Point Grey Flea3 GigE Technical Reference Download Page 6

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Point Grey Flea3 GigE Technical Reference

8.18 Bayer Color Processing

8.19 Hue

8.20 Saturation

9 Troubleshooting

9.1 Support

9.2 Camera Diagnostics

9.3 Status Indicator LED

9.4 Test Pattern

9.5 Channel Balancing

9.6 Blemish Pixel Artifacts

9.6.1 Pixel Defect Correction

9.7 Vertical Smear Artifact

9.7.1 Smear Reduction

A FlyCapture API Code Samples

A.1 Setting a GPIO Pin to Strobe Using the FlyCapture API

A.2 Setting a Standard Video Mode, Format and Frame Rate Using the FlyCapture API

A.3 Asynchronous Hardware Triggering Using the FlyCapture API

A.4 Setting Brightness Using the FlyCapture API

A.5 Setting Shutter Using the FlyCapture API

A.6 Setting Gain Using the FlyCapture API

A.7 Setting Auto Exposure Using the FlyCapture API

A.8 Setting Sharpness Using the FlyCapture API

A.9 Setting Gamma Using the FlyCapture API

A.10 Setting White Balance Using the FlyCapture API

A.11 Accessing Raw Bayer Data using FlyCapture

A.12 Setting Hue Using the FlyCapture API

A.13 Setting Saturation Using the FlyCapture API

B FlyCapture SDK Examples

B.1 AsyncTriggerEx

B.2 BusEventsEx

B.3 CustomImageEx

B.4 ExtendedShutterEx

B.5 FlyCap2CameraControl

B.6 FlyCap2_GTKmm

B.7 FlyCap2MFC

B.8 FlyCapture2GUI

B.9 FlyCapture2SimpleGUI_WPF

B.10 FlyCapture2Test

B.11 GigEGrabEx

Revised 10/29/2013

Summary of Contents for Flea3 GigE

Page 1: ...Camera Technical Reference Version 7 0 Revised 10 29 2013 Point Grey Research Inc 12051 Riverside Way Richmond BC Canada V6W 1K7 T 604 242 9937 www ptgrey com Copyright 2010 2013 Point Grey Research...

Page 2: ...For detailed information on how to repair or replace your camera please see the terms and conditions on our website WEEE The symbol indicates that this product may not be treated as household waste P...

Page 3: ...s 11 2 4 2 Configuring the IP Address 11 2 4 3 Allocating Bandwidth 12 2 4 3 1 Packet Size 12 2 4 3 2 Packet Delay 13 2 4 3 3 Determining Bandwidth Requirements 13 2 4 4 Configuring Other Network Sett...

Page 4: ...eneral Purpose Input Output GPIO 31 6 2 GPIO Modes 32 6 2 1 GPIO Mode 0 Input 32 6 2 2 GPIO Mode 1 Output 32 6 2 3 GPIO Mode 2 Asynchronous External Trigger 32 6 2 4 GPIO Mode 3 Strobe 32 6 2 5 GPIO M...

Page 5: ...ame Rate 58 8 4 2 FL3 GE 03S2 Video Modes and Frame Rates 59 8 4 3 FL3 GE 08S2 Video Modes and Frame Rates 60 8 4 4 FL3 GE 13S2 Video Modes and Frame Rates 61 8 4 5 FL3 GE 14S3 Video Modes and Frame R...

Page 6: ...ess Using the FlyCapture API 89 A 5 Setting Shutter Using the FlyCapture API 89 A 6 Setting Gain Using the FlyCapture API 89 A 7 Setting Auto Exposure Using the FlyCapture API 90 A 8 Setting Sharpness...

Page 7: ...Control 108 D GigE Vision Bootstrap Registers 109 E Control and Status Registers 111 E 1 IMAGE_RETRANSMIT 634h 111 E 2 DATA_FLASH_CTRL 1240h 112 E 3 DATA_FLASH_DATA 1244h 112 E 4 GPIO_CTRL_PIN 1110h 1...

Page 8: ...242 9937 Toll Free 1 866 765 0827 North America only Fax 1 604 242 9938 Email sales ptgrey com USA Tel 1 866 765 0827 Email na sales ptgrey com Europe and Israel Point Grey Research GmbH Schwieberdin...

