PIXCI D2X RS422 LVDS Capture board

PIXCI® D2X



Features Specs 
Software
XCAP XCLIB PXIPL 

PIXCI® D2X Frame Grabber Supports Over 300 Digital Output Cameras

PIXCI D2X Digital Camera Capture Card

  • Line Scan or Area Scan
  • Single or Dual Channel
  • 8 to 24 Bit Camera Data
  • Asynchronous Capture Control
  • Differential Trigger In / Strobe Out
  • Camera Integration and Reset Control
  • 32 bit PCI Bus Master
  • 132 MB/s Burst Transfers
  • Compatible with 32-Bit and 64-Bit PCI Buses
  • Video Rate Image Sequence Transfer to Motherboard Memory
  • RoHS Compliant Boards Available

If your digital output camera is manufactured by one of these camera companies . . .
Adimec
Atmel-Grenoble
Basler
Cohu
Dage-MTI
Dalsa
Duncan Technologies
DVC
EPIX
Hamamatsu
Hitachi
Photo Vision
Pulnix
Redlake MASD
EG&G Reticon
Sensors Unlimited
Takenaka
Teli
Toshiba
Uniq Vision Technologies
Varian PaxScan
Zoran
. . . then there is an excellent probability that the PIXCI D2X imaging board provides the computer interface.   Contact I-CUBE with your specific camera model to check support status.

HIGHEST IMAGE QUALITY - The PIXCI D2X is designed for scientific and machine vision applications that require the highest image quality. To insure that precise camera data is always delivered to the computer, the PIXCI D2X board never compresses, processes or modifies pixel values.

MAXIMUM DATA TRANSFER RATE - The PIXCI D2X is a 32 bit PCI bus master imaging board that transfers camera data to the host computer at the camera's data transfer rate. The camera's pixel clock controls the data flow from the camera into the PIXCI D2X; the computer's PCI bus chip set controls the data flow from the PIXCI D2X, through the PCI bus, to the computer's memory (or other PCI bus target).

COMPATIBILITY GUARANTEED - The product designation "PIXCI D2X" refers to a series of 300+ custom-configured imaging boards; each optimized to support one of 300+ specialized digital cameras. Before a camera is added to the compatibility list, EPIX tests the camera and designs a camera-specific interface. Engineers custom program a PIXCI D2X board to exactly support the camera's video timing specifications and electronically tag the board with the camera's identification code. An "Adjust Dialog" menu, optimized to match the camera's capabilities, is added to the XCAP imaging program.

OPTIMIZED IMAGING SYSTEMS - The imaging potential of the PIXCI SV5 is limited only by the host computer and peripherals. A high quality computer, graphics subsystem or card, camera, lighting, and lens are recommended for best results. I-CUBE can supply high quality imaging components to complement the PIXCI SV5, as well as complete, customized systems for a variety of imaging or video applications.


 FEATURES

Example of Adjust Dialog for camera with
direct software control (actual size).
EPIX Adjust Dialog for camera with direct software control
Example of Adjust Dialog for camera without
direct software control (actual size).
EPIX Adjust Dialog for camera without direct software control

CAMERA CONTROL FROM SOFTWARE

CAMERA ADJUST DIALOG:

Most cameras supported by PIXCI D2X imaging boards allow software control of exposure, gain, shutter speed, line rate, and more. The XCAP imaging program provides a dedicated camera Adjust Dialog for convenient control.

A camera's Adjust Dialog is automatically displayed when the PIXCI D2X board is "Opened" from the Lite, Ltd, Std, or Plus versions of the XCAP program. XCAP knows which menu to load by reading the camera identification code from the PIXCI D2X board.

The Adjust Dialog uses camera control names designated by the camera manufacturer. As a result, the camera's user manual provides all the information required to control the camera from XCAP.

If a camera does not allow software control, then the camera is equipped with physical controls and switches — XCAP's camera Adjust Dialog is designed to appear like the camera's control panel using the camera's control labels. Camera control simply requires the operator to set XCAP control parameters to match the actual camera's control positions.

PIXCI D2X VERSATILITY

MULTIPLE BOARDS / MULTIPLE CAMERAS:

All versions of the XCAP program (except Demo) recognize all PIXCI PCI imaging boards, regardless of model or order code, and offer dedicated control for as many as 8 PIXCI boards / cameras in one computer.1 The Multiple Devices menu in XCAP displays each board by the model name of the camera it supports. Check Boxes provide quick and convenient camera selection.

Synchronized operation of multiple cameras is available (camera dependent).

SOFTWARE COMPATIBILITY:

The PIXCI D2X requires a 32-bit operating environment. It is compatible with Microsoft Windows XP, 2K, NT, ME, 98, and 95 as well as 32-bit DOS. The XCAP Imaging Program is Windows compatible. XCLIB and PXIPL developer libraries are available for Windows and DOS. IMAGE PRO and TWAIN drivers are available.

EPIX supports development of custom drivers for other 32-bit environments (LINUX, UNIX, Macintosh etc).


 SPECIFICATIONS

RESOLUTION:

8 to 4,096 pixels per line
1 to 4,096 lines per image (area scan)
1 to 65,534 lines per image (line scan)

SIGNALS:

Differential RS-644 or RS-422 camera / board signaling (camera dependent).
Differential Trigger IN / Strobe OUT 2

MAXIMUM FRAME RATE:

Camera Dependent

CONNECTIONS:

1 68-pin (SCSI II) cable receptacle
2 10-pin headers

CE / FCC CERTIFICATION:
PIXCI D2X was tested per EMC directive 89/336/EEC and performed to class B.

BUS REQUIREMENTS:
32 bit, 33 MHz PCI bus master, or
64 bit 66 MHz PCI bus master
3.3V or 5V PCI Signaling

DIMENSIONS:
12.48 cm long by 10.67 cm high (4.913" x 4.20") [short slot]


  1. Most motherboards have neither the PCI bandwidth nor the 8 expansion slots needed to take full advantage of this capability: control of 4 cameras is common.
  2. Optional "TTL Module" allows TTL Trigger IN and TTL Strobe OUT
 
Image Processing Products For Research and Industry
Modified:
16-Apr-2008