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Teledyne e2V EV71YC1CNT4005-BA0 User Manual

Uniiqa+ nbase-t color
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USER MANUAL
UNIIQA+ NBase-T COLOR
e2v.com/cameras

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Summary of Contents for Teledyne e2V EV71YC1CNT4005-BA0

  • Page 1 USER MANUAL UNIIQA+ NBase-T COLOR e2v.com/cameras...

  • Page 2: Table Of Contents

    Table of Contents 1 Camera Overview ........................5 1.1 Features ................................. 5 1.2 Key Specifications ............................5 1.3 Description..............................6 1.4 Applications ..............................6 1.5 Models ................................6 2 Camera Performances ......................7 2.1 Camera Characterization ..........................7 2.2 Image Sensor and colour modes ........................7 2.2.1 4k pixels 5x5µm (Full Definition) ......................
  • Page 3 7.2.3 Regions of Interest ..........................21 7.3 Transport Layer Control ..........................23 7.4 Acquisition Control ............................26 7.4.1 GenICam Triggers ..........................26 7.4.2 Cycling Preset modes and configuration ....................30 7.5 Digital I/O Control ............................32 7.6 Enhanced Features Control ......................... 37 7.6.1 Rotary Encoder, Rescaler and Frame Delay..................
  • Page 4 D.5 Driver Configuration and Inter-Operablity ....................67 Appendix E. Revision History ....................68 UM_UNIIQA+_NBASE-T_C REV.E 09/2018 OLOUR A G E...

  • Page 5: Camera Overview

    1 Camera Overview 1.1 Features  Cmos Colour Sensor :  4096 RGB Pixels 5x5µm (Full Definition)  2048 RGB Pixels 10x10µm (True Colour)  Interface : NBASE-T™ (up to 5Gb/s)  Line Rate :  50 000 l/s In 4k Full Definition Mode ...

  • Page 6: Description

    High resolution document scanning  Printing inspection  Industrial Inspection 1.5 Models Part Number Definition Max Speed Details EV71YC1CNT4005-BA0 4k x 5µm 50kHz Delivered with a pair of Heat Sinks EV71YC1CNT2010-BA0 2k x 10µm 100kHz UM_UNIIQA+_NBASE-T_C REV.E 09/2018 OLOUR A G E...

  • Page 7: Camera Performances

    2 Camera Performances 2.1 Camera Characterization Unit 4k 5µm or 2k 10µm Single Typ. Dark Noise RMS 0.45 Dynamic Range RMS Noise (3/4 Sat) 2.15 Full Well Capacity 22000 (per color) SNR (3/4 Sat) Peak Response (460/530/660nm) LSB 8bits/ 4/5/6 (nJ/cm2) Non Linearity Without Flat Field Correction :...

  • Page 8: 4K Pixels 5X5Μm (Full Definition)

    2.2.1 4k pixels 5x5µm (Full Definition) delay 5µm 5µm direction This color mode (5µm) requires the indication of “Forward/Reverse” to the camera in order to manage the delay between the two colored lines. 2.2.2 2k, 1k or 512 pixels 10x10µm (True Color) 10µm direction 10µm...
  • Page 9  This interpolation is available only for pixel size 10x10µm (True Colour Single only)  It can be enabled by the customer. By default, it is disabled  This interpolation requires the Forward/Reverse indication sent to the camera for the memorized line. The Line Interpolation has to be disabled if the light is changing for each Line (typically for pulsed Light source with different spectrum) or for any reason the Green component of the light source changes significantly from one line to the next one.

  • Page 10: Response & Qe Curves

    2.3 Response & QE curves 2.3.1 Quantum Efficiency Quantum Efficiency Blue Green blue Green red 350 400 450 500 550 600 650 700 750 800 850 900 950 1000 1050 1100 Wavelength (nm) 2.3.2 Spectral Response Spectral response (Single Modes) (LSB 8-bit/(nJ/cm²)) Blue Green blue...

  • Page 11: Camera Hardware Interface

    3 Camera Hardware Interface Sensor alignment Z = -10.3 mm ±100µm X = 19.76 mm (4k 5µm) ±100 µm X = 19.76 mm (2k 10µm) Y = 30 mm ±100 µm Die flatness 50 µm Rotation (X,Y plan) ±0.3° Parallelism 50µm UM_UNIIQA+_NBASE-T_C REV.E 09/2018...