Page 9: ...ls available for controlling the Flea3 GigE Flea3 GigE Physical Interface Information on the mechanical properties of the Flea3 GigE General Flea3 GigE Operation Information on powering the Flea3 GigE...

Page 10: ...and care or to indicate that the information is meant for an advanced user For example indicating that an action may void the camera s warranty If further information can be found in our Knowledge Bas...

Page 11: ...ICX204 CCD 1 3 4 65 m n Global Shutter n 31 FPS at 1032 x 776 FL3 GE 13S2C C FL3 GE 13S2M C Color Mono 1 3 MP n Sony ICX445 CCD 1 3 3 75 m n Global Shutter n 31 FPS at 1288 x 964 FL3 GE 14S3C C FL3 G...

Page 12: ...s 10 100 1000 Mbit s GPIO 8 pin Hirose HR25 GPIO connector for power trigger strobe PWM and serial I O 1 opto isolated input 1 opto isolated output 2 bi directional I O pins External Trigger Modes Tri...

Page 13: ...oid excessive shaking dropping or any kind of mishandling of the device Title Article Solving problems with static electricity Knowledge Base Article 42 Cleaning the imaging surface of your camera Kno...

Page 14: ...ink such as a camera mounting bracket made out of a heat conductive material like aluminum n Make sure the flow of heat from the camera case to the bracket is not blocked by a non conductive material...

Page 15: ...padded with zeros 12 bit 50 MHz 0 LSB to 255 75 LSB 0 25 LSB steps 3 dB to 6 dB 3 dB steps 6 dB to 42 dB 10 bit The bit depth of the output varies between sensors and can be seen in the table below Im...

Page 16: ...tional see Mounting with the Case or Mounting Bracket n Interface card see Interface Card Point Grey sells a number of the additional parts required for installation To purchase visit the Point Grey W...

Page 17: ...rch results to expand the list d Click the appropriate link to begin the download and installation After the download is complete the FlyCapture setup wizard begins If the wizard does not start automa...

Page 18: ...nu FlyCapture SDK Utilities GigE Configurator If prompted to enable GigE enumeration select Yes a In the left pane select the Local Area Connection corresponding to the network interface card NIC to w...

Page 19: ...n startup n Under Current IP Configuration review the IP address By default a dynamic IP address is assigned to the camera according to the DHCP protocol If DHCP addressing fails a link local address...

Page 20: ...ea3GigE Installation Changes to your camera s installation configuration can be made using utilities available in the FlyCapture SDK see Configuring Camera Setup on the next page Revised 10 29 2013 Co...

Page 21: ...verControlGUI Select the interface from the tabs in the top left Then select your interface card to see the current setup For more information about using the DriverControlGUI see the online help prov...

Page 22: ...Interface card and automatically sets the camera s IP address relative to the card The FlyCap program can be used to test your camera settings and verify operation From the camera selection window you...

Page 23: ...cy of the Timestamp Tick Frequency to insert between each packet The default packet delay is 400 The Point Grey Timestamp Tick Frequency is normally 125 000 000 ticks second but can be verified by the...

Page 24: ...cket Size 9000 Packet Delay 1800 Packet Size 1400 Packet Delay 900 Packet Size 1400 Packet Delay 255 Bandwidth Requirements for Multiple Cameras Multiple cameras can be set up in two ways 1 Each camer...

Page 25: ...controllable Heartbeat Timeout and Heartbeat Disable Heartbeat Timeout Heartbeat timeout is the time in milliseconds that the camera waits between resets from the application Heartbeat timeout can be...

Page 26: ...re SDK that can be used to test many of the capabilities of your compatible Point Grey camera It allows you to view a live video stream from the camera save individual images adjust the various video...

Page 27: ...enICam compliant APIs This file can be accessed via First URL bootstrap register 200h see GigE Vision Bootstrap Registers A full listing of features that are included in the XML file is provided in Ge...

Page 28: ...elds of most registers are Mode and Value Modes Each CSR has three bits for mode control ON_OFF One_Push and A_M_Mode Auto Manual mode Each feature can have four states corresponding to the combinatio...

Page 29: ...ng holes See Mounting with the Case or Mounting Bracket 4 General purpose I O connector See and Input Output Control 5 Status LED See Status Indicator LED 6 GigE connector See Ethernet Connector 7 M2x...

