and Exposure Mode is Timed Selector Value Trigger Option Off Trigger Source Line4 TTL in 1 Opt In Filter Selector Off Overlap Read Out Pixel Format 8 bit Exposure Time 15 us Scanning range Shortest period trigger Full 5 276 ROI 2 3 Height 2048 x Width 2720 2 478 ROI 2 3 Height 1536 x Width 2048 1 686 ROI 2 3 Height 768 x Width 1024 0 860 ROI 2 3 Height 384 x Width 512 0 447 Binning 2x1 2x2 1x2 Full 5 276 SP 12000M CXP4 only ti Trigger a a CMOS exposure sn _ gt t2 lt Exposure active a TT 4 xposure duration gt t3 FVAL t1 t2 3 10 us minimum 2 4 uto2 4u 1L 14L to 15L Trigger overlap Off ie gt i gt l hi L Next trigger input Next trigger start prohibited period 1 Trigger SE P j allowed period Sensor Exposure Valid data Period B t Height x Line Period pc H it gt it Ka gt EEN L AN i i FVAL i 28 SP 12000M CXP4 SP 12000C CXP4 Trigger overlap Readout Exposure Time lt i Next trigger start prohibited period i i Next trigger input Trigger gg E P i allowed period i A2 Next trigger start allowed period Next trigger end prohibited period Exposure Time Valid data Period i ft i B i Height x
7. 1 Set Exposure Mode to Trigger Width When you select Trigger Width Trigger Mode will automatically be set to On 2 Set Trigger Selector to Frame Start Frame Start is the default setting 3 If necessary change the Trigger Source and Trigger Activation settings Other controls In addition to exposure time the following can also be controlled by external triggers Select these control operations in Trigger Selector Trigger Selector setting Description Acquisition Start Start image acquisition Acquisition End Stop image acquisition Control Without External Triggers When Controlling the Exposure Time Using Specified Exposure Times Configure the settings as follows Item Setting value selectable range Trigger Selector trigger operation Frame Start Trigger Mode Off Exposure Mode Timed control via exposure time Exposure Time 15 8 bit or 20 10 bit to 7999892 us 1 us step Exposure Auto Off Continuous 1 The maximum value for Exposure Time varies depending on the value configured for the Acquisition Frame Rate Raw setting Max value for Exposure Time Acquisition Frame Rate Raw value 1 Set Exposure Mode to Timed Timed is the default setting 2 Specify the exposure time in Exposure Time The setting value for the exposure time can only be changed when Exposure Auto is set to Off If Exposure Auto is set to
8. 10 47 4947 40 4 0to17 4 1946 97 060 060to141 25 0 60 3G 2 10 12 38 3892 40 40to209 156 7 92 060 060to17 4 31 0 69 3G 1 8 10 23 7626 40 4010311 3845 95 060 060to27 5 230 45 3G 1 10 12 19 206 40 4 0to37 7 3083 52 060 060to342 31 0 42 a SP 12000M CXP4 SP 12000C CXP4 Formulas for each Link Config g 0 o JU 0 E o y o v X X gt Oo U oOo U S Z SZ og xo jS 6s SIA 2 7 S 2 S Q 23 9291899189 xe s8 LU Cc Cc amp Gl C c o aq G D o gt o gt os r S m S 5 0 z D g Ssl a6 Fo Izl s os 54 88 o 2 D 23 a3 23 zs 253 23 EI II GI Qe J D as 2 2 o a ag ag mals L w G D aS S ax 7 28 G 2 MHALL jo 7 5 g amp as Q ct 5 lt lra u ra G D 3 lt 0 o re gt e Wo E Lu Jea e o S W T sox NA 2 OP 1 M GS ar ag aa o a Ss ico G x Cum ea a a 3 le E II D D calo D 2 23 9 3 2 o D 9 G ga G Da Dr 25 Oost Oc oa Q2 gt A S 8z a 0 91061 25 29 14 Height 2 x H 4 0 4 0 14H 8 bit 0 0 0 60 0 60 50 0 15 0 O to 1H 9H 10 bit O to 1H E 6G 1 H Line Time is the horizontal synchronization period and will differ depending on the camera s settings Refer to the maximum frame rate formula on page 27 for the formula used to calculate Line Time 3 PIV Trigger Mode Example When Frame Start Trigger is On
9. Enabled True False False Display name TLActiveSilicon AvalData AvalData Transport name AvalData Full path to cti file avaldata tf GenTL cti Enabled True False False Display name AvalData BitFlow_CXP_Framegrabber BitFlow_CXP Transport name BitFlow_CXP_Framegrabber Full path to cti file BFGTL cti Enabled True False False Display name BitFlow_CXP Asynchronous Image Recording Recording Count Recording Skip Count 025 000 ol i LO SP 12000M CXP4 SP 12000C CXP4 Item Setting range Default value Recording mode List CyclicBuffer List Optimize the AVI file creation for Mono8 True Prompt user for AVI Encoder True CXP Transport Layer eee 8 R Sync Remote And Local Devices True False True File Save File Format Tiff Encoder parameter SS ee 075 Look and feel ee ee l Visibility Level Beginner EX displa False Display ToolTips True Floating Point Display Notation Automatic Floating Point Display Precision OS 005 Display the Remote device layer at the top of the tree True False True transport at the bottom Refresh Property Grid After Editing False Override TrackBar Floating point display precision True False False settings Make the control tool appear on top of images False Timestamp display format Ticks MSec PTP Ticks Plugins l Search path for plugin DLLs O Aplin Enable the plug in button on the menu tab True False False Support eee SLU Open settings file after save True
10. o o o yoyoyosloryo Frame Trigger Wait Gl Ql Ol GO Ol Ql GO Ol O O Frame Active Ol Ol Ql Ql Ql GO Qi GO Ol O FVAL Ql Ol Oi Ol Ol O Ol GO Ol O LVAL x x x x Ol Ql Gl Ql GO 0 Pulse Trigger Source Line Source Generator Clear Source Use Under the factory default settings page 18 the external input signal from the 12 pin connector OPT 1 In is connected as the source signal for the Frame Start trigger signal 25 SP 12000M CXP4 SP 12000C CXP4 Acquisition Control Image Acquisition Controls Perform operations and configure settings related to image acquisition in Acquisition Control The following acquisition modes are available on the camera Acquisition Mode Description Single Frame Acquire a single frame when the Acquisition Start command is executed Multi Frame Acquire the number of frames specified in Acquisition Frame Count when the Acquisition Start command is executed When the PIV function is enabled the number of frames can be set to an even value Continuous Acquire images continuously until the Acquisition Stop command is executed Changing the Frame Rate When Trigger Mode is disabled you can change the frame rate in Acquisition Frame Rate Note e The shortest frame period varies depending on the ROI pixel format and binning mode selected The longest frame period is 0 125 Hz 8 sec s When Trigger Mode is enabled the Acquisition Frame Rate
11. Continuous temporarily set it to Off before changing the exposure time Set Trigger Mode to Off 4 If necessary change the Exposure Auto setting 20 SP 12000M CXP4 SP 12000C CXP4 When not Controlling the Exposure Time Configure the settings as follows Item Setting value selectable range Exposure Mode Off Step 5 Adjusting the Image Quality Adjust the image quality using the gain and white balance SP 12000C CXP4 only functions To adjust the image quality The display level must be changed from Beginner to Guru sition E R start image recording K Feature Properties S Feature Tree Information A Processing i gt Node Info 72 Refresh Wizard gt Print Pixel Format 10 Bit Monochrome Test Image Selector Off E c Acquisition Control Acquisition Mode Continuous Acquisition Start Push to Execute Command gt Acquisition Stop Push to Execute Command gt Acquisition Frame Count Adjusting the Gain The digital gain is used for the master gain For details on gain control see Gain Control page 35 in the Main Functions section E Manual adjustment Expand Analog Control and set Gain Auto to Off Off is the default setting Configure the digital gain Expand Analog Control and select the gain you want to configure in Gain Selector e For the SP 12000M CXP4 only Digital All master ga
12. Readout Trigger Sensor Exposure EEN FVAL SP 12000M CXP4 SP 12000C CXP4 i E i i i rie S s gt gt Next trigger start Next trigger start allowed period i Next trigger input Next trigger end prohibited period allowed period prohibited period i D2 Valid data Period Height x Line Period c st pit Example When the max frame rate is used ov o iis z ov o E 25125 1851591591 a Ro o 3 28 28 s8 g8 28 28 88 28 E D aa aa ZF Q gt S 0 B lell 2 28 a3 e 88 o oS au ag os E Bs os Ro 9 2g 2g ma 2 S jv g 26 2g 25 82 ae Zg Z5 a e 2 gt G EL wo E ge Oa 2 Z gt A es es go zS F2 EQ 22 28 GS GS 2o G2 Za Bo S g2 Be Egz a 85 2z a6 gs 6G 4 8 10 189 753 40 40t07 3 518 54 060 060to39 24 0 141 6G 4 10 12 132 083 40 40to89 488 68 060 060t054 164 0 34 6G 2 8 10 94 8767 40 40to108 994 63 0 60 060to7 4 23 0 0 29 6G 2 10 12 76 6871 40 40to124 80 7 69 060 060to89 320 40 6G 1 8 10 47 4947 40 40to175 1944 64 060 060to14 2 240 97 6G 1 10 12 38 3892 4 0 40to209 1565 66 060 0 60to17 2 35 0 108 3G 4 8 10 94 8767 40 40to108 99 7 99 060 060to74 240 84 3G 4 10 12 76 6871 40 40to124 81 0 108 060 060to89 35 0 01 3G 2 8
13. and Exposure Mode is Timed Selector Value Trigger Option PIV Trigger Source Line4 TTL in 1 Opt In Filter Selector Off Overlap Off Pixel Format 8 bit Exposure Time 15 us Scanning range Shortest period trigger Full 10 555 ms ROI 2 3 Height 2048 x Width 2720 4 964 ms ROI 1 2 Height 1536 x Width 2048 3 380 ms ROI 1 4 Height 768 x Width 1024 1 728 ms ROI 1 8 Height 384 x Width 512 0 903 ms Binning 2 x 1 2x 2 1x 2 Full 10 555 SP 12000M CXP4 only 1905 SP 12000M CXP4 SP 12000C CXP4 Trigger overlap Off ta K gt l Valid data Period Height x Line Period R ig Height x Line Period FVAL k N l j 2 5 Next trigger input Trigger Next trigger start prohibited period allowed period LL A Sensor R i Exposure BE i 2 l E l ee i lt gt box D i iB i i C Pare EEN be 1 rt Valid data Period f L oO ge oF SZ g ag S az as T S 63 0 eo a8 oa 2 vg LD a ona oa 5 os E 5 5g ae a az az gt G G 3 o s gt 22 ags 2 o o8 x z Z 2 eo cog a3 G 2 O a D SF lt gt 32y ST BZ w J 46 abe ob S 6 2 9 i gt ro F Z5 co a w T as a xX a G ox S N Ta B 2 SY o2 25 G N gt o TO Ca D O or ra C asec 2 e 4 E 6G 4 8 10 14 Height 2 x H 4 0 14H 8 b
14. setting value must always be less than or equal to that of HDR Knee Point 2 You can determine the knee point 1 value using the following formula Exposure Time Exposure Time Knee Slope 2 Knee Point 2 10 to 120 Unit Adjust the output level for knee point 2 step 1 You can determine the knee point 2 value using the following formula Exposure Time Exposure Time Knee Slope 211 The relationship between the number of knee points and knee slope 2 and 3 is as follows 2 Settings for one knee point and two knee slopes 1 Settings for two knee points and three knee slopes Knee Slope 2 lt Knee Slope 3 Knee Slope 2 gt Knee Slope 3 and Knee Point1 gt Knee Point 2 3 Settings for no knee points and one knee slope HDR Mode Off Read Slope Number Command Use this command to read the number of knee points generated via the Knee Point 1 Knee Point 2 Knee Slope 2 and Knee Point 3 settings from the camera 46 SP 12000M CXP4 SP 12000C CXP4 Video Process Bypass Mode The Video Process Bypass mode is a function that bypasses internal image processing on the camera On the SP 12000 DSNU correction and shading gain blemish and black level adjustment are normally performed on the sensor output signal However when the Video Process Bypass mode is used images can be imported to the system without image processing being