  • Page 12: Input/Output Connectors And Led

    3.1 Input/output Connectors and LED GPIO Connector Hirose 12 pts Ethernet RJ45 Connector with Traffic & Connection LED Multi-Coloured LED for Status and diagnostic Power Connector : 12-24V DC 3.2 Power Connector Camera connector type: Hirose HR10A-7R-6PB (male) Cable connector type: Hirose HR10A-7P-6S (female) Signal Signal Power supply from 12 to 24V...

  • Page 13: Status Led Behaviour

    110mA The complete Boot sequence : 90mA  No real peak of Inrush current 110mA 430m  Several steps up to the nominal current (about 430mA under 24V) 120mA 12.1 13.2 2.9s If the NIC Board (on PC Side) is not forced at 5Gb/s (no Auto-Negotiation or 10Gb/s) then a peak of 1,5A can be observed at the boot on the camera power Supply.
  • Page 14 Lines 0, 1 and 2 The GPIO Connector allows the following connections :  Line 0, 1 or 2 : Dedicated inputs for Line Triggers and Frame Trigger. Differential (RS422 with or without termination) or TTL (Single End) in 3.3V, 5V, 12V or 24V. Input Unit Thresholds...

  • Page 15: Standard Conformity

    4 STANDARD CONFORMITY The UNIIQA+ cameras have been tested using the following equipment:  A shielded power supply cable  A GigE cat 5E data transfer cable ref. e2v recommends using the same configuration to ensure the compliance with the following standards. 4.1 CE Conformity The UNIIQA+ cameras comply with the requirements of the EMC (European) directive 2004/108/EC (EN50081-2, EN 61000-6-2).

  • Page 16: Camera Interface : Nbase-Ttm

    5 Camera Interface : NBASE-T 5.1 What is the NBASE-T Technology ? NBASE-T™ technology defines a new type of Ethernet signaling that boosts the speed of installed based twisted-pair cabling well beyond the cable’s designed limit of 1 Gigabit per second (Gbps) for distances up to 100 meters.

  • Page 17: Camera Interface Overview

    6 Camera Interface Overview 6.1 Inputs, Outputs and Enhanced Features  The Digital I/O Module allows the connection of 7 external Lines :  3 dedicated inputs (Line 0, 1 and 2) that can generate 2 Line Triggers (LT1 and LT2) and one Frame Trigger (FT) that will be used as inputs in the Enhanced features Block.
  • Page 18  A cycling mode which allows looping over a sequence of up to 8 Steps the 4 Possible Presets of Parameters (Gain, Exposure Time and Delay, FFC, White Balance, Colour Correction Matrix …)  Up to 4x Region of Interests with separate FFC can be selected for Output ...

  • Page 19: Camera Commands

    7 Camera Commands 7.1 Device Control Size GenCP address GenICam Register R/W Description (Bytes) 0x00011030 DeviceScanType AreaScan (0) or LineScan (1) 0x0048 DeviceVendorName 0x0068 DeviceModelName NBASE_T_COLOUR 0x00A8 DeviceManufacturerInfo Camera Part Number : EV71C1CNTxxxx-BA0 0x0088 DeviceVersion Camera Firmware Version 0x00D8 DeviceSerialNumber Camera Serial Number : YYWWAxxxx 0x00E8 DeviceUserID...

  • Page 20: Image Format Control

    7.2 Image Format Control This section includes all the settings relative to the Image Format and size. 7.2.1 Image Format  Height : Set the Height of the Image, but also the Buffer’s Heights in the Application. From 1 to 16383 ...

  • Page 21: Regions Of Interest

    Pixel n° Component Data Name Details R = M0 [7:0] Value on 2 Bytes. Exposure Time Multiple of 100ns from 0 to 6553,5µs G = M1 [15:8] B = M2 [23:16] Missed Trigger Bit2 (D18) set to 1. Reset by Register Current Cycling Preset Bit(1:0) : Value of the cycling Preset in Use R = M3...
  • Page 22 Size GenCP address GenICam Register R/W Description (Byte 0x12500 SensorWidth Active Pixels number of the Sensor Total Pixels number outputted including MetaData 0x12500 Width Set the Height of the image (1 to 16383) 0x12510 Height 0x12540 PixelFormat RGB8 PixelSize Bpp24(9) : 24bits RGB Pixel None(0) PixelColorFilter 0 : “Off”...