Page 30: ...following mounting holes n Two 2 M2 x 2mm mounting holes on the top of the case n Three 3 M3 x 2 5mm mounting holes on the bottom of the case n Four 4 M2 x 2mm mounting holes on the bottom of the cas...

Page 31: ...rey Flea3GigE TechnicalReference 4 Flea3GigE PhysicalInterface 4 3 1 Tripod Adapter Dimensions Figure 4 2 Tripod Adapter Dimensional Diagram Revised 10 29 2013 Copyright 2010 2013 Point Grey Research...

Page 32: ...The Back Flange Distance BFD is offset due to the presence of both a 1 mm infrared cutoff IRC filter and a 0 5 mm sensor package window These two pieces of glass fit between the lens and the sensor i...

Page 33: ...he dust assuming non collimated light and the possibility of damage to the sensor during cleaning is reduced n Cameras are sealed when they are shipped To avoid contamination seals should not be broke...

Page 34: ...Figure 4 3 IR filter transmittance graph In monochrome models the IR filter is replaced with a transparent piece of glass The following are the properties of the IR filter protective glass Type Reflec...

Page 35: ...nd camera control performance we recommend an Intel Pro chipset on a PCIe interface To purchase a compatible card from Point Grey visit the Point Grey Webstore or the Products Accessories page 4 7 4 G...

Page 36: ...Point Grey Flea3GigE TechnicalReference 4 Flea3GigE PhysicalInterface For details on GPIO circuits see GPIO Electrical Characteristics Revised 10 29 2013 Copyright 2010 2013 Point Grey Research Inc 26...

Page 37: ...board user configuration sets also known as memory channels This is useful for saving default power up settings such as gain shutter video format and frame rate and others that are different from the...

Page 38: ...en required to use the remaining elements of the interface to cause the transmission of the images The buffer system is circular in nature storing only the last 32 MB worth of image data The number of...

Page 39: ...to store data To control flash memory n FlyCapture SDK example program SaveImageToFlashEx n CSRs DATA_FLASH_CTRL 1240h Title Article Storing data in on camera flash memory Knowledge Base Article 341...

Page 40: ...ICam feature DeviceFirmwareVersion 5 5 2 Upgrading Camera Firmware Camera firmware can be upgraded or downgraded to later or earlier versions using Before upgrading firmware n Ensure that FlyCapture2...

Page 41: ...ack 1 I0 Opto isolated input default Trigger in White 2 O1 Opto isolated output Red 3 IO2 Input Output serial transmit TX Green 4 IO3 Input Output serial receive RX Brown 5 GND Ground for bi direction...

Page 42: ...ernal trigger mode is enabled which disables isochronous data transmission the camera can be asynchronously triggered to grab an image by sending a voltage transition to the pin See Asynchronous Trigg...

Page 43: ...ne Mode must be Output Exposure Active External Trigger Active LineInverter Line Inverter Controls the invertion of the signal of the selected input or output line True False StrobeEnabled Strobe Enab...

Page 44: ...frames 1 5 and 7 in a set of 8 Title Article Buffering a GPIO pin strobe output signal using an optocoupler to drive external devices Knowledge Base Article 200 GPIO strobe signal continues after iso...

Page 45: ...ither their length nor their address have to be 32 bit aligned or divisible by 4 6 7 Debouncer By default Point Grey cameras will reject a trigger signal that has a pulse width of less than 16 ticks o...

Page 46: ...gE TechnicalReference 6 Input Output Control Figure 6 1 Debouncer Filtering Invalid Signals To set the debouncer n GenICam Digital Input Output Control Revised 10 29 2013 Copyright 2010 2013 Point Gre...

Page 47: ...chosen If the camera is generating an output signal that approaches the rise time plus the fall time of the opto isolated circuit care must be taken to optimize the pull up resistor chosen to minimize...

Page 48: ...Point Grey Flea3GigE TechnicalReference 6 Input Output Control Note identical for IO3 pin 4 Figure 6 4 Input output circuit Revised 10 29 2013 Copyright 2010 2013 Point Grey Research Inc 38...

Page 49: ...trigger modes n GenICam Acquisition Control n FlyCapture API AsyncTriggerEx n CSRs TRIGGER_MODE 830h 7 1 1 GenICam Acquisition Control Name Display Name Description Value AcquisitionMode Acquisition M...