15. stored separately for each selector option Settings that can only be configured when image acquisition on the camera is stopped lidcPointer DeviceVendorName DeviceModelName 0x00007000 28672 JAI Ltd Japan address Displays the IIDC register area starting address As this is not supported 0 is d splayed isplays the manufacturer name ays the model name sp D Disp Item Setting range Default value Description a Device Control Displays configure information related to the device Standard 0xC0A79AE5 3 232 209 637 Displays the magic number which indicates that the CoaXPress standard is implemented standard XmiManifestSize Displays the number of XML manifests that can be used o0 FCC Select the XML to use Displays the XML version lo FF Displays the XML version XmlSubMinorVersion Displays the XML version XmlSchemaVersion 0Qx00010100 65792 Displays the XmlSchema version XmlUrlAddress Displays the XML URL string starting DeviceManufacturelnfo DeviceVersion DeviceFirmwareVersion DeviceFpgaVersion DeviceFirmware2Version DeviceFpga2Version DevicelD DeviceUserld LinkReset DeviceLinkld MasterHostLinkld ControlPacketDataSize StreamPacketDataSize LinkConfig LinkConfigDefault TestMode TestErrorCountSelector TestErrorCount DeviceTemperatureSelector SP 12000M CXP4 or SP 12000C CXP4 See the possibilities to pS ee o A
16. 1 to 128 in Command Sequence Index This indicates which index to execute each time a trigger is received The same index will continue to be executed for all subsequent triggers as long as the value of Command Sequence Index remains unchanged Changing the value of Command Sequence Index to one of the other predefined indexes causes that index to be executed in response to subsequent triggers This mode of operation enables users to develop applications that continually send new values to Command Sequence Index in response to external factors such as changing light conditions different types or sizes of objects being inspected or other factors This allows applications to change ROI exposure gain etc without being restricted to a predefined pattern As with Trigger Sequence Sequence LUT Mode defines whether Gamma or LUT is to be applied to the sequence If Gamma is selected the Gamma setting defined in the camera s Analog Control section will be applied to all exposures in the sequence If LUT is selected the LUT characteristics defined in Analog Control will be applied to any index where Sequence LUT enable has been set to ON Sequence Index Frame Count Sequence ROI Next Index and Reset Sequence Index are not used in Command Sequence mode and entered values are ignored 41 co SP 12000M CXP4 SP 12000C CXP4 Command Sequence Example User defined Indexes up to 128 Set to Set to Set to Set to Set to S
17. CXP4 Scanning system Synchronization Progressive scan 1 tap Internal Interface CoaxPress Ver 1 0 Image sensor APS C monochrome CMOS APS C Bayer color CMOS Aspect ratio 4 3 Image size effective image 22 5 H x 16 9 V 28 16 mm diagonal Pixel size 5 5 H x 5 5 V um Effective image pixel output 4096 H x 3072 V 4096 H x 3072 V Acquisition Frame 8 bit H1 V1 189 fps 189 fps Paa Binning H1 V2 189 fps N A RISTE H2 V1 189 fps N A fps for all H2 V2 189 fps N A 10 bit H1 V1 132 fps 132 fps Binning H1 V2 132 fps N A H2 V1 132 fps N A H2 V2 132 fps N A EMVA 1288 parameters At 10 bit output At 10 bit output Absolute sensitivity 35 54p A 525 nm 49 24p A 525 nm Maximum SN ratio 40 45 dB 36 63 dB SN ratio traditional method 53 dB typical 50 cB typical 0 dB gain Black 0 dB gain Green Black Digital image Full pixel 4096 H x 3072 V Bayer 4096 H x 3072 V output format ROI Width 128 to 4096 16 pixels step 128 to 4096 16 pixels step Offset X 0 to 3968 16 pixels step 0 to 3968 16 pixels step Height 16 to 3072 2 lines step 16 to 3072 2 lines step Offset Y 0 to 3056 2 lines step 0 to 3056 2 lines step Binning H 1 4096 H 4096 H 2 2048 H V 1 3072 V 3072 V 2 1536 V Pixel Format Mono8 Mono10 BayerGB8 BayerGB10 Acquisition modes
18. Continuous Single Frame Multi Frame 1 to 65535 Trigger selector Acquisition Acquisition Start Acquisition Stop Exposure Frame Start Exposure modes Off Timed EPS Trigger Width PWC Trigger options OFF PIV Trigger overlap Read Out Off Trigger input signals Line 4 TTL Input1 Line 5 Opto Input Line7 CXP In Line 10 TTL Input2 Line 11 LVDS Input Software PG 0 3 NAND Out 0 1 Option filter 7 steps Off 10 us Typ 100 us 500 us 1ms 5ms 10ms Exposure modes Timed 15 or 20 us min to 8 s max variable unit 1 us Z Performance verified for up to 1 second Trigger Width 15 or 20 us min to max Z Performance verified for up to 1 second Auto exposure Exposure Auto Off Continuous Auto exposure response speed AGC ASC Control Speed 1to8 Video Send Mode Selector Normal ROI Multi ROI 1 to 32 Trigger Sequence Command Sequence Digital I O Line Selector 12P AUX GPIO IN GPIO OUT Black level Reference level 33 5LSB during 10 bit output average value of 100 x 100 adjustment Video level adjustment range 0 to 100 during 10 bit output Adjustment range 64LSB against reference level during 10 bit output Resolution adjustment 1 STEP 0 25LSB BG SP 12000M CXP4 SP 12000C CXP4 Item SP 12000M CXP4 SP 12000C CXP4 Gain adjustment Manual adjustment range O dB to 24 dB 1 step x0 01 0 005 dB to 0 08
19. E b Image Format Control Width 4096 m Height 3072 Offset X 0 Offset Y 0 8 Bt Monochrome Test Pattem Bit Monochrome E c Acquisition Control 10 Bit Monochrome Direct entry of numerical and text values is possible for some setting items Configuring Exposure and External Trigger Settings Configure settings related to exposure control methods and trigger control The factory default settings are as follows Change settings as necessary according to the intended purpose or application Factory default values Item Default value Trigger Selector trigger operation Frame Start Trigger Mode Off Trigger Source trigger signal source Line 4 TTL In 1 Trigger Activation trigger polarity Rising Edge rising edge of input signal Trigger Overlap Read Out Trigger Option Off Exposure Mode Timed control via exposure time Exposure Time 10486 us Exposure Auto Off This item is only enabled when Exposure Mode is set to Timed Caution When Exposure Mode is set to Off Trigger Mode cannot be set to On Other settings may also be restricted depending on the exposure mode so be sure to set the exposure mode before configuring the trigger settings Configure the settings by expanding Acquisition Control and configuring the following items tion kE Start image recording a ad ti Feature Properties Feature Tree Infomation wa Processin
20. Feature Properties 48 Frame Rate 26 Frame Rate Reference 58 G Gain Auto 43 Gain Control 35 Gain Level 43 Gamma Function 37 GPIO 25 H HDR Mode 45 High Dynamic Range 45 l Initial Settings for the Camera 16 Installing the Software 13 J W JAI Camera Control Tool 13 white balance 22 JAI SDK 13 L LED 9 Lens 15 Lens mount 9 LINK LED 9 Lookup Table 36 LUT 36 M Multi ROI 39 O Optional accessories not supplied 57 Output format 17 P Parts Identification 8 PIV Function 44 Power trigger LED 11 R Regional Scanning Function 38 RJ 45 connector 9 ROI 38 S Saving the Settings 23 Sequence Trigger 40 Settings 53 Settings List 48 software 13 Specifications 56 Spectral Response 58 T Trigger Control 27 trigger IN 10 Trigger Selector 27 Troubleshooting 55 U Updates 55 user memory 23 V Verifying the Camera s Network Connection Status 16 Video Process Bypass Mode 47 BT
21. Low Right to High Left _ Low Right 0 ALCAreaEnableAll 0 AutoGainControlGainRawMax ALCControlSpeed Min 1 to Max 8 AWBAreaSelector Low Right to High Left Low Right Select the user settings Load user settings Save the current setting values as user settings Configure JAI ALC settings These settings are also used for AGC auto gain control When ExposureMode is set to Timed select from normal trigger operation or PIV operation Set the target level for ALC unit Select an ALC metering area Enable disable the metering area where selected metering area Set whether to enable ALC for all areas Set the minimum value for the ASC range Set the maximum value for the ASC range Set the minimum value for the AGC range Set the maximum value for the AGC range Set the reaction speed for AGC ASC These settings are also used for auto exposure control Select the AWB auto white balance measurement area AWBAreaEnable True False False ae Enable disable the selected measurement area SP 12000M CXP4 SP 12000C CXP4 Item Setting range Default value Description AWBAreaEnableAll Oto 1 1 Enable disable the all measurement area correction correction threshold blemish detection position BlemishDataPositionX 1 to 4095 Set the horizontal position BlemishDataPositionY 1to 3071 Set the vertical position BlemishDataNum O to 1000 Displays the number of blemish
22. Support EMail Address T camerasupport jai com Logging Properties t y Enable logging False Use custom properties file True False False Custom logging properties file path es O Output log file path EEE Enable GenApi logging True False False Enable GenTL logging False Enable ClProtocol logging True False False Enable USB logging True False False Log Level FATAL ALERT CRIT ERROR WARN NOTICE INFO DEBUG NOTEST INFO Format string T LOS d x MO m n Append To Log file FALSE Video Displa ss et Stretch Live Video True Restore Live Video Window True Skip image display when bus True Enable Color Interpolation True False True Color Interpolation BayerStandard BayerStandard BayerStandardMultiprocessor BayerExtended BayerExtendedMultiprocessor BayerSimple BayerSimpleMultiprocessor BayerFast BayerFastMultiprocessor Show Zoom Navigation window True False True Show Cursor Information window True False False Enable Mouse Zoom True Enable Mouse Cursor Display True False False BA SP 12000M CXP4 SP 12000C CXP4 Miscellaneous Updates You can obtain update information from the following URL http www jai com EN Partner Cameralnformation Pages Revision_Notes aspx Registration and login are required for viewing Check the version of the unit and update if necessary You can check the version of the unit under Device Control in the Feature Properti
23. an industrial progressive scan camera equipped with an APS C format global shutter CMOS image sensor with 12 58 effective megapixels 4096 x 3072 The unit is equipped with a CoaxXPress Ver 1 0 interface Z The SP 12000M CXP4 produces monochrome output while the SP 12000C CXP4 produces Bayer output Coaxial cable interface supporting CoaXPress Ver 1 0 e High speed transfer at up to 25 Gbps of uncompressed data the ideal format for image processing e Maximum cable lengths for the recommended cables are as follows 3 125G 6 25G Belden 1694A 100 m 40m Belden 1855A 55m 25m Note The frame grabber board that you use must support CoaXPress Power can also be supplied via the 12 pin connector using an optional 12 to 24V DC power supply PoCXP is also supported Output formats You can choose from 8 bit and 10 bit output for both monochrome and Bayer in normal mode 12 bit output is possible in Video Process Bypass mode see page 47 High frame rate The SP 12000M CXP4 and SP 12000C CXP4 are both capable of frame rates of up to 189 fps 8 bit format for full 12 megapixel output Even faster frame rates can be achieved when a smaller ROI region of interest is specified Automatic level control ALC function Combine the automatic gain control and automatic exposure control functions to allow handling of changes in various brightnesses Variety of pre process functions e LUT lookup table For programmable cont