  • Page 23: Transport Layer Control

    7.3 Transport Layer Control These are the standard and required parameters for the Ethernet Transport Layer. Size GenCP address GenICam Register R/W Description (Byte Payload Size calculated from : 0x200134F8 PayLoadSize PixelFormat x Width x Height GigE Vision 0x0968 GevPhysicalLinkConfiguration SingleLink 0x0004 GevCurrentPhysicalLinkConfiguration...
  • Page 24 6 : Within 25µs 7 : Within 100µs 8 : Within 250µs 9 : Within 1ms 10 : Within 2.5ms 11 : Within 10ms 12 : Within 25ms 13 : Within 100ms 14 : Within 250ms 15 : Within 1s 16 : Within 10s 17 : Greater than 10s 18 : Alternate PT Profile...
  • Page 25 Controls the port of the selected channel to 0x0D00 GevSCPHostPort which a GVSP transmitter must send data stream Sends a test packet 0x0D04 GevSCPSFireTestPacket 0: Off 1 : On Used by the application to prevent IP 0x0D04 GevSCPSDoNotFragment fragmentation of packets on the stream channel : 0: Off 1 : On...

  • Page 26: Acquisition Control

    7.4 Acquisition Control 7.4.1 GenICam Triggers Four GenICam Triggers can be configured :  Line Start Trigger : Start the Line on an Edge variation of the Source  Exposure Active Trigger : Exposure active on a certain Level of the Source ...
  • Page 27 Size R/W Description GenCP GenICam Register (Bytes) address 0: Continuous 0x13100 AcquisitionMode 1 : Single Frame 2: Multi Frame 3 : Single Frame Recording 4: Single Frame Readout 0x13110 AcquisitionStart Command : Not readable 0x13120 AcquisitionStop Command : Not readable Number of Frame to Acquire in “Multi Frame”...
  • Page 28 0 : Off (The Trigger Mask is disabled) 4 : FLO (Exposure Active in the Sensor) 5 : Counter 1 End 6 : Counter 2 End 7 : Timer 1 End 8 : Timer 2 End 9 : L3 10 : L4 11 : L5 12: L6 13 : Frame Valid...
  • Page 29 5 : Counter 1 End 6 : Counter 2 End 7 : Timer 1 End 8 : Timer 2 End 9 : Line 3 10 : Line 4 11 : Line 5 12: Line 6 13 : Frame Valid 14 : Acquisition Active Validation of the Frame Active Trigger (disabled if the 0x4E058498 TriggerMode_FrameActive...

  • Page 30: Cycling Preset Modes And Configuration

    7.4.2 Cycling Preset modes and configuration The Cycling Preset mode is the possibility for the camera to switch at least for each line between 4x sets of pre-defined parameters including :  Exposure Time and Exposure Delay  Flat Field Correction ...
  • Page 31 2 : Preset 1 and 2 are used 3 : Preset 1, 2 and 3 are used 4 : Preset 1, 2, 3 and 4 are used Activation Edge for the next repeater: 0x4E058210 CyclingPresetEdge 0 : Falling Edge 1 : Rising Edge Restart Cycling Sequence from Repeater 0 at : 0x4E0581E8 CyclingPresetSynchronization...

  • Page 32: Digital I/O Control

    7.5 Digital I/O Control This Digital I/O Module allows to setup and transformed the 7 I/O Lines of the I/O Connector in useful internal signals :  Line 0, 1 and 2 are preferred inputs (only inputs) to set the three internal Signals : Line Trigger 1 and 2 (LT1, LT2) and Frame Trigger (FT) ...
  • Page 33 Size GenCP address GenICam Register R/W Description (Byte Input Lines Internal Signals Source Select the Source for Line Trigger 1 (LT1) : 0x4E0582F4 IOSource_LT1  Line0  Line1  Line2 Select the Source for Line Trigger 2 (LT2) : 0x4E0582F8 IOSource_LT2 ...
  • Page 34 Line Inverter Invert the Line Trigger 1 Signal : 0x4E0584E8 LineInverter_LT1 0 : Off 1 : On Invert the Line Trigger 2 Signal : 0x4E0584EC LineInverter_LT2 0 : Off 1 : On Invert the Line Frame Trigger Signal : 0x4E0584F0 LineInverter_FT 0 : Off 1 : On...
  • Page 35 Size GenCP address GenICam Register R/W Description (Byte Line Detection Set the detection Level of the Line 0 : 0x4E0582A0 LineDetectionLevel_L0 0 : 3.3v 1 : 5v 2 : 12v 3 : 24v Set the detection Level of the Line 1 : 0x4E0582A4 LineDetectionLevel_L1 0 : 3.3v...
  • Page 36 Size GenCP address GenICam Register R/W Description (Byte Output Lines Line Output Level Set Line 3 Output Level: 0x4E0582BC LineOutputLevel_L3 0 : 3.3V 1 : 5V 2 : Power (defined by the Voltage supplied to the Camera) Set Line 4 Output Level: 0x4E0582C0 LineOutputLevel_L4 0 : 3.3V...