Page 50: ...trigger pin TriggerActivation Trigger Activation Specifies the activation mode of the trigger Falling Edge Rising Edge TriggerDelay TriggerDelay us Specifies the delay in microseconds to apply after t...

Page 51: ...r It is not possible to trigger the camera at full frame rate using Trigger Mode 0 however this is possible using Overlapped Exposure Readout Trigger Mode 14 Figure 7 1 Trigger Mode 0 Standard Externa...

Page 52: ...b Shutter Mode GenICam Acquisition Control Acquisition Mode Trigger width Trigger Selector Exposure Active Trigger Mode On Trigger Source Line x GPIO pin Trigger Activation Rising or Falling edge Trig...

Page 53: ...e a trigger internally at a cycle time that is N times greater than the current frame rate As with Trigger Mode 0 the Shutter value describes integration time Figure 7 3 Trigger Mode 3 Skip Frames Mod...

Page 54: ...ution In the figure below the camera starts integration of incoming light from the first external trigger input falling edge and exposes incoming light at shutter time Repeat this sequence for N param...

Page 55: ...r signal and the current trigger delay In the figure below the camera starts integration of incoming light from the first external trigger input falling edge and exposes incoming light until the trigg...

Page 56: ...rough the vertical shift register This trigger mode behaves similarly to Standard External Trigger Mode 0 except the trigger input first activates a fast dump off the CCD The fast dump period is follo...

Page 57: ...If the trigger arrives before the end of shutter integration that is before the trigger is armed it is dropped If the trigger arrives while the image is still being read out of the sensor the start of...

Page 58: ...e sequence Any changes to the trigger control cause the current sequence to stop During the capture of N images the camera is still in an asynchronous trigger mode essentially Trigger Mode 14 rather t...

Page 59: ...era will strobe each time an image acquisition is triggered the start of the strobe pulse represents the start of exposure 7 3 Camera Behavior Between Triggers When operating in external trigger mode...

Page 60: ...0 or in Bulb Shutter Trigger Mode 1 video mode change requests made before point A on the diagram are honored in the next triggered image The camera will attempt to honor a request made after point A...

Page 61: ...e Time 4 Sensor Readout 5 Data Transfer Figure 7 11 Software trigger timing The time from when the software trigger is written on the camera to when the start of integration occurs can only be approxi...

Page 62: ...is a pixel format where image data is monochrome Color cameras using a mono format enable FPGA color core image processing such as access to gamma LUT Y8 and Y16 are also monochrome formats with 8 an...

Page 63: ...but also reduces the color information being recorded YUV can be either packed or planar Packed is when the Y U and V components are stored in a single array macropixel Planar is when the Y U and V co...

Page 64: ...s Binning and subsampling reduces the effective image resolution For example 2x2 binning reduces both the width and the height by half The figures below illustrate binning and subsampling 2x vertical...

Page 65: ...lf the height of the original image Mode 1 may result in an increase in brightness and improved signal to noise ratio however no frame rate increase is achieved Mode 4 Mode 4 implements 2X vertical bi...

Page 66: ...is possible in this mode Mode 7 Mode 7 allows only for specifying a region of interest and does not perform any binning This mode uses a slower pixel clock and is recommended for longer extended shut...

Page 67: ...l data not all cameras support all formats Mono8 Mono12 Mono16 Raw8 Raw12 Raw16 RGB YUV411 YUV422 PixelCoding Pixel Coding Coding of the pixels in the image Mono Raw YUV RGB PixelSize Pixel Size Size...

Page 68: ...idth bytes per pixel and resolution Available bandwidth depends on Packet Size and Packet Delay For information about calculating available bandwidth see Determining Bandwidth Requirements Bytes per p...

Page 69: ...rested in accessing the raw Bayer data to apply their own color conversion algorithm or one of the FlyCapture library algorithms should refer to Accessing Raw Bayer Data on page 81 Table 8 2 FL3 GE 03...

Page 70: ...nterested in accessing the raw Bayer data to apply their own color conversion algorithm or one of the FlyCapture library algorithms should refer to Accessing Raw Bayer Data on page 81 Table 8 4 FL3 GE...

Page 71: ...lor conversion algorithm or one of the FlyCapture library algorithms should refer to Accessing Raw Bayer Data on page 81 Table 8 6 FL3 GE 13S2C Frame Rates Pixel Format 1288 x 964 1280 x 960 640 x 480...