24. and host to be established or for event trigger exposure pulse etc to occur 3 Alternating between green and amber rapid Detecting link when using PoCXP Blinks for 1 s even when detected immediately 3 Alternating between green and amber slow Sending connection test packet 3 Blinking red green amber slow Compliance test mode enabled equipment only Lit green Connection between device and host is established but there is no data being transmitted An error occurred during data transmission CRC error single bit error etc detected Z Lights for at least 200 ms before errors are displayed when multiple errors occur simultaneously Blinking green Connection between device and host is established and data is being transmitted Red pulse slow Lit red No connection Z Does not apply to devices using PoCXP PoCXP overcurrent host side only Alternating between red and green slow PoCxXP has been established but a connection error between the device and host has occurred 2 Alternating between red and amber slow A connection error between the device and host has occurred while PoCXP is not in use Off Power is off SP 12000M CXP4 SP 12000C CXP4 DC IN TRIG connector 12 pin round Connect the cable for a power supply optional or for DC IN trigger IN here Camera
25. be reset to Index 1 Thus the sequence pattern will start over at the next trigger In Trigger Sequence mode patterns always begin with Index1 Subsequent triggers follow the user defined values in Sequence Index Frame Count and Sequence RO Next Index Assigning a Next Index value of 1 to an index creates a loop back to the start of the sequence pattern As there is no defined end to a sequence the parameter called Sequence Repetition has no effect Trigger Sequence example User defined Indexes up to 128 ao ae Triggers Image Frames 40 SP 12000M CXP4 SP 12000C CXP4 Index structure for Trigger Sequence Index Table Command Common Settings Index Next Index Reset Sequence Index Sequence LUT mode Command Sequence mode This mode allows the user to vary the pattern of the sequence in response to external factors Changes in the sequence can be initiated manually or in a programmatic fashion as the result of data from sensors controllers or from the analysis of previous images In this mode the user can define up to 128 different indexes each incorporating a combination of e ROI width height offset X and offset Y e Exposure Time e Gain Level R B Gain can also be configured on the color model e Black Level e Binning Mode monochrome only e LUT Enable whether or not to enable the use of LUT for this index The user must also enter a value from
26. dB varies by setting value O dB to 24 dB 1 step x0 01 0 005 dB to 0 08 dB varies by setting value Auto gain Off Continuous Off Continuous WB gain R B 7 dB to 15 dB 1 step 0 01 dB WB area 16 4 x 4 Area WB range 3000 K to 9000 K White balance Off Continuous Once Blemish correction Detection Detect white blemishes using threshold values black blemish correction performed only at factory Correction Interpolation using adjacent pixels continuous blemishes not corrected Correctable pixels 1000 pixels ALC Can be adjusted automatically together with AGC and auto exposure Gamma 0 45 0 5 0 55 0 6 0 65 0 75 0 8 0 9 1 0 9 steps Dark compression Linear LUT OFF y 1 0 ON 256 points can be set HDR modes Slope x2 to x16 Knee point range 10 to 120 Power supply 12 pin Input range DC 12 V to 24 V 10 via input terminal connector Current 1000 mA 20 mA at 12 V input full pixel Typical Option XT model with fan 1040 mA Power consumption 12 0 W at 12 V input full pixel Typical Option XT model with fan 12 48 W PoCXP Input range DC 24 V 2 V Current 500 mA at 24 V input full pixel Typical Option XT model with fan 520 mA Power consumption 12 0 W at 24 V input full pixel Typical Option XT model with f
27. performed internally on the camera The Video Process Bypass mode is ideally used in cases where image processing is performed by the system In addition images are output from the camera in 12 bit format only when the Video Process Bypass function is used Excluding DSNU correction and black level adjustment E Available bit depth options CAP output Shi 10 bit 12 bit Sensor output 10 bit O O x 12 bit O O O When bypass is enabled the sensor output and camera output data can be set to the same bit width Operating using 12 bit outputs must be performed in bypass mode CXP output Video Process Video Process Sensor output Bypass Off Bypass On DSNU Correction O O Black Adjust Set O O Pixel Gain O x Shading Correction O x Blemish Compensation O O Binning O x LUT Gamma O x Black SETUP O O Test Pattern O O Camera output 8 10 bit 8 10 12 bit Differences in camera operation E When Video Process Bypass mode is disabled All video processes are enabled E When Video Process Bypass mode is enabled All video processes except DSNU Correction Block Black Adjust Block Blemish Compensate Block and Black Setup Block are disabled 47 Settings List SP 12000M CXP4 SP 12000C CXP4 Feature Properties Regarding the bold and underlined selector settings in this list the various related settings will be
28. setting is disabled Maximum Frame Rate The maximum frame rate is as follows depending on the sensor s scanning range and the CXP bandwidth E Calculation of frame rate A width_c 16 x CXP_BIT 8 9 x 4 CXP_LANE B Roundup 2 x A x 1 CXP_CLOCK x 600000000 SENSOR_BIT 1 0 C B lt H_BLK_Min gt H_BLK_Min B gt H_BLK_Min gt B Line Time C 1 x 1 600000000 x Sensor BIT FR 1 Line time x FOT Height_c 2 Width_c Binning Horizontal 1 width_c width 128 to 4096 Binning Horizontal 2 width_c width 128 2048 2 Height_c Binning Vertical 1 Height_c Height 16 to 3072 Binning Vertical 2 Height_c Height 16 to 1536 2 H_BLK_Min Sensor Digitize 10bit 128 12bit 244 CXP_CLOCK Link config 6G 156250000 3G 78125000 CXP_BIT Digitization Resolution 8bit 8 10bit 10 CXP_LANE Lane 1Lane 1 2Lane 2 4Lane 4 Sensor Digitize Sensor Digitization Resolution 10bit 10 12bit 12 FOT Sensor Digitize 10bit 14 12bit 9 Configurable ranges Width Height Monochrome Color Monochrome Color Binning Off 1 128 to 4096 16 to 3072 Binning On 2 128 to 2048 16 to 1536 1 Refer to the Height values in the Configurable ranges table above e Be careful of the maximum value during Binning Horizontal 26 SP 12000M CXP4 SP 12000C CXP4 e Only Monochrome is available during Binning On 2
29. 1080 ROI 55x5 5 1 1 3 12 12 mm 839 fps 8 bit 371 fps 10 bit 1 4 MP 1392 x 1052 ROI 5 5 x 5 5 1 1 7 9 59 mm 861 fps 8 bit 381 fps 10 bit 1 3 MP 1280 x 1024 ROI 55x 5 5 1 1 8 9 02 mm 884 fps 8 bit 391 fps 10 bit 0 5 MP 800 x 600 ROI 55x55 4 2 9 5 50 mm 1481 fps 8 bit 660 fps 10 bit 0 5 MP 800 x 600 ROI 2x2 Binning 11 0 x 11 0 1 1 4 11 00 mm 757 fps 8 bit Mono only 335 fps 10 bit 0 3 MP 640 x 480 ROI 55x55 1 3 6 4 40 mm 1831 fps 8 bit 819 fps 10 bit 0 3 MP 640 x 480 ROI 2x2 Binning 11 0 x 11 0 1 1 8 8 80 mm 941 fps 8 bit Mono only 417 fps 10 bit Spectral Response SP 12000M CXP4 SP 12000M Spectral Sensitivity MONO 9 P Relativi Response uw G w o N 0 1 400 500 600 700 800 900 1000 1100 wave length nm SP 12000C CXP4 SP 12000M CXP4 SP 12000C CXP4 0 4 Relative Response jo on o o N w o n 0 SP 12000C Spectral Sensitivity e Rch Gch Bch Pa T H E T f EEN ON 1N ey Tes Te TEE H H ve EC ye E 400 500 600 700 800 wave length nm 900 1000 1100 44 oo 67 5 4M3 Depths 40 2 W3 Depths
30. 6G 4 8 10 14 Height 2 x H O to 1H 16H to 17H 8 bit 6G 4 10 12 11H to 12H 10 bit 6G 2 8 10 6G 2 10 12 6G 1 8 10 6G 1 10 12 3G 4 8 10 3G 4 10 12 3G 2 8 10 3G 2 10 12 3G 1 8 10 3G 1 10 12 H Line Time is the horizontal synchronization period and will differ depending on the camera s settings Refer to the maximum frame rate formula on page 27 for the formula used to calculate Line Time Gain Control Digital gain is used for gain control on the camera R and B can be configured individually for the SP 12000C CXP4 The digital gain is used for the master gain For details on how to configure the settings see Adjusting the Gain page 21 The relationship between the gain setting value gain amplification and dB value is as follows For example a gain amplification of x5 62 will be 15 dB Monochrome Gain setting value 1600 Gain amplification Gain adjustment range monochrome x16 100 x1 Bayer color Gain Gain setting amplification value p Master X89 12 1600 X16 X7 15 X5 62 0 x1 X0 45 0dB Gain adjustment range Bayer color 7dB SP 12000M CXP4 SP 12000C CXP4 Gain setting value scaling R amp B 37876 X5 62 0 X1 4533 X0 45 37876 X5 62 0 X1 4533 X0 45 LUT Lookup Table The LUT function is used to generate a non linear mapping between sig
31. CounterOto3 Select the counter CounteroO to 3 EventSource Off Off Select the counter event signal for which Frame Trigger to read the count value Frame Start Exposure Start Exposure Transfer End Counter0 to 3 Rising Edge Specify the timing at which to count EventActivation Falling Edge eee e O CounterO to 3 Reset Reset the counter Counter0 to 3 Refresh T Update the count value Counter0 to 3 Value TD T Displays the count value CounterO to 3 Status Counter Active Displays the counter status For details on the setting items refer to the JAI Control Tool User s Guide Item Setting range Default value 32 bit Factory Transport Layers Available 32 bit Transport Layers Active_Silicon_FireBird Transport name Full path to cti file Transport Layers TLActiveSilicon Active_Silicon_FireBird TLActiveSilicon cti Enabled True False False Display name TLActiveSilicon AvalData AvalData Transport name AvalData Full path to cti file avaldata tf GenTL cti Enabled True False False Display name AvalData BitFlow_CXP_Framegrabber BitFlow_CXP Transport name BitFlow_CXP_Framegrabber Full path to cti file BFGTL cti Enabled True False False Display name BitFlow_CXP 64 bit Factory Transport Layers Active_Silicon_FireBird Transport name Full path to cti file LActiveSilicon Active_Silicon_FireBird C program Files Active Silicon FireBird CXP GenTL win64 TLActiveSilicon cti
32. ExposureTime ExposureTimeRaw ExposureAuto d Analog Control GainSelector Gain GainRaw BlackLevelSelector 15 8bit 10486 Set the exposure time The maximum 20 10bit value varies depending on the to 7999999 Acquisition Frame Rate Raw value 15 8bit 10486 Set the raw exposure time 20 10bit to 7999999 Set whether to enable auto exposure T Configure analog control settings SP 12000M CXP4 Digital All master gain Select the gain to configure igital All P 12000C CXP4 vg Digital All Digital Red Digital Blue DigitalAll 1 to 16 Master gain 1 Set the gain value DigitalRed Blue 0 4467 R B 1 to 56235 DigitalAll 100 to 1600 Digital All 100 Set the raw gain value DigitalRed 4533 to Digital Red amp Blue O 37876 Select the black level to configure SP 12000M CXP4 RawDigital All master RawDigital All black SP 12000C CXP4 RawDigital All RawDigital Red RawDigital Blue BlackLevel GainAuto BalanceWhiteAuto LutMode Gamma e Digital IO Control LineSelector LineMode Linelnverter LineStatus LineSource LineFormat UserOutputSelector UserOutputValue f Pulse Generators RawDigitalAll 133 to 255 RawDigitalRed RawDigitalBlue 133 to 5 Set the black level value 25 Off ll Configure settings for digital input output Line1 TTL Out 1 Line1 TTL Out 1 Select the input output to configure Line2 Opt Out 1 L