  • Page 37: Enhanced Features Control

    7.6 Enhanced Features Control 7.6.1 Rotary Encoder, Rescaler and Frame Delay The Embedded Rotary Encoder is managed by the two inputs Lines :  LT1 taken as “A” quadrature input  LT2 taken as “B” quadrature input Mode The Encoder takes in account the Forward/Reverse indication given to the camera (by software or external input) to determine “A”...
  • Page 38 Size GenCP address GenICam Register R/W Description (Byte Rotary Encoder - Rescaler Disable or Enable the Rotary Encoder : 0x4E058320 RotaryEncoderOutputMode 0 : Rotary Encoder Disabled 1 : One Way Only Count Mode 2 : Back Miscount Mode Multiplier Value for Rescaler from 0 to 65535 0x4E058324 RescalerMultiplier Divider Value for Rescaler from 1 to 65535...

  • Page 39: Counters & Timers

    7.6.2 Counters & Timers All the input Signals (Event/Trigger, Reset and Lock) of both Timers and Counters are given in the table below : Signal Value Counter Sources Timer Sources Event Reset Lock Trigger Reset Lock √ √ √ √ Line Trigger 1 √...
  • Page 40 Timer Description The Timer starts on its Trigger Source Edge The Timer Duration is set and when this value is reached, the Timer output Reset Source rises to 1. If the Reset source is not set (Off) then the Timer resets immediately : The output is reset and Timer restarts after the same event Trigger Timer...
  • Page 41 Set the Counter 1 Reset Activation mode : 0x4E0583B4 E2v_Counter1ResetActivation 0 : Rising Edge 1 : Falling Edge 2 : Any Edge 3 : Level High 4 : Level Low Set the Source for the Counter 1 Lock : 0x4E06067C Counter1LockSource 0 : Off 1 : Line Trigger 1...
  • Page 42 9 : L3 10 : L4 11 : L5 12: L6 13 : Frame Valid 14 : Acquisition Active 15 : Software (Use Counter2Software register) Set the Counter 2 Reset Activation mode : 0x4E0583B8 Counter2ResetActivation 0 : Rising Edge 1 : Falling Edge 2 : Any Edge 3 : Level High 4 : Level Low...
  • Page 43 Size GenCP address GenICam Register R/W Description (Byte Timer 1 Event Source to Start the Timer 1 : 0x4E0583DC Timer1TrigSource 1 : Line Trigger 1 2 : Line Trigger 2 3 : Frame Trigger 5 : Counter 1 End 6 : Counter 2 End 8 : Timer 2 End 9 : L3 10 : L4...
  • Page 44 9 : L3 10 : L4 11 : L5 12: L6 13 : Frame Valid 14 : Acquisition Active 15 : Software (Use Timer1LockSoftware register) 16 : Rotary Encoder Output Set the Timer 1 Lock Activation mode : 0x4E06065C Timer1LockActivation 3 : Level High 4 : Level Low Software Register to Lock Timer 1...
  • Page 45 0x4E058518 Timer2Reset Software command for a Reset Source set to Software Set the Source for the Timer 2 Lock : 0x4E060660 Timer2LockSource 0 : Off 1 : Line Trigger 1 2 : Line Trigger 2 3 : Frame Trigger 4 : FLO (Exposure Active in the Sensor) 6 : Counter 2 End 8 : Timer 2 End 9 : L3...

