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CoaXPress Camera
Monochrome / Color CMOS 16M / 20M / 24.5M
High Speed Model
BC-SMS24M12X1H(
BC-SCS24M12X1H(
BC-SMS20M12X1H(
BC-SCS20M12X1H(
BC-SMS16M12X1H(
BC-SCS16M12X1H(
Normal Speed Model
BC-SMS24M10X1N(
BC-SCS24M10X1N(
BC-SMS20M10X1N(
BC-SCS20M10X1N(
BC-SMS16M10X1N(
BC-SCS16M10X1N(
Product Specifications
BOPIXEL JAPAN Co., Ltd.
© 2022 BOPIXEL JAPAN Co., Ltd.
Monochrome
Color
)
Monochrome
Color
)
Monochrome
Color
)
Monochrome
Color
)
Monochrome
Color
)
Monochrome
Color
)
)
)
)
)
)
)
No.22SS-0001-00
1/35
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Related Manuals for BOPIXEL CoaXPress BC-SMS24M12X1H
Summary of Contents for BOPIXEL CoaXPress BC-SMS24M12X1H
- Page 1 Monochrome BC-SMS24M12X1H( Color BC-SCS24M12X1H( Monochrome BC-SMS20M12X1H( Color BC-SCS20M12X1H( Monochrome BC-SMS16M12X1H( Color BC-SCS16M12X1H( Normal Speed Model Monochrome BC-SMS24M10X1N( Color BC-SCS24M10X1N( Monochrome BC-SMS20M10X1N( Color BC-SCS20M10X1N( Monochrome BC-SMS16M10X1N( Color BC-SCS16M10X1N( Product Specifications BOPIXEL JAPAN Co., Ltd. © 2022 BOPIXEL JAPAN Co., Ltd. 1/35...
- Page 2 If there is a noise source such as a motor near the camera or wiring cable, the image may be distorted or communication failure may occur. Keep the camera and wiring cables away from noise sources. Due to the inherent characteristics of CMOS sensors, pixel defects may occur during transportation and storage. © 2022 BOPIXEL JAPAN Co., Ltd. 2/35...
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Page 3: Table Of Contents
CAMERA OPERATION ....................17 GenICam Command Reference Table ..................17 5.1.1 Standard functions ............................17 5.1.2 Standard functions（Common to each model） ...................18 5.1.3 Original functions of BOPIXEL ........................ 20 IMAGE ACQUISITION AND CAMERA TRIGGER MODES ........22 Trigger Source ..........................22 6.1.1 Software ..............................22 6.1.2 Line0-Line1 ..............................22... - Page 4 6.3.3 Exposure Mode : Trigger Width .......................27 6.3.4 Trigger prohibition Time ........................... 28 6.3.5 Trigger LineDebounce Time ........................31 6.3.6 Minimum ExposureTime ...........................32 FRAMERATE CALCURATE [ FRAME RATE CALCULATION ] ....34 REVISION INFORMATION ..................35 © 2022 BOPIXEL JAPAN Co., Ltd. 4/35...
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Page 5: Specifications
16 pixels in width direction / 16 lines in height direction Adjustable Steps for offset: 16 pixels in width direction / 16 lines in height direction Power PoCXP or External 24V±10% Input Voltage Consumption Typical: 4.25 W, Maximum: 4.35 W © 2022 BOPIXEL JAPAN Co., Ltd. 5/35... - Page 6 16 pixels in width direction / 16 lines in height direction Adjustable Steps for offset: 16 pixels in width direction / 16 lines in height direction Power PoCXP or External 24V±10% Input Voltage Consumption Typical: 3.4 W, Maximum: 3.45 W © 2022 BOPIXEL JAPAN Co., Ltd. 6/35...
- Page 7 Typical: 3.4 W, Maximum: 3.45 W The noise level is measured under the measurement conditions of gain: 0 dB, 200 [DN]. *2 Sensitivity is measured under the following measurement conditions. Lens:F5.6, Gain:0dB, ExposureTime:1/30sec, Light Source: light Box(5100K) © 2022 BOPIXEL JAPAN Co., Ltd. 7/35...
- Page 8 / Pulse width Trigger (Trigger Mode: On, Exposure Mode: Trigger Width) User Setting Storage Support Communication CoaXPress Standard Ver1.1 Protocol GenICam Standard Version (SFNC 2.5) compliant Input / Output GPIO x 2 Common specifications for each model □ *1 Refer to [Minimum ExposureTime] © 2022 BOPIXEL JAPAN Co., Ltd. 8/35...
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Page 9: Mechanical Specifications
The usable environment temperature can be raised by improving the camera installation (fixing method that can dissipate heat from the camera housing, increasing the air flow around the camera, etc.). Fig1.3-1 Camera housing measuring point © 2022 BOPIXEL JAPAN Co., Ltd. 9/35... - Page 10 ※The usable environmental temperature can be raised depending on the material and size of the member that fixes the camera and the air flow condition around the camera. Check the usable environmental temperature with Device Temp. And camera housing temperature. © 2022 BOPIXEL JAPAN Co., Ltd. 10/35...