33. L J U PK L l Exposure active Oe e Exposure Time Knee Slope 1 Time Exposure Time Knee Slope 2 Time Knee Slope 3 Time Knee Slope 2 Time Exposure Time Knee Slope 211 Knee Slope 3 Time Knee Slope 3 Time Exposure Time Knee Slope 3 210 Kee Pot Output ist se Polit Va Knee Point 2 setting range Knee Point 1 setting range Input 107 Exposure Time gt Knee Slope 2 or lower Item Setting value selectable range Description HDR Mode On Off When Exposure Mode is set to Timed and HDR Mode is set to On HDR mode is enabled Exposure Time 15 us 8 bit Unit us Specify the exposure duration for HDR mode 20 us 10 bit The knee points during HDR mode are determined to 7999999 by the Exposure Time value Knee Slope 2 2 to 16 Use this to determine the position of knee point 1 step 1 based on the Exposure Time value The knee slope 2 value is a value by which the Exposure Time will be divided dB SP 12000M CXP4 SP 12000C CXP4 Item Setting value selectable range Description Knee Slope 3 2 to 16 Use this to determine the position of knee point 2 step 1 based on the Exposure Time value The knee slope 3 value is a value by which the Exposure Time will be divided Knee Point 1 10 to 120 Unit Adjust the output level for knee point 1 step 1 The Knee Point 1
34. LC Reference For example when ALC Reference is set to 100 video levels will be maintained at 100 for AGC and ASC E Automatic gain level control Set Gain to Continuous Detailed Settings for Gain Auto Automatic Gain Level Control When Gain Auto is set to Continuous you can configure the conditions for automatic adjustment in detail Item Description ALC Reference Specify the target level for automatic gain control This setting is also used for automatic exposure control ALC Area Enable All Select whether to specify all areas as auto gain metering areas or whether to specify the areas individually 0 Specify areas as auto gain metering areas 16 areas individually 1 Specify all areas as auto gain metering areas ALC Area Selector Individually select any of 16 areas for automatic gain metering This setting is also used for automatic exposure control ALC Area Enable Select True to enable the metering area selected in ALC Area Selector or select False to disable it AGC Max Specify the maximum value for the automatic gain control range AGC Min Specify the minimum value for the automatic gain control range AGC ASC Control Speed Specify the reaction speed for automatic gain control This setting is also used for automatic exposure control 43 SP 12000M CXP4 SP 12000C CXP4 Auto gain metering areas 16 areas High High High High Left Mid lef
35. Line Period i Pit K EEN i FVAL Sensor Exposure Example When the max frame rate is used S o o U a y P sg 82 ag sg 5 S E pos pos B G 8 x E b H Ng G o F S J zU Q D oo L S E E a 6383 88 SP3 585 amp 2 SSg Ssg ax DEES amp w KS Yaa Yaa 28 ao N 293 23 2 o os 2a Bs 3 6G 4 8 10 189 753 2 4 2 4 to 5 8 52 8 3 0 6G 4 10 12 132 083 2 4 2 4 to 7 4 48 8 1 9 6G 2 8 10 94 8767 2 4 2 4 to 5 9 51 8 3 0 6G 2 10 12 76 6871 2 4 2 4 to 7 4 48 8 1 6 6G 1 8 10 47 4947 2 4 2 4 to 16 0 194 4 8 5 6G 1 10 12 38 3892 2 4 2 4 to 19 2 156 5 10 4 3G 4 8 10 94 8767 2 4 2 4 to 10 8 122 0 18 9 3G 4 10 12 76 6871 2 4 2 4 to 16 0 127 4 45 8 3G 2 8 10 47 4947 2 4 2 4 to 15 5 194 6 7 9 3G 2 10 12 38 3892 2 4 2 4 to 18 5 156 7 6 1 3G 1 8 10 23 7626 2 4 2 4 to 29 5 384 6 17 9 3G 1 10 12 19 206 2 4 2 4 to 34 8 308 2 23 2 Formulas for each Link Config U U 7 SZ SZ 08 2 7 C 2 5 on G on 9 Soa O 5 2 D S 2 S lt 2 roo ooa x le Ros Ros reco 22 O a D 090 O Q HEA 426 E w G a z753 Soa Boz 223 2 2 S G z 363 NS 2 a3 D 2 Q T O O D Q i x e Bs 6G 4 8 10 14 Height 2 x H 2 4 2 4 O to 1H 14H 8 bit 0 0 6G 4 10 12 9H 10 bit 6G 2 8 10 6G 2 10 12 6G 1 8 10 6G 1 10 12 3G 4 8 10 3G 4 10 12 3G 2 8 10 3G 2 10 12 3G 1 8 10 3G 1 10 12
36. Ltd Japan See i i E pa n 7 i o _ L 16 to 4096 CXP3_X4 0x00040038 1 2 3 CXP6_X4 0x00040048 CXP6_X2 0x00020048 CXP6_X1 0x00010048 CXP3_X4 0x00040038 CXP3_X2 0x00020038 CXP3_X4 CXP3_X4 0x00040038 262200 0x00040038 262200 Tet SensorBoard SensorBoard MainBoard InterfaceBoard 48 ays the device information ays the hardware version ays the firmware version ays the FPGA version ays the CPU2 firmware version not sp sp sp sp sp sed splays the FPGA2 firmware version ot used splays the device ID eset the link splays the device link ID ays the host link ID Configure the maximum control data packet size that the host can scan from the device and that can be written to the device 4 byte increments Set the packet size for the stream Configure the LinkConfig settings Displays the LinkConfig value for operation in the device s default mode When 0x00000001 entered enable disable transmission of test packets from the device to the host When enabled the packet of the current 1024 test word is transmitted Set the TestErrorCount register tha be required Displays the error count for the current link in regards to the device side link ID stored on the TestErrorCountSelector register Select the area of the camera s interior for which to display the temperature sensor s reading will SP 12000M CXP4 SP 12000C C
37. Refer to the Width values in the Configurable ranges table above e Be careful of the maximum value during Binning Vertical e Only Monochrome is available during Binning On Caution e Although the maximum frame rate value is determined by the CXP bandwidth range when ROI is configured the frame rate cannot exceed the sensor output s allowable frame rate value e f the packet size setting is small the value may smaller than the value which was obtained from Calculation of frame rate Exposure Mode The following exposure modes are available on the camera Exposure Mode Description Off Exposure control is not performed free running operation Timed Mode in which control is performed using exposure time Acquire images using an exposure time configured beforehand on an external trigger Trigger Width Mode in which control of the exposure time is performed using the pulse width of the trigger input signal The exposure time will be the same as the pulse width of the trigger input signal This allows long exposure Z The settings for exposure control and triggers are related to each other Be sure to configure the settings described in Configuring Exposure and External Trigger Settings page 18 In addition exposure operations that support PIV particle image velocimetry can be specified in Trigger Option This function is enabled when Exposure Mode is set to Timed Trigger Option De
38. See the possibilities SP 12000M CXP4 SP 12000C CXP4 12M Digital Progressive Scan Monochrome and Color Camera Document Version 1 0 SP 12000 CXP4_Ver 1 0_Dec2015 Thank you for purchasing this product An e to read this manual befor This manual inclu N orta dias S pre ons and oS on h o ope rate the sure cad ths ma aie ure proper opera and stor E S S S e 2015 JAI Contents SP 12000M CXP4 SP 12000C CXP4 Vee 3 Video Send Mode sese 39 Warrant ts iwiiiveavin idee e eens 3 Video Send Moda 39 Certifications eee ee ee eee ee eee 3 To switch the video Send MOE cere 39 Warning TT 3 MUI ROI TUN CO N aiarren 39 Usage Precautions sss sere esec sees esec esec esec sees sneer D Sequence Trigger fUNCHON ee 40 Features iinei ch ities eG hoza TRS Taa a Toge 7 ALC Automatic Level Control Function 43 Parts Identification sss sese sseee esse e esec esec sees reer enen 8 To use the ALC function 43 Automatic gain level COntrl eee 43 Preparation PELETE EEEIEE ELLELE EEEE rrr rere rc Tce T 13 Detailed Settings for Gain Auto Automatic Gain Preparation Process sere esec eser esse esec reer eee nenen 12 eral i Cie Sie eee er G 2 Step 1 Installing the Software first time only 13 tion D Enabling the CXP frame grabber board 14 HDR High Dynamic Range Mode Step 2 Connecting Devices sese eee ee eee ee eee 14 SP 12000M CXP4 NI 45 Step 3 Verifying the Camera s Connection Status 16
39. The combinations of source signals and output destinations are indicated in the following Selector Output destination Cross point Pulse switch output Trigger Selector Line Selector Generator Selector Sls lalalala 19919 Source signal e 1915 NIIT Cross point a D olotlnioa switch input LOW B R o Re en Pon POn Ono n mem Ie HIGH Ololololojljolojljolojolojoljo Line 4 TTL Input O o O0Ojljojojojolojolojojo Line 5 Opto Input O1ro o ro y o yoyoyosl oyo Ooy Ooyo Line7 Trigger packet Ol Ol Ol Ol Ol GO Ol Ol GO GO Oi Ol O Line 10 TTL Input2 Ol Ol Ql Ql Ql Ol GO GO Gl GQ GO O O Line 11 LVDS Input Ol Ol Ol Ol Ol QO Ol Ol GO GO Oi Ol O User Output 0 Gl GO Ql Ol OQ Qi Ql Oi Ol Oi Ol O User Output 1 OOJO OJOJOO Ollo OJOJOO amp User Output 2 O1rorlroyo o yo o o oy ojyoaoyotyo D User Output 3 Ololololojljolojljolojolojoljo S Software Ol Ol O x x x x x x x x x x S Pulse Generator 0 O O 1ToO o o oy o oyo y xRr oO otyo x Pulse Generator 1 ololololololololololxlolo Q Pulse Generator 2 O JO0O o o o oy o oyo oyo x U 2 Pulse Generator 3 ololololololololo lololol x NAND 0 Out Ol Ol Oi Ql Ql Ql Ql xl Ol Ol GO Ql O NAND 1 Out O O Fo o o oy yo oyxrwslO yo otyo Exposure Active Gl Ql Ol Ql Ol Gl GO Ol GO O Acquisition Active Gl Ql Ol Ql Ol Gl GQ GO GO O Acquisition Trigger Wait O1ro
40. Timing chart Trigger Off Exposure Mode Off Continuous Shutter Off FVAL i Valid data Period L Height x Line Period Sensor l Exposure T p H ActualExposureTime la Kla Frame Period B EEN H 1 Frame Period 1 Acquisition Frame rate Timing chart Trigger Off Exposure Mode Timed Continuous Shutter Mode NAL Valid data Period Height x Line Period L 1 A Sensor i l Exposure 1 N ExposureTime LN L Frame Period 1 Acquisition Frame rate 24 Timing chart Trigger Off Exposure Mode Off Timed Continuous Shutter Off Shutter Mode Example When the max frame rate is used SP 12000M CXP4 SP 12000C CXP4 Period from FVAL end Period of exposure stop Link Config Dig Bit Sensor Dig Bit Frame Rate Hz to exposure end A B usec usec 6G 4 8 10 189 753 0 52 59 6G 4 10 12 132 083 3 3 59 6G 2 8 10 94 8767 6 6 115 6G 2 10 12 76 6871 8 8 101 6G 1 8 10 47 4947 18 228 6G 1 10 12 38 3892 23 199 3G 4 8 10 94 8767 3 1 115 3G 4 10 12 76 6871 49 101 3G 2 8 10 47 4947 15 228 3G 2 10 12 38 3892 19 199 3G 1 8 10 23 7626 37 455 3G 1 10 12 19 206 47 395 Formulas for each Link Config Period from FVAL end Period of exposure Link Config Dig Bit Sensor Dig Bit Frame Rate Hz to exposure end A stop B