  • Page 46: Gain Control

    7.7 Gain Control This section includes only the two main gains which have a global action on the whole sensor line :  The Pre-Amplification Gain (considered as the only Analog Gain as it takes place in the sensor during the ADC conversion) and which is detailed below.
  • Page 47 GenCP address GenICam Size R/W Description command Pre-amplifier gain to: 0x4E05803C PreampGain 0 : x1 1 : x2 2 : x4 3 : x8 0x4E058028 GainAll_PR1 Preset 1 (Cycling Mode) and default Digital gain from 0dB (0) to +8dB (6193) : (1 + <Val>l/4096) 0x4E05802C GainAll_PR2 Preset 2 (Cycling Mode)

  • Page 48: Flat Field Correction Control

    7.8 Flat Field Correction Control 7.8.1 FFC Calibration and Bank/Preset Saving How is performed the Flat Field Correction ? What is the Flat Field correction (FFC) ? The Flat Field Correction is a digital correction on each pixel which allows : ...
  • Page 49 How to perform the Flat Field Correction ? Don’t forget first to setup the Cycling Preset Selector (Acquisition Control / Cycling Preset) in order to select in which Preset (1, 2, 3, 4 or All) you’ll save the result of your FFC once calculated. If the Cycling Preset Mode is not activated, by default it will be saved in Preset 1.

  • Page 50: Prnu Low Frequency Filter For Ffc

    7.8.2 PRNU Low Frequency Filter for FFC The FFC Low Band Filter allows an easier make in use of the FFC (PRNU Part) : You can use a non-moving paper and you can filter the defects of these paper before the FFC calculation in order to not take them in account. The command “LowFilterWidth”...
  • Page 51 GenCP address GenICam command Size R/W Description FFC Memory Zone Manual Management 0x10000 FPNCoefficientsAccess (1) Access to DSNU coeff for Preset 1 (2 Bytes each) 4096 Format S9.1: -256 (512) to -1 (1023), 0 (0) to 255.5 (511) step 0.5. Access to DSNU coeff for Preset 2 (2 Bytes each) 0x20000 FPNCoefficientsAccess (2)

  • Page 52: Color Management Control

    7.9 Color Management Control This section deals with the Colour settings (White Balance and Colour Matrix and Colour Interpolation corrections for the True Colour Modes) For each of the 4x Presets there are :  One set of White Balance Gains : Red, Green(Red), Green(Blue), Blue ...
  • Page 53 GenCP address GenICam Command Size Description WhiteBalanceEnable Enable the White Balance : 0x4E058044 0 : Disable 1 : Enable WhiteBalanceAbort Abort the White Balance Process 0x4E05804C 1 : Abort WhiteBalanceCalibration Start the White Balance Process (Write command) : 0x4E058048 1 : Start Readout White Balance Status (Read Command) : 0 : Terminated 1 : Active...
  • Page 54 GenCP address GenICam Command Size Description Gain Green(Red) for color matrix Preset 1 0x4E05815C ColorMatrixGainGreen_Red_PR1 <val> S3.6 from x(-4) (-256) to x3.98 (255) Gain = <val>/64 Gain Green(Green) for color matrix Preset 1 0x4E05816C ColorMatrixGainGreen_Green_PR1 <val> S3.6 from x(-4) (-256) to x3.98 (255) Gain = <val>/64 Gain Green(Blue) for color matrix Preset 1 0x4E05817C...
  • Page 55 GenCP address GenICam Command Size Description Gain = <val>/64 Preset 3 White Balance Gain Red for White Balance Preset 3 0x4E0580F8 DigitalGreenB_PR3 <val> from 0 to 1548 (8dB) Gain = 1 + <val>/1024 Gain Blue for White Balance Preset 3 0x4E0580EC DigitalGreenR_PR3 <val>...
  • Page 56 GenCP address GenICam Command Size Description Color Matrix Gain Red(Red) for color matrix Preset 4 0x4E0581B8 ColorMatrixGainBlue_Blue_PR4 <val> S3.6 from x(-4) (-256) to x3.98 (255) Gain = <val>/64 Gain Red(Green) for color matrix Preset 4 0x4E0581A8 ColorMatrixGainBlue_Green_PR4 <val> S3.6 from x(-4) (-256) to x3.98 (255) Gain = <val>/64 Gain Red(Blue) for color matrix Preset 4 0x4E058198...