Page 72: ...ed in accessing the raw Bayer data to apply their own color conversion algorithm or one of the FlyCapture library algorithms should refer to Accessing Raw Bayer Data on page 81 Table 8 8 FL3 GE 14S3C...

Page 73: ...by color cameras using Mono8 Mono12 or Mono16 modes are converted to greyscale on the camera Users interested in accessing the raw Bayer data to apply their own color conversion algorithm or one of th...

Page 74: ...6 50 62 Mode 6 Pixel Format 1624 x 1224 1600 x 1200 1280 x 960 640 x 480 320 x 240 160 x 120 8 bit Mono Raw 15 15 19 32 48 66 12 bit Mono Raw YUV411 14 15 19 32 48 66 16 bit Mono Raw YUV422 11 11 17 3...

Page 75: ...12 18 23 28 Mode 7 Images acquired by color cameras using Mono8 Mono12 or Mono16 modes are converted to greyscale on the camera Users interested in accessing the raw Bayer data to apply their own colo...

Page 76: ...utes Pixel Format 480 x 362 320 x 240 160 x 120 All Formats 45 45 45 Mode 6 Pixel Format 1928 x 1448 1600 x 1200 1280 x 960 640 x 480 320 x 240 160 x 120 All Formats 9 10 5 12 18 23 28 Mode 7 Revised...

Page 77: ...Mono16 modes are converted to greyscale on the camera Users interested in accessing the raw Bayer data to apply their own color conversion algorithm or one of the FlyCapture library algorithms should...

Page 78: ...All Formats 21 28 32 Mode 6 Pixel Format 2448 x 2048 1600 x 1200 1280 x 960 640 x 480 320 x 240 160 x 120 8 12 bit Mono Raw YUV411 5 25 8 9 5 15 21 27 16 bit Mono Raw YUV422 4 25 8 9 5 15 21 27 24 bi...

Page 79: ...lines start and stop exposure at the same time The exposure time for each line is the same Following exposure data readout begins The readout time for each line is the same but the start and end time...

Page 80: ...d Image Information CSR control FRAME_ INFO 12F8h White Balance color models only Analog Control Setting White Balance Using the FlyCapture API Bayer Color Processing color models only Image Format Co...

Page 81: ...iteAuto Balance White Auto Controls the mode for automatic white balancing between color channels Off Once Continuous Gamma Gamma Controls the gamma correction of pixel intensity GammaEnabled Gamma En...

Page 82: ...rate is disabled you should see the maximum value of the shutter time increase The supported shutter time range is Model Range FL3 GE 03S1M C 0 03 ms to 32 seconds FL3 GE 03S1C C 0 03 ms to 32 seconds...

Page 83: ...res that when a user starts requesting images the first image received is properly exposed When operating in free running mode changes to the shutter value take effect with the next captured image or...

Page 84: ...eved via setting both Shutter and Gain This mode is achieved by setting Auto Exposure to Off or by setting Shutter and Gain to Manual Manual Exposure Control The camera automatically modifies Shutter...

Page 85: ...plied to the green component of the Bayer tiled pattern For sharpness values greater than 1000 the pixel is sharpened for values less than 1000 it is blurred When sharpness is in auto mode and gain is...

Page 86: ...ntains 1 channel A channel defines a table with a length of 2Input_Depth entries where each entry is Output_Depth bits wide Channel table entries are padded to 32 bits Each bank may be read only write...

Page 87: ...age later The camera does not create the final HDR image this must be done by the user The HDR interface contains gain and shutter controls for 4 consecutive frames When Enable high dynamic range is c...

Page 88: ...yte of Frame Counter data If only Shutter embedding were enabled then the first 4 bytes of the image would contain Shutter information for that image Similarly if only Brightness embedding were enable...

Page 89: ...gain settings for most cameras Red Blue Black and White 32 32 Color 1023 1023 The camera can also implement Automatic and One Push white balance One use of Automatic and One Push white balance is to...

Page 90: ...ge below is an example of a Bayer tile pattern To determine the actual pattern on your camera query the Pixel Color Filter GenICam feature Figure 8 2 Example Bayer Tile Pattern In order to produce col...

Page 91: ...is color processing performed on my camera s images Knowledge Base Article 89 Related Knowledge Base Articles 8 19 Hue Hue is applicable to color models only This provides a mechanism to control the H...