41. Video Process Bypass Mode Saa 47 Step 4 Configuring Initial Settings for the Camera 16 Available bit depth options EE ee erent ree 47 Connecting to the Camera to Control Tool 16 Differences in camera operation EEE 47 Configuring the optimal link configuration 16 When Video Process Bypass mode is Configuring the Output Eorrmat eee 17 disabled r R 47 Configuring Exposure and External Trigger When Video Process Bypass mode is SENG Sepesi a iee 18 oie EEE 47 Control via External Tnggera eee eee ee eee eee 19 When Gontrollinarthe Exposure Time Using Settings List scisiisiisiiiiiecnnnsee 48 Specified Exposure Times 19 Feature Properties ccc ccecscceceseeeessneeesseeeeesneeeeees 48 When Controlling the Exposure Time Using the Ile T 53 Pulse Width of the Trigger Input Signal 19 Control Without External Triggers sese eee eee 20 Miscellaneous veces vessvsvovvocvecccysosegsccevrecvsveveregsevs 55 When Controlling the Exposure Update Seisin iania ain 55 Time Using Specified Exposure mes 20 Troubleshooting sss essere ee eee eee 55 When not Controlling the Exposure Time 2l SPeCifiCatlONnS reris n 56 Step 5 Adjusting the Image Qual 2i Frame Rate Reference ssssee esse e sees sees eee e reer enen 58 Adjusting TNE Gain EEE Pl Spectral RESPONSE esse eee ee eee ee eree eee 58 Manual adjustment S Dimensions 59 Adjusting the White Balance SP 12000C CxP4 Users R COId ccccececesceeeeee
42. XP4 Item Setting range Default value Description DeviceTemperature Displays the internal temperature C of the camera DeviceReset l Cd Reset the device b Image Format Contrl Configure image format settings SensorWidth l 4096 Displays SensorHeight T 3072 Displays he maximum image width he maximum image height SensorDigitizationTaps 10bit 10bit Displays the digital tones output from the 12bit sensor WidthMax 4096 4096 Displays HeightMax 3072 3072 Displays he maximum image width he maximum image height Width 128 to 4096 4096 Set the image width 16 to 3072 3072 Set the image height OffsetX 0 to 3968 o T Set the horizontal position OffsetY O to 3056 o Set the vertical position BinningHorizontal Set the number of pixels in the horizontal direction for which to perform binning BinningVertical Set the number of pixels in the vertical direction PixelFormat SP 12000M CXP4 SP 12000M CXP4 Set the pi 8 Bit Monochrome 8 Bit Monochrome 10 Bit Monochrome SP 12000C CXP4 12 Bit Monochrome 8 Bit BayerGB Video Process Bypass mode only SP 12000C CXP4 8 Bit BayerGB 10 Bit BayerGB 12 Bit BayerGB Video Process Bypass for which to perform binning xel format TestPattern Off Select the test image Grey Horizontal Ramp Grey Vertical Ramp Grey Horizontal RampMoving HorizontalColorBar color only VerticalColorBar color only M
43. a For details see ROI Regional Scanning Function page 38 1 Format Control Lae when a configurable item is selected Select the Feature Properties tab and select the item you want to configure under Image Ee Start image recording Z Start Acquisition fol Pause Snap 5 CXP SP 12000M CXP4 d Processing 0 915 Device Layer SP 12000M CXP4 lt i gt Nodelnfo Refresh Wizard gt Print gt Script Control Packet Data Size Stream Packet Data Size Link Config Link Config Default Test Mode Test Error Count Selector Test Error Count Device Reset Acquisition Start Acquisition Stop Acquisition Frame Count Acquisition Frame Rate Width Width of the image in pixels 8 Bit Monochrome Of Continuous Push to Execute Command gt Push to Execute Command gt 65535 50 Note Settings can only be changed when image acquisition on the camera is stopped If an item is grayed out and does not appear even when you select it click 2 Click and change the setting value Example When changing Width E b Image Format Control Width Stop Acquisition to stop image acquisition Height Offset X Offset Y 700 2100 2500 2900 3300 370 1 1 1 Pixel Format Test Pattem E c Acquisition Control SES oe SP 12000M CXP4 SP 12000C CXP4 Example When changing Pixel Format
44. an 12 48 W Lens mount F mount Flange back Optical filter 46 5 tolerance 0 mm to 0 05 m Protective glass Not provided IR cut filter half value of 670 nm Verified performance temperature humidity 5 C to 30 C 20 to 80 non condensing Option XT model with fan 5 C to 40 C Operating temperature humidity Storage temperature humidity 5 C to 40 C 20 to 80 Option XT model with fan 5 C to 45 C 25 C to 60 C 20 to 80 non condensing Regulations CE EN61000 6 2 and EN61000 6 3 FCC part 15 class B RoHS WEEE Dimensions housing 62 x 62 x 127 5 mm WHD excluding mount protrutions Weight 510g Approximately 5 minutes of warm up are required to achieve these specifications Package contents Camera body 1 Sensor protection cap 1 Dear Customer sheet 1 Optional accessories not supplied MP 42 tripod mount AC adapter Design and specifications are subject to change without notice BRT a SP 12000M CXP4 SP 12000C CXP4 Frame Rate Reference Theoretical value decimal values are dropped during Unpacked Pixel count Resolution ROI Binning Pixel size um Image size Frame rate 12 MP 4096 x 3072 Full pixel 55x55 APS size 2 189 fps 8 bit 28 16 mm 132 fps 10 bit 6 MP 2048 x 1536 ROI 5 5 x 5 5 1 1 1 14 08 mm 594 fps 8 bit 262 fps 10 bit 2 MP 1920 x
45. e Tree Information cif Processing 21 Guru Tle NodeInfo Refresh Wizard Print E Script gt Clock Pre scaler 72 a Pulse Generator Clock MHz 0 833333 Pulse Generator Selector Pulse Generator 0 E g LUT Control pier T User Set Save E i JAI Custom Control Note The factory default setting values are maintained in Default and cannot be overwritten Caution Settings can only be saved when image acquisition on the camera is stopped 95 SP 12000M CXP4 SP 12000C CXP4 3 Select User Set Save and click Execute User Set Save Command ge Feature Properties Q pn Tree m E Processing eg lt i gt Nodelnfo Refresh Wizard 2Print gt Script Pulse Generator Clock MHz 0 833333 A Pulse Generator Selector Pulse Generator 0 E g LUT Control LUT Index 0 E h User Set Control E User Set Selector User Set1 Push to Execute Command gt X Execute User Set Save Command ALO HES SEET S lt ALC Area Enable All Off ASC Min 50 L ASC Max 8000000 k AGC Min 100 The current setting values are saved as user settings E To load user settings 1 Stop image acquisition User settings can only be loaded when image capture on the camera is stopped 2 Select the settings to load User Set1 to User Set3 in User Set Selector 3 Select User Set Load and click Execute User Set Load C
46. eeeeeeeeeesecneeeeeeeseennaees 60 OMY iienaa E E E EE 22 Manual white balance adiusiment 22 IN dek r E E AES 61 Automatic white balance adjustment se 22 Adjusting the Black Level 22 Step 6 Configuring Various Other Settings 22 Step 7 Saving the Sefinga sees ee ee eee ee eee 23 TO SAVE USEF SELLINGS 1 ach Eo T EEZ TRY a 23 To load User SOtlingS osinean 24 Basic Function Matrix sese eee eee eee eee 24 Main FUn Ction ssssssesssssssssessseessaseanssnetssssssssess 25 GPIO Digital Input Output Settings ee 25 Valid Input Output Combinaiong sse 25 Acquisition Control Image Acquisition Controls 26 Changing the Frame Hale 26 Maximum Frame Hate 26 Calculation of frame rale 26 Exposure Mode rissie 27 Trigger Control sese ee eee 27 Shortest Repetition Period for Triggers 28 Gain Control eee 35 LUT Lookup Table ccceecseesesseeeeeeeseeeeeseeeeaeeeaes 36 To use the LUT function eee 36 RET RTI eroien piir 37 Gamma Function sese eee ee eee eee 37 To use the gamma function e 37 ROI Regional Scanning Function sese eee eee ee 38 ROSIN TTT 38 SP 12000M CXP4 SP 12000C CXP4 Notice The material contained in this manual consists of information that is proprietary to JAI Ltd Japan and may only be used by the purchasers of the product JAI Ltd Japan makes no warranty for the use of its product and assumes no responsibility for any errors which may appear or for damages resultin
47. es tab after starting Control Tool Troubleshooting Check the following before requesting help If the problem persists contact your local JAI distributor E Power supply and connections Problem Cause and solution The POWER TRIG LED remains lit amber and Camera initialization may not be complete due to lack of a does not turn green even after power is CXP connection Check the CXP cable conection supplied to the camera E Image display Problem Cause and solution Gradation in dark areas is not noticeable Use the gamma function to correct the display As the light emitting properties of the monitor are not linear the entire image may be darker or the gradation in the dark areas may be less noticeable when camera outputs are displayed without processing Using the gamma function performs correction to produce a display that is close to linear For details see Gamma Function page 37 E Settings and operations Problem Cause and solution Settings cannot be saved to user memory You cannot save to user memory while images are being acquired by the camera Stop image acquisition before performing the save operation want to restore the factory default settings Load Default under User Set Selector in the Feature Properties tab to restore the factory default settings ae SP 12000M CXP4 SP 12000C CXP4 Specifications Item SP 12000M CXP4 SP 12000C
48. et to Index1 Index3 Index1 Index2 Index1 Index2 Command Sequence Index Camera Triggers mage BBG O BOGO B Saat ee ES Settings Index1 Index3 Index Index2 Index1 Index2 Used Settings Settings Settings Settings Settings Settings Index structure for Command Sequence Common Settings Common Settings Command Sequence Index 1 to 128 Sequence LUT mode 42 SP 12000M CXP4 SP 12000C CXP4 ALC Automatic Level Control Function The ALC automatic level control function combines the automatic gain control and automatic exposure control functions and is capable of handling changes in various brightnesses The function operates as follows in response to changes in brightness Change from bright to dark ASC gt AGC Change from dark to bright AGC gt ASC Change in brightness f Dark lt ____W __ W _WYW _ Bright e AGC AGC operation Max Max to min user specified It ASC operation Max to min user specified AGC operation Fixed at min gain value ASC auto shutter operation Fixed at max ASC value Fixed at min ASC value Operation during change Operation during change from dark to bright from bright to dark E To use the ALC function Set Gain Auto or Exposure Auto or both to Continuous mode Configure the minimum value maximum value etc for AGC and ASC under JAI Custom Control The target video levels for AGC and ASC are configured in A
49. evels of reflectance The order of execution and the repetition of particular presets are based on user defined parameters stored in the sequence as well as the sequence mode selected in the Video Send Mode Selector Two operation modes Trigger Sequence and Command Sequence are available for the Sequence Trigger function Trigger Sequence mode With this mode the Sequence Trigger pattern is predetermined by the user The user defines up to 128 different indexes Each index represents a combination of the following parameters e ROI width height offset X and offset Y e Exposure Time e Gain Level R B Gain can also be configured on the color model e Black Level e Binning Mode monochrome only s LUT Enable whether or not to enable the use of LUT for this index s Frame Count the number of times to repeat this index before moving to the next e Next Index to execute in the predetermined pattern In addition to these individual index parameters two other parameters are applied to the entire sequence Sequence LUT Mode defines whether Gamma or LUT is to be applied to the sequence If Gamma is selected the Gamma setting defined in the camera s Analog Control section will be applied to all exposures in the sequence If LUT is selected the LUT characteristics defined in Analog Control will be applied to any index where Sequence LUT enable has been set to ON Reset Sequence Index causes the index selector to
