Related Manuals for Optronis CamPerform-CycloneFiber Series
Summary of Contents for Optronis CamPerform-CycloneFiber Series
- Page 1 User Manual CamPerform-CycloneFiber Series Rev: over-Fiber Camera shown with CY-FM Document 1201-SU-01-A Document Version Release Date 05.02.2024 Language English...
- Page 2 We hope that this manual can answer your questions, but should you have any further questions or if you wish to claim a service or warranty case, please contact your local dealer or refer to the Optronis support. You can contact our support by using our website or by email at the following address: support@optronis.com...
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Page 3: Table Of Contents
Technical Data ............................15 4.2.1 CycloneFiber-2 ..........................15 4.2.2 CycloneFiber-5 ..........................17 4.2.3 CycloneFiber-65 ..........................19 4.2.4 CycloneFiber-21 ..........................21 5 Camera Control Interface ..........................23 ImageFormatControl ..........................23 AcquisitionControl ..........................23 Optronis ..............................24 5.3.1 Dual ROI ............................27... - Page 4 5.3.2 Line Skipping ............................ 29 5.3.3 Defect Pixel Correction ........................29 5.3.4 Flat Field Correction (FFC) ........................ 31 5.3.5 Missing CoaXPress trigger packet detection ..................32 5.3.6 Temperature ............................ 32 UserSetControl ............................33 6 Firmware Update ............................33 Annex A – Lens selection ............................ 36 Annex B - Cleaning ..............................
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Page 5: General
CY-CM C-Mount lens adapter • F-Mount lens adapter CY-FM • M42 Mount lens adapter CY-M42 • Pig tail cable for synch CPH6-PTC • CPH6-USB Programming Cable • Cooling Fan CY-FAN2 2.4 RoHS Compliance CamPerform-CycloneFiber series cameras are Pb free manufactured. -
Page 6: Getting Started
3.2.1 Thermal conditions CamPerform-CycloneFiber series cameras are available with accessories for heat dissipation. Depending on heat dissipating accessory, max. ambient temperature is given for each model on the technical data section. Fixing the camera on a heat conductive support can also be consider for heat dissipation. Measuring the case temperature might be necessary for critical applications to ensure the camera will not operate beyond its limits. -
Page 7: Setting Up System
3.4 Setting Up System 3.4.1 CoaXPress-over Fiber Overview CoaXPress-over-Fiber is a point-to-point interface to connect Devices (typically cameras) to Hosts (typically frame grabbers). It is strongly related to the CoaXPress standard interface and its protocol. Instead of using copper coaxial cables, fiber optical cables are used. Industry standard transceivers convert electrical to optical signals and vice versa. -
Page 8: About Lenses
3.5 About Lenses 3.5.1 Lens handling Please be careful when installing or removing camera lens. Depending on your lens mount type and lens, pay attention to following points: • If your lens has a F-mount flange, first align mounting mark camera mount to lens mounting marks and then rotate anti-clockwise to lock the lens. - Page 9 Flange Distance (FD) to be adjusted Camera CY-CM CY-FM / CY-FMG CY-M42 CycloneFiber-2-M 30.1 29.0 CycloneFiber-2-C 30.7 29.7 CycloneFiber-65-M 31.4 30.3 CycloneFiber-65-C 32.0 31.0 CycloneFiber-5-M 30.1 29.1 CycloneFiber-5-C 30.8 29.7 CycloneFiber-21-M 30.3 29.3 CycloneFiber-21-C 30.9 29.9 Hint: When tightening the screws (1), the flange distance increases slightly by ~0.1 mm. Therefore, prior to tighten screws flange distances can be ~0.1 mm less than shown on the table above.
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Page 10: Camera Overview
4 Camera Overview 4.1 General Description 4.1.1 Model Name Decoding CycloneFiber - Camera Series Model Color Type - CycloneFiber - M: monochrome - C: color Figure 2: Camera model name 4.1.2 Camera Rear Side Fan supply connector CoaXPress link status indicators QSFP+ port Cooling fins Power supply connector... -
Page 11: Connection Status Decoding
4.1.4 Connection Status Decoding Each CoaXPress connection has its dedicated LED indicating its status. State Indication No power System booting Solid orange Powered, but nothing connected Flash_1 red (not applicable to a device reliant on PoCXP power) Connection detection in progress, PoCXP active AlternateFlash_12_5 green / orange Device / Host incompatible, PoCXP active AlternateFlash_0_5 red / green... -
Page 12: Fan Connector
4.1.6 Fan Connector Coaxial Fan connector can be used to power Optronis optional external fan. It can also be used to power your own cooling solution. Fan Connector Camera connector type: Rosenberger 59S601-200L5 Cable Connector type: Rosenberger 59K204-301L5 Voltages +5 V, 250 mA max. - Page 13 Sync In input voltage limits are: [-5 V +30 V] Voltages beyond these limits may damage camera. Sync In signal is referred to 0 V of pins 4, 5, and 6. This 0 V signal is floating with respect to GND and case.