Page 92: ...rt questions It is constantly updated expanded and refined to ensure that our customers have access to the latest information Product Downloads Customers with a Customer Login Account can access the l...

Page 93: ...l to the Time from Initialize if no reconnection has occurred since the last time the camera was initialized Transmit Failure This contains a count of the number of failed frame transmissions that hav...

Page 94: ...ddress if enabled and available ii a DHCP address if enabled and available iii a link local address LLA iv Failure to establish connection Steady green high intensity 4 Camera is streaming images Red...

Page 95: ...t different locations multiple analog to digital A D converters are required to convert the electrical charge to digital output All A D converters even those of the same make model will have subtle di...

Page 96: ...Correction Point Grey tests for blemish pixels on each camera The mechanism to correct blemish pixels is hard coded into the camera firmware and can be turned off and on by the user Pixel correction...

Page 97: ...7 1 Smear Reduction Smear may be minimized using one or more of the following techniques n Reduce the bright light source n Increase the shutter time lower the frame rate This increases the amount of...

Page 98: ...n 1 5f cam SetStrobeControl mStrobe A 2 Setting a Standard Video Mode Format and Frame Rate Using the FlyCapture API The following FlyCapture code snippet sets the camera to 640x480 Y8 at 60 FPS Camer...

Page 99: ...am Declare a Property struct Property prop Define the property to adjust prop type SHUTTER Ensure the property is on prop onOff true Ensure auto adjust mode is off prop autoManualMode false Ensure the...

Page 100: ...rpness Using the FlyCapture API The following FlyCapture code snippet adjusts sharpness to 1500 using the C interface The snippet assumes a Camera object cam Declare a Property struct Property prop De...

Page 101: ...image data can be accessed programmatically via the getData method of the Image class In Raw8 modes the first byte represents the pixel at row 0 column 0 the second byte at row 0 column 1 and so on R...

Page 102: ...using the C interface The snippet assumes a Camera object cam Declare a property struct Property prop Define the property to adjust prop type SATURATION Ensure the property is on prop onOff true Ensur...

Page 103: ...h an external hardware trigger The example captures a specified number of images and then exits Available for n C n C n VB NET B 2 BusEventsEx The BusEventsEx demonstrates how to Register for Bus Even...

Page 104: ...the FRAME_RATE register If it does it turns the frame rate off If the camera does not implement this register the program then checks to see if the camera implements the EXTENDED_SHUTTER register If i...

Page 105: ...is required to build the FlyCap2MFC demo application Express Edition does not include the MFC library While a single instance of FlyCap2MFC can only open one camera multiple FlyCap2MFC applications ca...

Page 106: ...s of shutter and gain settings in the HDR register All 4 registers must be used the images cycle through registers HDR0 to HDR3 and then back to HDR0 again This cycle continues until HDR mode is turne...

Page 107: ...omputed image size divided by the packet size returns the number of packets transmitted per image numOfPackets ceiling rows cols bytesPerPixel bytesPerPacket If the camera has already been started wit...

Page 108: ...ected 1394 cameras on current system and displays current synchronization status and time duration since sync was established Cameras connected to other computers in the sync network cannot be seen fr...

Page 109: ...ion dialog n Initializes the selected camera on the bus and associates it with the given context n Checks to make sure that the serial port is actually supported n Creates a thread to receive data and...

Page 110: ...name of the device Flea3 GigE model number DeviceFamilyName Family Name Family name of the device Flea3 GigE DeviceVersion Device Version FPGA version DeviceFirmwareVersion Device Firmware Version Fi...

Page 111: ...tment Off Once Continuous Hue Hue degrees Hue of the image in degrees HueEnabled Hue Enabled Enables disables Hue True False Hue Level Auto Controls the mode for automatic hue adjustment Off Once Cont...

Page 112: ...BinningHorizontal Binning Horizontal Number of horizontal pixels to combine together BinningVertical Binning Vertical Number of vertical pixels to combine together PixelDynamicRangeMin Dynamic Range...

Page 113: ...he trigger reception before activating it TriggerDelayEnabled Trigger Delay Enabled Specifies whether or not the Trigger Delay is enabled True False ExposureMode Exposure Mode not all models support a...