50. g E Beginner lt i gt Node Info amp Refresh X Wizard Print Script Offset Y 0 a Pixel Format 8 Bit Monochrome Test Pattem Of c Acquisition Control Acquisition Mode Continuous Acquisition Start Push to Execute Command gt Acquisition Stop Push to Execute Command gt Acquisition Frame Count 65535 Acquisition Frame Rate 50 Acquisition Frame Rate Raw 20000 Trigger Selector Acquisition Start Trigger Mode Off Trigger Software Push to Execute Command gt Trigger Source User Output 3 Trigger Activation Rising Edge Exposure Mode Timed Exposure Time 19946 Exposure Time Raw 19946 Exposure Auto Of ET d Analog Contro Gain Selector DigitalAll lt Caution Settings can only be configured when image acquisition on the camera is stopped If an item is grayed out and the setting cannot be changed stop image acquisition beforehand ae Control via External Triggers SP 12000M CXP4 SP 12000C CXP4 When Controlling the Exposure Time Using Specified Exposure Times Configure the settings as follows Item Setting value selectable range Trigger Selector trigger operation Frame Start Trigger Mode On Trigger Source trigger signal source Any Trigger Activation trigger polarity Rising Edge rising edge of input signal Falling Edge falling edge of input signal Trigger Overlap Read Out Trigger Option Off E
51. g from the use of the information contained herein JAI Ltd Japan reserves the right to make changes without notice Company and product names mentioned in this manual are trademarks or registered trademarks of their respective owners Warranty For information about the warranty please contact your factory representative Certifications CE compliance As defined by the Directive 2004 108 EC of the European Parliament and of the Council EMC Electromagnetic compatibility JAI Ltd Japan declares that SP 12000M CXP4 and SP 12000C CXP4 comply with the following provisions applying to its standards EN 61000 6 3 Generic emission standard part 1 EN 61000 6 2 Generic immunity standard part 1 FCC 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 o
52. g properties of the monitor are not linear the entire image may be darker or the gradation in the dark areas may be less noticeable when camera outputs are displayed without processing The gamma function can be used to correct the camera signals with an opposite direction curve and produce a display that is close to linear lt INdiNo _ of the light emitting properties of the monitor display X INPUT gt E To use the gamma function Configure the settings as follows Item Setting value selectable range Description Gamma 0 45 0 5 0 55 0 6 0 65 0 75 Select the gamma correction value 0 8 0 9 1 0 9 steps JAI LUT Mode Gamma Use gamma Note You can use the LUT function to configure a curve with more detailed points For details see LUT Lookup Table page 36 987 ROI Settings SP 12000M CXP4 SP 12000C CXP4 ROI Regional Scanning Function The ROI region of interest function allows you to output images by specifying the areas to scan Specify the area to scan by specifying width height and horizontal vertical offset values under Image Format Control Z For details on how to configure the settings see Configuring the Output Format page 17 You can increase the frame rate by specifying a lower height as the number of lines scanned decreases The minimum area is as follows Width pixels Height pixels
53. gulation on Measures for the Administration of the control of Pollution by Electronic Information Products known as China RoHS The table shows contained Hazardous Substances in this camera O mark shows that the environment friendly use period of contained Hazardous Substances is 15 years BP EEM 4s BS aK TLE H ZS IRR bie L KHS S LA ASS 6 nA Tamie TRD eh L AS A SW SU TL Zh R Z SZ UF ASARUARTR Sh T ES AHSS SRE SRO Cd Cr VI PPB PBDE we 22 Bs Ze KFBAR O RNBABASVREZRAM AYRE PAS BYES 111363 2006MEHMRBSRAT x RNBGASAS DRED EARS HRA Page 52970 S 111363 2006 MAIR BK EITEL RBS EPH lt RAR ATES HD Pay RR RS 199 ETT TTT TRS U WR BHR N E HE FER RR KEH IER a BOREAS MAERT ERSHNR BoP 115 AMRI SP 12000M CXP4 SP 12000C CXP4 Usage Precautions Notes on cable configurations The presence of lighting equipment and television receivers nearby may result in video and audio noise In such cases change the cable configurations or placement Notes on attaching the lens Avoiding dust particles When attaching the lens to the camera stray dust and other particles may adhere to the sensor surface and rear surface of the lens Be careful of the following when attaching the lens e Work in a clean environment s Do not remove the caps from the camera and lens until immediately before you attach the lens e To prevent dust from adhering to surfaces poi
54. he vertical SP 12000M CXP4 onl direction for which to perform binning SequenceRoiRepetition 1 to 255 Set the repeat count for the sequence NextSequencelndex Index 1 to 128 Set the sequence index command MultiRoilndex Index 0 to 31 Set the Multi ROI index table M U ultiRoiWidth 128 to 4096 16 steps 4096 Set the width When binning is enabled on the SP 12000M CXP4 the maximum value will change MultiRoiHeight 16 to 3072 2 steps 3072 Set the height When binning is enabled on the SP 12000M CXP4 the maximum value will change MultiRoiOffsetx 0 to 3968 16 steps Set the horizontal position When binning is enabled on the GO 5000M USB the maximum value will change MultiRoiOffsetY 0 to 3056 2 steps Set the vertical position When binning is enabled on the SP 12000M CXP4 the maximum value will change Set the Multi ROI index count Video Process Bypass Off On Off Set whether to bypass the areas on which DigitalGain is applied within the FPGA HDRModeSelector fod Ent le disatble HDR 52 SP 12000M CXP4 SP 12000C CXP4 Setting range Default value Description HDRKneeSlope2 2 to 16 2 Set the second HDR slope Set the third HDR slope and second HDR slopes second and third HDR slopes pixels during Binning input StreamOption 0 1 Set whether to optimize the stream packet interval according to the frame rate or use the fastest interval only supports counter functions CounterOto3
55. higher Graphics card PCI Express 3 0 or higher DC IN trigger IN connection cable AC adapter power supply Connect the AC adapter and the round connector of the connection cable to the DC IN trigger IN connector on the camera HB SP 12000M CXP4 SP 12000C CXP4 Step 3 Verifying the Camera s Connection Status When power is supplied to the camera while the necessary equipment is connected the power trigger LED and LINE LEDs at the rear of the camera light amber and initialization of the camera starts When initialization is complete the power trigger LED lights green The CXP status indicators LINK 1 to 4 light or blink according to the connection status Verify whether power is being supplied to the camera and whether connection has been established by checking the rear LEDs Lit green For details on how to read the LEDs see LED status and camera status page 9 in the Parts Identification section Note Initialization of the camera is not complete until connection with the host is established If the power trigger LED does not switch to green within minutes of supplying power check the CXP cable and other connections After initialization is completed once the power trigger LED will remain green even if the host is disconnected Step 4 Configuring Initial Settings for the Camera Start Control Tool connect the camera to the CXP frame grabber board and configure initial set
56. in can be configured e For the SP 12000C CXP4 Digital All master gain Digital Red digital R gain and Digital Blue digital B gain can be configured individually Configure the gain value in Gain e Digital All master gain can be set to a value from x1 to x16 0 dB to 24 dB The resolution is set in x0 01 steps 0 05 dB to 0 08 dB depending on the setting value e For the SP 12000C CXP4 the Digital Red digital R gain and Digital Blue digital B gain can be set to a value from x0 45 to x5 62 7 dB to 15 dB the Digital All master gain value The resolution is set in x0 01 steps a Pe SP 12000M CXP4 SP 12000C CXP4 Adjusting the White Balance SP 12000C CXP4 only Adjust the white balance using R and B gain The white balance can also be adjusted automatically E Manual white balance adjustment Expand Analog Control and set Balance White Auto to Off Off is the default setting 2 Select the gain to configure in Gain Selector and set the gain value in Gain E Automatic white balance adjustment 1 Place a white sheet of paper or similar object under the same lighting conditions as the intended subject and zoom in to capture the white White objects near the subject such as a white cloth or wall can also be used Be sure to prevent the high intensity spot lights from entering the screen 2 Select the Balance White Auto tab and click Continuous or Once depending
57. in user memory Step 1 Installing the Software first time only When using the camera for the first time install the software for configuring and controlling the camera JAI SDK on the computer Z When you install JAI SDK JAI Camera Control Tool will also be installed Download the JAI Getting Started Guide and JAI SDK from the JAI website URL http www jai com en support download jai software Refer to the JAI Getting Started Guide and install JAI SDK on the computer The computer will restart when installation is complete Note When the JAI SDK is installed a camera driver for the GigE interface is also part of the default installation This GigE Vision Filter Driver is added to every NIC port on the host computer As the driver is also added to the NIC port for Internet connection it may on some systems affect Internet access speed If you think your Internet speed is affected configure the following settings to disable the filter driver on that port Open Control Panel gt Network and Internet gt Connect to a network and right click the port used for Internet connection to open the properties dialog box 129 SP 12000M CXP4 SP 12000C CXP4 Clear the JAI GigE Vision Filter Driver checkbox and save F al Local Area Connection Properties Ex Networking Connect using S Intel R 82579V Gigabit Network Connection configure This connect
58. ine4 TTL In 1 Lined Opt In 1 Line7 CXP In Line8 TTL Out 2 Line9 TTL Out 3 Line10 TTL In 2 Line11 LVDS In AND Gate 0 In 1 AND Gate 0 In 2 AND Gate 1 In 1 AND Gate 1 In 2 a DE Displays the input output status whether it is input or output Enable disable polarity inversion for the selected input signal or output signal S e Displays the status of the input signal or output signal True High False Low Low High Low Select the line source signal for the item Acquisition Trigger Wait selected in Line Selector Frame Trigger Wait Frame Active Exposure Active FVAL User Output 0 to 3 Line 4 TTLIn 1 Line 5 Opt In 1 Line10 TTL In 2 Line11 LVDS In Pulse Generator 0 to 3 and 0 Out Nand 1 Out T TTL Out Displays the current I F type User Output 0 User Output 0 Set the user output signal User Output 1 User Output 2 User Output 3 True False False Po Configure pulse generator settings SP 12000M CXP4 SP 12000C CXP4 Item Setting range Default value Description PreScaler 1 to 4096 1 Pulse Generator O seGeneratorSelector Pulse Generator 0 Pulse Generator 1 Pulse Generator 2 Pulse Generator 3 PulseGeneratorLength 1 to 1048575 PulseGeneratorStartPoint O to 1048574 Po PulseGeneratorEndPoint 1 to 1048574 PulseGeneratorRepeatCount O to 255 PulseGeneratorClearActivation Off Low