- Page 14 Definition Conditions T1: Exposure Time T1 min = defined by min . exposure of each model T1 max = T2 – T1 min - Delay T2: Frame Interval (= 1 / Frame Rate) T2 min = 1 / (max. Frame Rate) T2 max = 1 / (min.
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Page 15: Technical Data
4.2 Technical Data Camera power indication is including a QSFP+ module with max. 1.5 W power consumption. Using modules with different power requirements will result in different power consumption for the camera and will impact maximum ambient temperature. 4.2.1 CycloneFiber-2 Parameter CycloneFiber-2 Image sensor... - Page 16 * EMVA 1288 ** Optronis features ** A frame rate calculator is available at https://optronis.com/calculator/ Important: 1) StreamPacketSizeMax set by frame-grabber must be ≥2,544 Bytes. Flexible handling of StreamPacketSize is not implemented. Ambient Temperatures CycloneFiber-2 during operation Case only 0 .. +35°C / 32 .. 95°F CY-FAN2 0 ..
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Page 17: Cyclonefiber-5
Digital Binning 2x2** (only for monochrome sensor) RGB Gain ** Exposure modes Timed * EMVA 1288 ** Optronis features ** A frame rate calculator is available at https://optronis.com/calculator/ Important: 1) StreamPacketSizeMax set by frame-grabber must be ≥3,344 Bytes. Flexible handling of StreamPacketSize is not implemented. -17-... - Page 18 Ambient Temperatures CycloneFiber-5 during operation Case only 0 .. +45°C / 32 .. 113°F CY-FAN2 0 .. +55°C / 32 .. 131°F Case Temperature 0 .. +70°C / 32 .. 158°F -18-...
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Page 19: Cyclonefiber-65
User global analog gain** Save setup to flash and load on power-on** Digital Binning 2x2** (only for monochrom sensor) RGB Gain ** Exposure modes Timed and TriggerWidth * EMVA 1288 ** Optronis features ** A frame rate calculator is available at https://optronis.com/calculator/ -19-... - Page 20 Important: 1) StreamPacketSizeMax set by frame-grabber must be ≥11,824 Byte. 16 kByte is recommended to reach maximal framerates, flexible handling of StreamPacketSize is not implemented. Ambient Temperatures CycloneFiber-65 during operation Case only 0 .. +25°C / 32 .. 77°F CY-FAN2 0 ..
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Page 21: Cyclonefiber-21
User global analog gain** Save setup to flash and load on power-on** Digital Binning 2x2** (only for monochrome sensor) RGB Gain ** Exposure modes Timed and TriggerWidth * EMVA 1288 ** Optronis features ** A frame rate calculator is available at https://optronis.com/calculator/ -21-... - Page 22 Important: 1) StreamPacketSizeMax set by frame-grabber must be ≥6,544 Byte. Flexible handling of StreamPacketSize is not implemented. 2) The ROI height can be adjusted in the CycloneFiber-21, but be aware that vertical offset cannot be set. ROI is always vertically centered. 3) The frame-grabber used in association with the CycloneFiber-21 must support the CoaXPress 1X-2YE DeviceTapGeometry.
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Page 23: Camera Control Interface
CXP sections, please refer to the CoaXPress Version 2.1 specification. Description below refers to the firmware version programmed at the time this manual was the latest. Contact Optronis to verify whether firmware version programmed in the camera and version of this manual are consistent. -
Page 24: Optronis
= “CoaxPress”) Synchronization over CoaXPress by Frame Grabber: (AcquisitionMode CoaXPress standard allows Frame Grabber synchronizing camera frame generation using specific packets called trigger packets sent on “CoaXPress uplink”. 5.3 Optronis XML entry name Description address IndicatorLamps Enables or disables indicator lamps. - Page 25 For CycloneFiber-65, DefectPixelLineSelect selects a defect pixel list to display or modify for two physical sensor line of ordinate 2*DefectPixelLineSelect and 1+2*DefectPixelLineSelect. DefectPixelX0 For CycloneFiber-5 and CycloneFiber-2 DefectPixelXi is the absciss of the DefectPixelX1 defect pixel Pi( DefectPixelXi , DefectPixelLineSelect). DefectPixelX2 For CycloneFiber-65 DefectPixelXi is the absciss of the defect pixel...