- Page 11 ※The usable environmental temperature can be raised depending on the material and size of the member that fixes the camera and the air flow condition around the camera. Check the usable environmental temperature with Device Temp. And camera housing temperature. © 2022 BOPIXEL JAPAN Co., Ltd. 11/35...
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Page 12: Cmos Informaiton
No.22SS-0001-00 CMOS Informaiton Relative respons Mono Model Color Model © 2022 BOPIXEL JAPAN Co., Ltd. 12/35... -
Page 13: Color Filter Array
No.22SS-0001-00 Color Filter Array Color Model (0,0) © 2022 BOPIXEL JAPAN Co., Ltd. 13/35... -
Page 14: Camera Hardware Information
Low Voltage High Voltage DC24V POWER DC24V±10% Line0 GPIO Less than+1.0V +3.0 to +26.4V 0 to +2.20V +3.0 to +26.4V Line GPIO Less than+1.0V +3.0 to +26.4V 0 to +2.20V +3.0 to +26.4V © 2022 BOPIXEL JAPAN Co., Ltd. 14/35... -
Page 15: Gpio Line Circuit
No.22SS-0001-00 GPIO Line Circuit 3.3.1 Line0, Line1 © 2022 BOPIXEL JAPAN Co., Ltd. 15/35... -
Page 16: Camera Dimensions
No.22SS-0001-00 4. Camera Dimensions Unit: mm © 2022 BOPIXEL JAPAN Co., Ltd. 16/35... -
Page 17: Camera Operation
The setting items of the camera conform to SNFC of GenICam Standard Version. The items implemented in the camera are as follows. Please refer to SNFC of GenICam for details of the function except the original functions of BOPIXEL. 5.1.1 Standard functions □High Speed Model... -
Page 18: Standard Functions（Common To Each Model
MonochromeModel: Mono8 / ColorMode : BayerRG8 TestPatternGeneratorSelector FPGA TestPattern BinningVerticalMode BinningVertical DecimationVerticalMode Discard DecimationVertical AcquisitionFrameRate Refer to [FrameRate calcurate] TriggerMode TriggerSource Software TriggerSoftware TriggerDelay ExposureMode ExposureTime GainSelector AnalogAll Gain[AnalogAll] (*1) Gain[DigitalAll] (*1) BlackLevelSelector © 2022 BOPIXEL JAPAN Co., Ltd. 18/35... - Page 19 0 (ColorMode Only) WhiteBalanceFunctionMode (*2) Formula1 LineSelector Line0 LineMode Input LineInverter False LineStatus LineSource UserOutput0 UseroutputSelector UserOutput0 UserOutputValue False DeviceTapGeometry Geometry_1X_1Y CxpLinkConfigurationStatus CxpLinkConfiguration CXP6_X1 CxpLinkConfigurationPreferred CXP6_X1 TestMode TestErrorCountSelector TestErrorCount UserSetSelector Default UserSetLoad UserSetSave UserSetDefault Default © 2022 BOPIXEL JAPAN Co., Ltd. 19/35...
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Page 20: Original Functions Of Bopixel
Shading Gain Manual [Red] 0 (ColorMode Only) Shading Gain Manual [GreenR] 0 (ColorMode Only) Shading Gain Manual [GreenB] 0 (ColorMode Only) Shading Gain Manual [Blue] Shading Center PosX Manual Shading Center PosY Manual © 2022 BOPIXEL JAPAN Co., Ltd. 20/35... - Page 21 2) Formula2: OutValue = (InValue-BlackLevel)*BalanceRatio/2048+BlackLevel (Set 2048 for 0dBGain) HorizontalPeriodExtend (*3) ontrol the streaming throughput delay by extending the horizontal period. It is a function that c Set the value when using a grabber board with a small StreamPacketSizeMax. © 2022 BOPIXEL JAPAN Co., Ltd. 21/35...