59. ion uses the following items S Oo Client for Microsoft Network on Filter Driver k QoS Pa duler a ac Fie and Printer Sharing for Microsoft Networks Intel R Advanced Network Services Protocol V Intemet Protocol Version 6 TCP IPv6 S Intemet Protocol Version 4 TCP IPv4 91 m instal maal Description JAI GigE Vision Filter Driver Cee E Enabling the CXP frame grabber board 1 Start JAI Control Tool Click the settings icon at the top right of the window The Settings window appears Click the icon for your CXP frame grabber board under 64 bit Factory Transport Layers gt Available 64 bit Transport Layers to display its settings 4 Set Enabled to True Step 2 Connecting Devices Connect the lens CXP cable AC adapter and other devices Attach the lens in a clean environment to prevent dust from adhering to the unit 37 CXP cables L Lens Camera body M E OO S i i 8 CXP frame grabber board Direct connection or MP 42 tripod adapter plate DC IN trigger IN connection cable Computer to external trigger or AC adapter power supply 14 SP 12000M CXP4 SP 12000C CXP4 Lens F mount lenses can be used Caution The maximum performance of the camera may not be realized dependi
60. it 15H 8 bit 11 0 14H 3 0 8 bit 6G 4 10 42 9H 10 bit 10H 10 bit 9H 3 0 10 bit 6G 2 8 10 6G 2 10 12 6G 1 8 10 6G 1 10 12 3G 4 8 10 3G 4 10 12 3G 2 8 10 3G 2 10 12 3G 1 8 10 3G 1 10 12 H Line Time is the horizontal synchronization period and will differ depending on the camera s settings Refer to the maximum frame rate formula on page 27 for the formula used to calculate Line Time a T SP 12000M CXP4 SP 12000C CXP4 Example When the max frame rate is used oO gt Z S T o 5 E a lt 9 s8 S8x 28 58 r Z S go 2g reas s gt YS L Ha He A 2 3 g PES Zas es BS Se w S S Gor 2 Sa 558 eS DO Z 2 S E S ae 2F3 Sas fas 82 amp E T 9 ax FEN ae es N n Sg Gone o 39 Se O 5 G 2 nD e 2 2 D gt C a 2s 9 ES 6G 4 8 10 189 753 4 0 51 9 52 7 5 8 42 2 6G 4 10 12 132 083 4 0 48 9 50 8 6 7 45 8 6G 2 8 10 94 8767 4 0 99 4 103 7 5 8 96 8 6G 2 10 12 76 6871 4 0 80 7 86 2 6 8 77 6 6G 1 8 10 47 4947 4 0 194 4 205 5 5 6 191 8 6G 1 10 12 38 3892 4 0 156 5 170 4 6 7 153 4 3G 4 8 10 94 8767 4 0 99 7 104 0 10 0 96 8 3G 4 10 12 76 6871 4 0 80 9 86 5 10 8 77 6 3G 2 8 10 47 4947 4 0 194 6 205 7 9 9 191 8 3G 2 10 12 38 3892 4 0 156 7 170 7 10 8 153 4 3G 1 8 10 23 7626 4 0 390 6 409 2 7 6 387 7 3G 1 10 12 19 206 4 0 308 3 339 0 1 1 305 0 For details on the PIV function see PIV Function page 44
61. nal values captured on the sensor and those that are output from the camera You can specify the output curve using 256 setting points indexes E To use the LUT function Configure the settings as follows Item Setting value selectable range Description JAI LUT Mode LUT Use LUT LUT Selector R G B Select the LUT channel to control LUT Index SP 12000M CXP4 0 to 255 Select the LUT index to configure SP 12000C CXP4 0 to 255 Indexes represent the possible pixel values captured on the sensor from the lowest value Index 0 to the highest Index 255 For example Index 0 represents a full black pixel and Index 255 represents a full white pixel LUT Value O to 4095 Set the LUT output value for the selected index SP 12000C CXP4 only Note R G and B are configured separately on the SP 12000C CXP4 3906 SP 12000M CXP4 SP 12000C CXP4 E LUT values LUT values range from 0 at the lowest to 4095 at the highest Linear interpolation is used to calculate LUT values between the index points Color 4095 A Pa Linear interpolation using data to the left and LUT Value 1 right is used to determine values between points LUT Value 0 Index0 Index255 Index Gamma Function The gamma function corrects the output signals from the camera beforehand reverse correction taking into consideration the light emitting properties of the monitor display As the light emittin
62. ng on the lens Note The following formula can be used to estimate the focal length focal length WD 1 W w WD Working distance distance between lens and object W Width of object w Width of sensor 18 16 mm on this camera 2 Direct connection or MP 42 tripod adapter plate When mounting the camera directly to a wall or other structural system use screws that match the camera locking screw holes on the camera M3 5 mm Use the supplied screws to attach the tripod adapter plate Caution For heavy lenses be sure to support the lens itself Do not use configurations in which its weight is supported by the camera 3 CXP cables Connect the CXP cables to the CXP connectors on the camera and the frame grabber board e The number of cables you can connect varies depending on the number of connectors on your frame grabber board 1 2 or 4 e Be sure to connect each cable to matching connector numbers on the camera and the frame grabber board e Refer to the specifications of the cable for details on its bend radius 4 CXP frame grabber board Refer to the instruction manual of the CXP frame grabber board and configure settings on the computer as necessary Computer Use a computer that meets the following requirements Operating system OS Microsoft Windows 7 8 32 bit 64 bit edition CPU Intel Core i5 or higher Memory Windows 7 8 32 bit edition DDR3 4 GB or higher Windows 7 8 64 bit edition DDR3 8 GB or
63. nt the camera and lens downward and do not allow the lens surface to come into contact with your hands or other objects e Always use a blower brush to remove any dust that adheres Never use your hands or cloth blow with your mouth or use other methods to remove dust Phenomena specific to CMOS image sensors The following phenomena are known to occur on cameras equipped with CMOS image sensors These do not indicate malfunctions e Aliasing When shooting straight lines stripes and similar patterns vertical aliasing zigzag distortion may appear on the monitor e Blemishes Due to the sensor element pixel array inside the CMOS image sensor blemishes may occur when strong light enters However this does not affect actual operation e Fixed pattern noise When shooting dark objects in high temperature conditions fixed pattern noise may occur throughout the entire video monitor screen e Defective pixels Defective pixels white and black pixels of the CMOS image sensor are minimized at the factory according to shipping standards However as this phenomenon can be affected by the ambient temperature camera settings e g high sensitivity and long exposure and other factors be sure to operate within the camera s specified operating environment Notes on exportation When exporting this product please follow the export regulations of your country or region SP 12000M CXP4 SP 12000C CXP4 The SP 12000M CXP4 SP 12000C CXP4 is
64. ommand The selected user settings are loaded Basic Function Matrix The combinations of settings for the basic functions that can be used together are as follows Video Send w W g E 5 a p m Mode 2 a 2 2 S 8 gt S 8 P E 2 S E T a 5 Z z 2 5 2 z O Z S a 9 G gt E Z 5 D fo so N 4 gt 3 2 5 2 2 3 z z 3 e z 5 S 2 S D E z 3 Off Off Off x1 Off x1 Off x O O O x O x x x O x O x O x x O O x O O O x O O O x O O O x G O O O O O O O O O O x O Oo O O O x Oo O O x O x x x x O x O x x Timed On PIV x1 Off x1 Off Oo O O O x O x x PIV x2 x2 x x x x x x x x 1 Operates only on the SP 12000M CXP4 2 Operates only on the SP 12000C CXP4 24 SP 12000M CXP4 SP 12000C CXP4 Main Functions GPIO Digital Input Output Settings The camera is equipped with GPIO general purpose input output functions for generating and using combinations of triggers and other necessary signals within the camera and of signals output from the camera to the system such as those used for lighting equipment control Valid Input Output Combinations The following signals can be used as sources for each output destination Trigger Selector Line Selector Pulse Generator Selector You can also connect two different sources to NAND paths in the GPIO and reuse the signal generated there as a source for a different selector
65. on your intended application The white balance is automatically adjusted Adjusting the Black Level 1 Expand Analog Control and select the black level you want to configure in Black Level Selector For the SP 12000M CXP4 only Digital All master black can be configured For the SP 12000C CXP4 Digital All master black Digital Red digital R and Digital Blue digital B can be configured individually 2 Specify the adjustment value in Black Level Step 6 Configuring Various Other Settings See Settings List page 48 and configure settings as necessary SP 12000M CXP4 SP 12000C CXP4 Step 7 Saving the Settings Setting values configured in Control Tool are maintained in the camera s temporary memory until the camera is turned off By saving current setting values to user memory you can load and recall them whenever necessary You can save up to three sets of user settings on the camera User memory Temporary memory Control Tool Note The setting values are not saved to the computer Control Tool The setting values will be stored in the camera s temporary memory until the camera is turned off E To save user settings 1 Stop image acquisition 2 Expand User Set Control and select the save destination User Set1 to User Set3 in User Set Selector tion ser image recording A S Feature Properties S Featur
66. ovingColorBar color onl Displays the TapGeometry settings c Acquisition Control CE SCC Configure image acquisition settings AcquisitionMode CSCS Continuous Select the image acquisition mode AcquisitionStat PC Start image acquisition AcquisitionStop J CT CT Stop image acquisition AcauisitionFrameCount 1 to 65535 In Multi Frame mode set the number of frames to acquire Acquisition Frame Rate 0 125 to 189 7 94 8767 In Multi Frame mode set the number of frames to acquire Frame period depends on au ROI pixel format and The fastest value depends on the binning mode selected setting of the Link Config AcquisitionStatusSelector TriggerSelector Acquisition Start Frame Start Select the trigger operation Acquisition End Frame Start Select the trigger mode a ne AcquisitionStatus ee TriggerSource ulse Generator O User Output 0 User Output 1 Line 4 Line 5 Line 10 Line11 NANDO Out NAND1 Out TriggerActivation Rising Edge Rising Edge Select the polarity of the trigger signal Falling Edge i e location of signal at which trigger is Level High Level Low applied Select the trigger overlap operation ExposureMode Off Timed Timed Select the exposure mode Trigger Width 49 Execute a software trigger Low High Software P Line 4 Select the trigger signal source SP 12000M CXP4 SP 12000C CXP4 Item Setting range Default value Description