- Page 26 CounterInformation If enabled, the first pixels of the image will contain the following information: a 16-bits image counter and 24-bits microsecond counter, a trigger counter (counter that increments as soon as the camera has validated an incoming external trigger), OffsetX and OffsetY. a) In 8bits-mode: Pixel 0 contains bits 15..8 of the image counter Pixel 1 contains bits 7..0 of the image counter...
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Page 27: Dual Roi
When set to ‘AlwaysOn’, Sync Out is pulsing if acquisition is stopped or not. In that case, Sync Out is active during the exposure time of the sensor. When set to ‘AlwaysOff’, Sync Out is set to low level (0 V). When set to ‘OnAcquisitionOnly’... - Page 28 Figure 7: Dual ROI position definitions Enabling and Configuring dual ROI To enable and use multi ROI: Stop Acquisition = “On”) Enable dual ROI mode (DualROI Width / OffsetX according your needs. All ROIs share the same Width / OffsetX and ROIs parameters Height_ROI1 / ROI1_OffsetY Height_ROI2 /...
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Page 29: Line Skipping
Figure 8: Camera output image when using multiple Roi Line skipping feature may be used in addition to dual ROI mode, please check Line skipping paragraph for more information. 5.3.2 Line Skipping If available, Line skipping feature allows to transfer only even lines and thus to increase frame transfer speed while keeping the same field of view. - Page 30 User correction has boot priority over Factory correction. If user has saved a correction in flash, it will be used until User correction is erased from flash. Then Factory correction will be used again. Control enables “On” or disables “Off” defect pixel correction. DefectPixelCorrectionEnable DefectPixelSource indicates the source of correction (User or Factory).
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Page 31: Flat Field Correction (Ffc)
• DefectPixelX6 • DefectPixelX7 • DefectPixelClearAll • DefectPixelUserFlashSave • DefectPixelUserFlashErase 5.3.4 Flat Field Correction (FFC) FFC correction is a column-based correction applied on all pixels. FFC correction consists in an FPN and a PRNU correction. At power up, camera loads FFC flash data (= FPN and PRNU column coefficients) to RAM. User can dynamically modify column parameters using XML interface. -
Page 32: Missing Coaxpress Trigger Packet Detection
• Correction_DMean • FFCSaveToFlash 5.3.5 Missing CoaXPress trigger packet detection This feature allows to detect missing CXP trigger packets. Camera is measuring CXP trigger packets (rising edge packets) period and compare it to a reference period set by user. If measured trigger packet period is x1.5 higher than expected period, error counter is incremented. To use this feature: Set camera and acquisition system in CoaXPress synchronization mode CXP_trigger_ Period... -
Page 33: Usersetcontrol
6 Firmware Update Camera firmware update is available through camera Aux connector by using the camera accessory “CPH6-USB”. This cable allows an USB connection to a PC and must be used together with Optronis Windows update software “CFU_CXXXX.exe”. Before updating camera firmware, please check product website page (download tab) to be sure that you have: •... - Page 34 Execute last version of “CycloneFiber_Driver_VCRedist_Install.exe” to install Firmware Update Software and Programming cable Drivers. Restart computer. 2) Connect USB cable to PC and camera Aux input. Use PC rear USB ports as front ports are often not working. 3) Power cycle the camera. 4) Start CFU_CXXXX.exe Figure 9: Firmware Update 5) Wait end of process (5 to 10 minutes, depending on camera and firmware size)
- Page 35 Figure 10: Firmware update finished If remaining time is higher than 20min, it often means that the cable is not well detected. Close software and end “CFU_CXXXX.exe ” process in case it might still be running. Choose another USB port, power cycle camera and restart software. -35-...
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Page 36: Annex A - Lens Selection
Annex A – Lens selection A typical optical system can be represented as below. Using above notations: The sensor diagonal S is given with the technical data of the sensor or can be calculated based on pixel resolution and pixel size.: ������������... -
Page 37: Annex B - Cleaning
Annex B - Cleaning Contaminations on the sensor cover glass or IR filter glass might affect image quality particularly when optical systems with high F-numbers are used. The camera is produced in a dust-controlled environment and sensor cleanliness is verify prior the camera is packed in a dust free plastic bag. Contaminations should be avoided but might occur during handling or operation.