  • Page 57: Device Access Control

    7.10 Device Access Control Set the Privilege access of the Camera (only Integrator  User) GenCP address GenICam Command Size Description Display the current Privilege Level : 0x4E0580BC CameraPrivilegeLevel 0 : Factory Mode 1 : Integrator Mode 2 : User Mode Set the Privilege Level : 0x4E0580C0 ChangePrivilegeLevel...
  • Page 58 GenCP address GenICam Command Size Description Flat Field Correction Restore FFC User Bank : 0x4E058480 UserFFCBankRestore 0 : Default (Factory) 1 – 4 : User Banks Save FFC User Bank : 0x4E05847C UserFFCBankSave 1 – 4 : User Banks Get the Current FFC Bank in Use : 0x4E058484 CurrentFFCBank 0 : Default (Factory)

  • Page 59: Appendix

    APPENDIX UM_UNIIQA+_NBASE-T_C REV.E 09/2018 | 59 OLOUR A G E...

  • Page 60: Appendix A. Pattern Tests

    Appendix A. Pattern Tests A.1 Test Pattern 1: Vertical wave The Test pattern 1 is a vertical moving wave : each new line will increment of 1 grey level in regards with the previous one : level reaches 255 before switching down to 0 A.2 Test Pattern 2: Fixed Horizontal Ramps Starting at 0, an increment of 1 LSB is made every 16 pixels.

  • Page 61: Appendix B. Timing Diagrams

    Appendix B. Timing Diagrams B.1 Synchronization modes with variable Exposure Time Synchro Mode Line Trigger Ext. or Internal Exposure Mode Timed (Exposure Time) Exposure Time Exposure Time Programmed Programmed ITC Trigger intProg Exposure as Ext. Line Trigger Mode TriggerWidth Tint real Exposure Time Internal...

  • Page 62: Synchronization Modes With Fixed Exposure Time

    B.2 Synchronization modes with Fixed Exposure Time Synchro Mode Line Trigger Ext. or Internal Exposure Mode Off Tint real Exposure Time In the Internal Camera / sensor Digital Conversion Digital Conversion In these modes, the rising edge of the Trigger (internal or External) starts the readout process (T ) of the previous integration.

  • Page 63: Appendix C. Accessories

    Appendix C. Accessories C.1 F-Mount F Mount: (Part number EV50-MOUNT-F) Drawing for the additional part (except Nikon BR3) : UM_UNIIQA+_NBASE-T_C REV.E 09/2018 | 63 OLOUR A G E...

  • Page 64: C-Mount

    C.2 C-Mount C Mount : (Part number EV71-C-MOUNT) UM_UNIIQA+_NBASE-T_C REV.E 09/2018 | 64 OLOUR A G E...

  • Page 65: Set Of Heatsinks

    C.3 Set of Heatsinks The UNIIQA+ NBASE-T Cameras are already delivered with 2 Heat Sinks, but if necessary, additional heat sinks are available (set of 2) and they can be fixed on any side of the front face : Set of 2 x Heat Sinks : Part number AT71KFPAVIVA-CAA The Camera has been designed to dissipates the maximum of the internal heat through its front face : The packaging of the sensor is larger to increase the surface in contact with the front face and then improves the dissipation.

  • Page 66: Appendix D. Network Connection

    Appendix D. Network Connection 2x Kits including NBase-T Board and cables (power + Trigger) are available : D.1 Single Network Board + Cables (GPIO + Power) Kit This kit includes :  One Single NBase-T (5/10GigE) board (N480)  One set of 2 cables (GPIO + Power supply). Part number : EV0A0000-0NTCKA0-U Contact the Customer Service for more information D.2 Dual Network Board + Cables (GPIO + Power) Kit...

  • Page 67: Puregev Application And Ebus Package

    50 to 75m cable Cat 5e Cat 6 Cat 6A 2.5G Nbase-T Assured Assured 5G Base-T Assured 75 to 100m cable Cat 5e Cat 6 Cat 6A 2.5G Nbase-T Assured Assured 5G Base-T Assured ASLNR Risk High Medium D.4 PureGev Application and eBus Package The ELIIXA+ NBase-T Camera is licensed for the PEORA eBus Application/Driver and SDK Package : You can download it from the Pleora Website : www.pleora.com...
  • Page 68 Appendix E. Revision History Manual Comments / Details Firmware version PureGev and eBus Revision Package Rev A Preliminary release 1.0.0 3.1.7 Rev B New GPIO Parameters 1.1.1 4.x and 5.x Rev. C Bug Fix For PacketSize Nogociation with Matrox MIL Trigger Presets Removed 1.1.3 “...

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