Page 114: ...erred for each image or chunk on the stream channel This is mainly used by the application software to determine size of image buffers to allocate GevVersionMajor GEV Version Major Major version of th...

Page 115: ...IPAddress GEV Persistent IP Address Indicates the persistent IP address for this network inferface It is only used when the device boots with the persistent IP configuration scheme GevPersistentSubnet...

Page 116: ...evice description file GevSecondURL GEV Second URL The second choice of URL for the SML device description file GevNumberOfInterfaces GEV Number Of Interfaces Indicates the number of physical network...

Page 117: ...evSCPSPacketSize GEV SCPS Packet Size Specifies the stream packet size in bytes to send on this channel GevSCPD GEV SCPD Indicates the delay in timestamp counter units to insert betweeen each packet f...

Page 118: ...t Save Saves the user set specified by the User Set Selector to the non volatile memory of the device Write Only DefaultUserSet Default User Set Selects the default user set as the default start up se...

Page 119: ...t Gateway Read 4 0048h Manufacturer Name Read 32 0068h Model Name Read 32 0088h Device Version Read 32 00A8h Manufacturer Info Read 48 00D8h Serial Number Read 16 0200h First URL Read 512 0400h Second...

Page 120: ...ead Write 4 0D00h 40h x with 0 x 512 Stream Channel Port Read Write 4 0D04h 40h x with 0 x 512 Stream Channel Packet Size Read Write 4 0D08h 40h x with 0 x 512 Stream Channel Packet Delay Read Write 4...

Page 121: ...ster provides an interface to the camera s frame buffer functionality Transmitting buffered data is available when continuous shot is disabled Either One shot or Multi shot can be used to transmit buf...

Page 122: ...user can transfer as much data as necessary to the offset address 1244h then perform a single write to the control register to commit the data to flash Any modified data is committed by writing to th...

Page 123: ...Pwm_Count 16 23 Number of PWM pulses Read The current count counts down the remaining pulses After reaching zero the count does not automatically reset to the previously written value Write Writing t...

Page 124: ...re 0 Not Available 1 Available Abs_Control 1 Absolute value control 0 Control with the Value field 1 Control with the Absolute value CSR If this bit 1 the value in the Value field is read only 2 5 Res...

Page 125: ...is a 32 bit offset 3 Remove the 0xF prefix from the result i e F70000h becomes 70000h Offset Name Field Bit Description 1A70h AE_ROI_CTRL Presence_Inq 0 Presence of this feature 0 Not Available 1 Avai...

Page 126: ...ity of reading data from Bank 2 Read_Bank_3_Inq 3 Capability of reading data from Bank 3 Read_Bank_4_Inq 4 Capability of reading data from Bank 4 Read_Bank_5_Inq 5 Capability of reading data from Bank...

Page 127: ...ting data to Bank 13 Write_Bank_14_Inq 30 Capability of writing data to Bank 14 Write_Bank_15_Inq 31 Capability of writing data to Bank 15 80008h LUT_Ctrl Presence_Inq 0 Presence of this Feature 0 Not...

Page 128: ...0 31 32 bit offset of Bank 13 table data 80044h Bank_14_ Offset_Inq Bank_14_Quadlet_Offset 0 31 32 bit offset of Bank 14 table data 80048h Bank_15_ Offset_Inq Bank_15_Quadlet_Offset 0 31 32 bit offset...

Page 129: ...scription 000h INITIALIZE Initialize 0 If this bit is set to 1 the camera will reset to its initial state and default settings This bit is self cleared 1 31 Reserved Format E 12 TIME_FROM_INITIALIZE 1...

Page 130: ...ing a new value 1 31 Reserved Format E 16 CAMERA_LOG 1D00 1DFFh Offset Description 1D00 1DFF Each byte is the hexadecimal representation of an ASCII character The log is in reverse byte order with the...

Page 131: ...s feature 0 Not Available 1 Available 1 5 Reserved ON_OFF 6 Enable or disable FPGA pixel correction 0 Off 1 On 7 Reserved Max_Pixels 8 19 Maximum number of pixels that can be corrected by the FPGA Cur...

Page 132: ...more information on smear reduction Chapter 7 4 0 February 29 2012 Added model FL3 GE 20S4 5 0 July 9 2012 Added model FL3 GE 03S1 Added revised dimensional diagram Added debouncer section Added GenIC...

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