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XCG-CP510/XPL-SDKW

2020

XCL

XCG

Digital V

ideo Camera (GS 

CMOS)

Digital V

ideo Camera (CCD)

Accessories

XCL

XCU

Color Camera Block

FCB-4K

FCB-HD

Polarization

Camera

B/W

GigE

Vision

Squ

are

Pix

els

2/3

 Type

GS CMOS

Progressive

Scan

C

Lens Mount

5.1 MP

Output

Area

Gain

Image

Flip

IEEE

1588

Auto

Shutter

External

Trigger

Shutter

Normal

Shutter

Long

Exposure

Long

Exposure

4

Trigger

Sequential

Trigger

Bulk 

Trigger

Burst 

Trigger

range

Freeset

Sequence

Partial 

Scan

Shading

Correction

Temperature

Readout

Readout

Temperature

Defect

Correction

Defect

Correction

  DIGITAL VIDEO CAMERA

XCG-CP510 is innovative camera incorporating the newly 

developed 5.1 MP global shutter pixel-level polarization 

CMOS sensor.

The On-Chip Polarizer features a four-directional polarizer 

formed on the photodiode of the image sensor which allows 

the detection of linear angles of polarized light. Combined 

with a unique SDK (XPL-SDKW), developed to facilitate 

the polarization process, users can easily enable contrast 

enhancement, object recognition, scratch detection, 

reflection removal, and stress and distortion inspection.

Polarization Camera & SDK for Polarization Camera

 Capture a polarized image with one shot

  Each individual pixel has one of four different linear 

  polarization filters which enables four different polarization 

  images to be captured simultaneously. Each calculation 

  unit com-posed of four-pixel block supports calculation of 

  “Polarization directions” and “Degree of Polarization (DoP)” 

  based on luminance value on each pixel.

 Feature-rich

  The SDK for polarization camera enables the following 

  polarized image processing.

  • Degree of Polarization (DoP) 

  • Polarization Direction (Surface Normal) 

  • Reflection Removal n  • Reflection Enhancement 

  • Stress, Distortion (Retardation)

 Work efficiency

  The SDK for polarization camera enables easy polarization 

  application development. Sony provides a viewer 

  application, library, and sample source code.

 Polarization Camera XCG-CP510

 Capture four directions of the polarization.

 Capturing four-pixel block polarized images through linear 

polarizing filters (0 deg, 45 deg, 90 deg, 135 deg) without 

a parallax issue.

 SDK for Polarization Camera SDK XPL-SDKW (for Windows)

 Process each polarization application by using polarization 

 signals.

 The Windows SDK, provides versatile polarization 

 functions such as reflection removal, shape recognition, 

 and stress mea surement by calculating polarization 

 direction and/or Degree of Polarization (DoP) based on an 

 image captured by the Po larization camera.

 Equipped with the Global Shutter Polarization CMOS Sensor

 GigE Vision

 

XCG-CP510

  

(B/W)

 SDK for Polarization Camera (for Windows)

 

XPL-SDKW

PoE

support

SDK for Polarization

Viewer application

XPL-SDKW Configurations

XC-SDK (for communication 

with the camera

SDK (Library)

Connection Diagram

P63

Outline

Features

Summary of Contents for XCG-CP510

Page 1: ...tion images to be captured simultaneously Each calculation unit com posed of four pixel block supports calculation of Polarization directions and Degree of Polarization DoP based on luminance value on each pixel Feature rich The SDK for polarization camera enables the following polarized image processing Degree of Polarization DoP Polarization Direction Surface Normal Reflection Removal n Reflecti...

Page 2: ... components calculated from four direction polarized images are enhanced Images reflected off transparent objects such as glass are enhanced when displayed A transparent object can also be made more visible Reflection Cancel Reflected components calculated from four direction polarized images are removed Images reflected off transparent objects such as glass are reduced making objects on the other...

Page 3: ...ge 14 You can set the individual digital gain 0 to 32times to 16 optional rectangular areas In the case that multiple rectangular areas overlap the gain value with the smaller area number will have priority The image can be optimized to suit the subject part in applications such as part inspection Defect Correction See page 15 This function is useful for applications that require high resolution I...

Page 4: ...efinition 1 2 3 Selectable ther features Area gain Shading correction Defect correction Temperature readout Interface Video data output digital Mono 8 10 12 bit default setting 8 bit Digital interface Gigabit Ethernet 1000BASE T 100BASE TX Camera specification GigE Vision Version 2 0 1 2 Digital I O ISO IN x1 TTL IN OUT x2 selectable General Lens mount C moun Flange focal length 17 526 mm Power re...

Page 5: ...AN cable to this connector to control the camera module from a host device to output image to a host device By using a PoE compatible LAN cable and camera module interface board or hub you can supply power using the LAN cable For safety do not connect the connector for peripheral device wiring that might have excessive voltage to this port 7 Reset switch The camera can be reset to the factory sett...

Page 6: ... line increments the number of settable lines are 16 or more LUT Look Up Table OFF ON Mode 5 types External trigger input DC IN connector Video output switch Monochrome model Mono 8 10 12 bit Defect correction OFF ON Shading correction OFF ON Image flip OFF ON Area gain OFF ON Controlling the Camera From the Host Device Trigger signal polarity Positive refers to a trigger signal polarity activated...

Page 7: ... the following diagram two images are acquired in one cycle Sequential Trigger Different camera setting configurations are stored in memory channels beforehand with the different settings applied in sequence to acquire a different image with each trigger event In the following diagram two images with different exposure settings are acquired in one cycle Trigger edge detection Polarity positive Tri...

Page 8: ...twork individually This is effective when multiple cameras are connected to the same network and it is necessary to expose them at the same time in a configuration that exceeds 1 Gbps band when operated simultaneously Memory shot is available in multi frame mode or single frame mode Number of images that can be saved is determined by image size and pixel format Normally images are sequentially out...

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