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Page 22: Image Acquisition And Camera Trigger Modes
When using the Line trigger, it is necessary to keep the voltage input range to the IO pin. 6.1.3 LinkTrigger A trigger is input from the Cable line of the grabber board. The trigger input method from LinkTrigger depends on the grabber board specifications. © 2022 BOPIXEL JAPAN Co., Ltd. 22/35... -
Page 23: Trigger Acquisition Mode
ExposureTime = Tpw + Toffset ※Horizontal Period depends on camera settings. 6.2.3 Refer to [Horizontal Period by Camera Settings]. ExposureTime has a lower limit that can be set: Minimum ExposureTime. 6.3.6 Refer to [Minimum ExposureTime] © 2022 BOPIXEL JAPAN Co., Ltd. 23/35... -
Page 24: Fast Trigger Mode
ExposureTime = Tpw + Minimum ExposureTIme ※Horizontal Period depends on camera settings. 6.2.3 Refer to [Horizontal Period by Camera Settings]. ExposureTime has a lower limit that can be set: Minimum ExposureTime. 6.3.6 Refer to [Minimum ExposureTime] © 2022 BOPIXEL JAPAN Co., Ltd. 24/35... -
Page 25: Horizontal Period By Camera Settings
1314 Mono8/BayerRG8 CIS_8Bit 8.8484 CXP6-1 Mono10/BayerRG10 CIS_10Bit 11.2862 Mono8/BayerRG8 CIS_10Bit 8.8484 BC-SMS16M12X1H BC-SCS16M12X1H Mono8/BayerRG8 CIS_8Bit 5.5218 CXP10-1 Mono10/BayerRG10 CIS_10Bit 6.8148 Mono8/BayerRG8 CIS_10Bit 5.5218 Mono8/BayerRG8 CIS_8Bit 4.4175 CXP12-1 Mono10/BayerRG10 CIS_10Bit 5.4680 Mono8/BayerRG8 CIS_10Bit 4.4175 © 2022 BOPIXEL JAPAN Co., Ltd. 25/35... -
Page 26: Trigger Prohibition Period When Changing Settings
Immediately after changing the「Trigger Acquisition Mode」 or 「BinningVertical」 or「ImageSensorBitSize」 or 「DecimationVertical」 or 「HorizontalPeriodExtend」,it takes time to change the mode inside the camera. Do not enter a trigger to camera during that period Trigger input prohibition period : 2.5s © 2022 BOPIXEL JAPAN Co., Ltd. 26/35... -
Page 27: Exposure Mode
The camera is exposed for the same period as the external trigger and outputs the video image. There is an upper limit to the timing at which a trigger can be input. Refer to [Trigger prohibition time] and [FrameRate calcurate]. © 2022 BOPIXEL JAPAN Co., Ltd. 27/35... -
Page 28: Trigger Prohibition Time
If you enter a trigger during this prohibition period, the trigger will be ignored inside the camera and the next trigger will be enabled. The Trigger prohibition Time1 is shown in the following table. © 2022 BOPIXEL JAPAN Co., Ltd. 28/35... - Page 29 BC-SCS16M12X1H Mono8 / BayerRG8 CIS_8Bit 1016.027 CXP10-1 Mono10 / BayerRG10 CIS_10Bit 1253.925 Mono8 / BayerRG8 CIS_10Bit 1016.027 Mono8 / BayerRG8 CIS_8Bit 812.821 CXP12-1 Mono10 / BayerRG10 CIS_10Bit 1006.114 Mono8 / BayerRG8 CIS_10Bit 812.821 © 2022 BOPIXEL JAPAN Co., Ltd. 29/35...
- Page 30 Mono8 / BayerRG8 CIS_8Bit 1132.606 BC-SMS16M10X1N CXP6-1 Mono10 / BayerRG10 CIS_10Bit 1444.633 BC-SCS16M10X1N Mono8 / BayerRG8 CIS_10Bit 1132.606 Mono8 / BayerRG8 CIS_8Bit 770.585 CXP10-1 Mono10 / BayerRG10 CIS_10Bit 946.424 Mono8 / BayerRG8 CIS_10Bit 946.424 © 2022 BOPIXEL JAPAN Co., Ltd. 30/35...
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Page 31: Trigger Linedebounce Time
Generates an internal trigger after the time set in LineDebounceTime elapses after the trigger is detected. LineDebounceTime is added to the internal trigger. It can be used as a trigger signal filtering function. © 2022 BOPIXEL JAPAN Co., Ltd. 31/35... -
Page 32: Minimum Exposuretime
CIS_10Bit Mono8 / BayerRG8 CIS_10Bit BC-SMS16M12X1H BC-SCS16M12X1H Mono8 / BayerRG8 CIS_8Bit CXP10-1 Mono10 / BayerRG10 CIS_10Bit Mono8 / BayerRG8 CIS_10Bit Mono8 / BayerRG8 CIS_8Bit CXP12-1 Mono10 / BayerRG10 CIS_10Bit Mono8 / BayerRG8 CIS_10Bit © 2022 BOPIXEL JAPAN Co., Ltd. 32/35... - Page 33 CIS_10Bit Mono8 / BayerRG8 CIS_10Bit BC-SMS16M10X1N Mono8 / BayerRG8 CIS_8Bit BC-SCS16M10X1N CXP6-1 Mono10 / BayerRG10 CIS_10Bit Mono8 / BayerRG8 CIS_10Bit Mono8 / BayerRG8 CIS_8Bit CXP10-1 Mono10 / BayerRG10 CIS_10Bit Mono8 / BayerRG8 CIS_10Bit © 2022 BOPIXEL JAPAN Co., Ltd. 33/35...
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Page 34: Framerate Calcurate [ Frame Rate Calculation ]
※The Horizontal Period depends on the camera settings. 6.2.3 Refer to [Horizontal Period by camera settings]. ※Calculate with the following formula for both monochrome / color models when setting Decimetion, Height = SensorHeight / 2 © 2022 BOPIXEL JAPAN Co., Ltd. 34/35... -
Page 35: Revision Information
No.22SS-0001-00 Revision Information Date Changes 2022/8/8 Released Must Building 7F E3&W3, 17-1 Daimachi, Kanagawa-ku, Yokohama-shi, Kanagawa, 221-0834, Japan TEL.045-548-3566 FAX.045-548-3711 © 2022 BOPIXEL JAPAN Co., Ltd. 35/35...
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