67. r 10 pin O000000000 Camera side Equivalent to Hirose Electronic 3260 10S3 55 Cable side Equivalent to Hirose Electronic 350 10P C 50 Pin No Attribute Name Note 1 OUT TTL OUT2 Line 8 2 OUT TTL OUT3 Line 9 3 IN TTL_IN2 Line 10 4 NC 5 GND GND 6 IN LVDS_IN1 Line 11 7 IN LVDS_IN1 8 NC 9 GND GND 10 GND GND Camera locking screw holes M3 5 mm depth Use these holes when attaching an MP 42 tripod adapter plate optional or mounting the camera directly to a wall or other structural system J2 SP 12000M CXP4 SP 12000C CXP4 Preparation Preparation Process Installing the Software first time only Install the software for configuring and controlling the camera JAI SDK on the computer Connecting Devices Connect the lens CXP cable AC adapter computer and other devices Verifying the Camera s Connection Status Verify whether the camera is ready for use via the LEDs at the rear of the camera Configuring Initial Settings for the Camera e Configure the output format e Configure settings related to the exposure and external trigger pee Adjusting the Image Quality e Adjust the gain and white balance e Adjust the exposure shutter Configuring Various Other Settings Configure various other settings as necessary Step 7 Saving the Settings Save the current setting configurations
68. r more of the following measures e Reorient or relocate the receiving antenna e Increase the separation between the equipment and receiver e Connect the equipment into an outlet on a circuit different from that to which the receiver is connected e Consult the dealer or an experienced radio TV technician for help Warning Changes or modifications to this unit not expressly approved by the party responsible for FCC compliance could void the user s authority to operate the equipment SP 12000M CXP4 SP 12000C CXP4 Supplement The following statement is related to the regulation on Measures for the Administration of the control of Pollution by Electronic Information Products known as China RoHS The table shows contained Hazardous Substances in this camera G mark shows that the environment friendly use period of contained Hazardous Substances is 15 years BP EEM BS BS aK TLE H ZS IRR bie L KHS SL TE HEA PAL 5 Tamie eb L AS B SW SU TC S Zh R ZS UF BEBES TLE ab HR R AME SRK SROKA Cd Cr VI PPB PBDE Q TIBBI IE BERI TI MORU Z BYES T 11363 2006 ERR ES KAT TIBBI IIE BID R D HHI Z Bey S 111363 2006REHRELK ELUTEE REESE Let lt RIE X ISI END Pay FRR Nns 199 ETT TT FETARE U HE BHR N E HIE TSR DRAM ASR NEAR NR Pean nmRHna MP 115 WARISE SP 12000M CXP4 SP 12000C CXP4 Supplement The following statement is related to the re
69. rol over gamma and contrast e Gamma correction The gamma can be set to one of nine settings from 0 45 to 1 0 e Bayer white balance SP 12000C CXP4 only White balance can be automatically adjusted continuously It can also be adjusted manually using R G and B gain Connection example Camera External trigger Kemm mma AC adapter CoaxPress frame grabber board Computer SP 12000M CXP4 SP 12000C CXP4 Parts Identification SP 12000 CXP4 SP 12000 CXP4 XT option SP 12000M CXP4 SP 12000C CXP4 Lens mount F mount Mount an F mount lens microscope adapter etc here 2 Ventilation holes SP 12000 CXP4 XT option only 3 CXP CoaxXPress connectors 1 to 4 DIN Connect the coaxial cables for digital video output here Equivalent to Amphenol Connex ACX1785 ND PoCXP is also supported LINK LEDs 1 to 4 Indicates the CXP connection status LED status and camera status LED Light Status POWER TRIG LED Lit green Power is on Off Power is off LINK LEDs 1 to 4 Lit amber System starting up Blinking amber rapid Detecting link when PoCXP not in use Z Blinks for 1 second even when detected immediately Blinking amber slow Waiting for connection between device
70. s received Can jump to new preset by sending a new index value to Command Sequence Index E Multi ROI function When the multi ROI function is enabled you can split a frame to 32 areas and scan specific areas However as the up to 32 ROI areas are output as one frame the Width setting will be common To enable the multi ROI function set Video Sending Mode Selector to Multi Mode ROI area configuration overview when Multi ROI Index Max 4 Index 4 Offset Y Index 2 Offset Y Index 1 Offset X gt gt Index 3 Ki Video output for Multi ROI configuration example l Index 1 Height 1 index 2 Height l 3Height v Index 4 Height Height Specify the areas by specifying width height and horizontal vertical offset values for each index under JAI Custom Control MultiROI Note The width must be common among all ROI indexes SP 12000M CXP4 SP 12000C CXP4 E Sequence Trigger function The Sequence Trigger function lets you define up to 128 preset combinations of exposure time gain ROI and other settings which can be stepped through each time a trigger is received This is particularly useful for quickly capturing multiple exposures of objects under inspection to adjust for areas or components with significantly different l
71. scription Off When an edge signal is input at the frame start trigger a single exposure operation is performed PIV Operate using functions commonly referred to as PIV When an edge signal is input at the frame start trigger the exposure operation is performed continuously in the Shutter Off state according to the exposure time configured with Exposure Time When PIV is specified Exposure Time can be set from the fastest speed value to 10 ms Trigger Control The camera allows the following controls to be performed via external trigger signals The trigger settings can be configured separately for each of the following modes and function simultaneously with each other Trigger Selector Description Frame Start Start exposure in response to the external trigger signal input Select this to perform exposure control using external triggers Acquisition Start Start image acquisition in response to the external trigger signal input Acquisition End Stop image acquisition in response to the external trigger signal input The settings for exposure control and triggers are related to each other Be sure to configure the settings described in Configuring Exposure and External Trigger Settings page 18 27 SP 12000M CXP4 SP 12000C CXP4 Shortest Repetition Period for Triggers Depending on the exposure mode and image scanning range the shortest repetition periods for triggers are as follows
72. side Equivalent to Hirose Electronic HR 10A 10R 12PB 72 Cable side Equivalent to Hirose Electronic HR10A 10P 12S 73 Pin No Attribute Name Note 1 GND GND 2 Power IN DC 4 12V IN DC 12 V to 24 V 10 3 GND GND 4 NC 5 IN Opto IN Line 5 6 IN Opto IN 7 OUT Opto OUT Line 2 8 OUT Opto OUT 9 OUT TTL OUT Line 1 10 IN TTL IN Line 4 11 Power IN DC 4 12V IN 12 GND GND Recommended internal circuits for Opto IN i L User side Camera side i BF545C Opto IN D g 80CS TLP2366 TC7WG14FK oe User power 3 3V to 24V Opto IN HI So SP 12000M CXP4 SP 12000C CXP4 Recommended internal circuits for Opto OUT User sid Camera side TLP109 TPR E Opto OUT lt OUT 180BS TC7WG14FK User power 5V to 24V 2 100KBS HI 155400 Opto OUT 2SC6033 220BS Characteristics of the recommended circuits for Opto OUT OUTPUT LINE RESPONSE TIME Camera Output Signal Output Line Voltage When 270 terminals are used UET POWE 3 3 V 5V 12 V 24 V Time Delay Rise TDR us 0 54 0 54 0 62 0 68 Rise Time RT us 1 2 1 2 2 0 3 0 Time Delay Fall TDF us 1 5 1 5 2 4 2 1 Fall Time FT us 3 6 3 4 4 5 6 8 POWER TRIG LED Indicates the power and trigger input status 11 SP 12000M CXP4 SP 12000C CXP4 AUX connecto
73. t Mid right Right Mid High Mid High Mid High Mid High Left Mid left Mid right Right Mid Low Mid Low Mid Low Mid Low Left Mid left Mid right Right Low Low Low Low Left Mid left Mid right Right PIV Function The PIV function allows you to perform exposure and scanning twice in succession in response to a single trigger This is useful in situations that require quick successive image scans The durations for the first and second exposures are different The first exposure time can be configured freely by the user After a minimum interval the second exposure time lasts for one frame To capture two images of the same brightness use a strobe light in a dark room for example Trigger fI Exposure Tst exposure 2nd exposure Strobe light Strobe light Strobe light Video Out 1st video out 2nd video out 44 SP 12000M CXP4 SP 12000C CXP4 HDR High Dynamic Range Mode SP 12000M CXP4 only HDR high dynamic range mode is a function that uses the exposure time configured with Exposure Time as a base and allows you to determine input level positions for knee points You can change the number of knee points from 1 to 2 Adjust the Knee Point 1 Knee Point 2 Knee Slope 2 and Knee Slope 3 settings to configure the settings Overview of knee point configurations during HDR mode Exposure duration Scan duration WA
74. tings for the output format exposure external trigger etc Connecting to the Camera to Control Tool 1 Start JAI Control Tool Cameras connected to the CXP frame grabber board are detected and displayed in a window If they do not appear right click inside the window and select Search for Cameras 2 Select the camera you want to configure 3 Check that the settings of the selected camera are displayed Configuring the optimal link configuration Select the Feature Properties tab and set Device Control gt Link Config to CXP6_X4 when using a 4 cable connection Note e When using a 1 cable or 2 cable connection select CXP6_X1 or CXP6_X2 respectively e The Link Config setting cannot be stored and will reset to CXP3_X4 each time the camera is disconnected Be sure to manually switch to the optimal setting each time the camera is reconnected ie Configuring the Output Format SP 12000M CXP4 SP 12000C CXP4 Configure the size position and pixel format of the images to be acquired The factory default settings are as follows Change the settings as necessary Factory default values Item Default value Image Format Control Width 4096 pixels Height 3072 pixels Offset X horizontal position O pixels Offset Y vertical position O pixels Pixel Format SP 12000M CXP4 8 Bit Monochrome SP 12000C CXP4 8 Bit Bayer GB Z You can specify the image acquisition are
75. xposure Mode Timed control via exposure time Exposure Time 15 or 20 to 7999892 us 1 us step Exposure Auto Off Continuous 1 The maximum value for Exposure Time varies depending on the value configured for the Acquisition Frame Rate Raw setting Max value for Exposure Time Acquisition Frame Rate Raw value 1 Set Exposure Mode to Timed Timed is the default setting 2 Specify the exposure time in Exposure Time The setting value for the exposure time can only be changed when Exposure Auto is set to Off If Exposure Auto is set to Continuous temporarily set it to Off before changing the exposure time Set Trigger Selector to Frame Start Frame Start is the default setting 4 Set Trigger Mode to On 5 If necessary change the Trigger Source Trigger Activation and Exposure Auto settings When Controlling the Exposure Time Using the Pulse Width of the Trigger Input Signal Configure the settings as follows Item Setting value selectable range Trigger Selector trigger operation Frame Start Trigger Mode On Trigger Source trigger signal source Any Trigger Activation trigger polarity Level High high level duration Level Low low level duration Trigger Overlap Read Out Exposure Mode Trigger Width control via trigger width 19 SP 12000M CXP4 SP 12000C CXP4

User Manual SP-12000M-CXP4 SP-12000C-CXP4

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