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CyberOptics Imagenation PXR800 Frame Grabber

Quick Overview

PXR800, a premium standard analog, monochrome frame grabber offering real-time control – the ability to deterministically synchronize events associated with image acquisition for timely, totally reliable system performance. Superior input/output control makes it possible, enabling the ability to trigger camera reset and also to direct separate strobes and exposure.General purpose input/output lines enable control of application components outside of image acquisition, while flexible memory allocation and large on-board memory assure reliable image grab.

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CyberOptics Imagenation PXR800 Frame Grabber.

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Additional Information

Overview

PXR800, a premium standard analog, monochrome frame grabber offering real-time control – the ability to deterministically synchronize events associated with image acquisition for timely, totally reliable system performance. Superior input/output control makes it possible, enabling the ability to trigger camera reset and also to direct separate strobes and exposure.General purpose input/output lines enable control of application components outside of image acquisition, while flexible memory allocation and large on-board memory assure reliable image grab.

PXR family features:

  • Supports RS170, CCIR, interlace, progressive scan and resettable cameras
  • ± 2.6 ns pixel jitter and ² 0.5 LSB (least significant bit) of video noise for precise image digitization
  • Superior I/O control for precise synchronization of cameras, strobes, triggers and exposure
  • 4-channel camera timing engine plus pixel clock input
  • Flexible image acquisition engine includes 8MB of on-board memory, dual mode DMA and continuous buffering that enables guaranteed grabs, full (30 fps) frame rates and enhanced real-time performance by reducing dependencies on system latencies
  • ImageInfo feature “stamps” images with complete image acquisition status information
  • User-friendly camera interface with 4 identical high-density DB-26 connectors (2 on board, 2 on camera extender board), each containing all camera-specific signals including video input, Hsync/Hdrive, Vsync/Vdrive, pixel clock input, 2 exposure outputs and common signals (4 TTL general purpose inputs and outputs, + 12V camera power)
  • Separate camera extender board for easy, cost-effective cabling and set-up for 3- and 4-camera applications
  • Flexible memory allocation through scatter/gather technology
  • Programmable linear input offset and gain
  • Third party image processing software
  • Verified to FCC Part 15 Class A requirements. Full compliance to CE EMC standards (EN-55022, EN-55024, CISPR-22)
Specifications
 
Bus Bus PCI bus master design for real-time image capture
Input composite video format Monochrome, RS-170 (NTSC), CCIR (PAL), progressive scan and resettable
Capture time RS-170 (NTSC): 1/30 second per frame; CCIR (PAL): 1/25 second per frame
Resolution RS-170: 640 x 480 pixels (maximum 768 x 486 pixels);
CCIR: 768 x 576 pixels; 256 gray level, 8 bits
Sampling jitter ± 2.6 ns with 1-line resync from reset; 0 using pixel clock input
Video noise ² 0.5 LSB (least significant bit)
Video multiplexing Up to four video inputs (switch on trigger)
Color expansion 8-bit monochrome expanded to 16 and 32-bit gray-scale for direct transfers to display memory
Camera timing engine support Inputs: Vsync, Hsync,WEN, Pixel clock Outputs: Vdrive/Standard/Programmable, Hdrive, Exposure1, Exposure2, Strobe
External trigger Four optically-isolated trigger inputs
Strobe and exposure output One strobe output, two exposure outputs
(up to four pulses, up to 59.99 min)
Input video Software selectable termination (75 ohms or 10K ohms)
General purpose input/output (I/O) Four TTL inputs, four TTL outputs
Image acquisition triggering Wait m fields (allows synchronization of image capture with strobes and exposures);Video (continuous vertical sync trigger); Hardware; Software; or logical combinations of Video, Hardware and Software triggers
On-board memory 8MB image FIFO memory
Software programmable look up table (LUTs) 256-byte programmable
Power + 5 VDC, PCI, 700 mA
Camera power + 12V at 1A for four cameras
Operating temperature 0° C to 60° C
Warranty One year limited parts and labor
Supported operating systems Win 98, 98-SE, 2000, ME, NT4, XP
Supported languages Visual C++
Third party image processing support Halcon, Common Vision Blox
Product Videos No
Accessories No

PXR800, a premium standard analog, monochrome frame grabber offering real-time control – the ability to deterministically synchronize events associated with image acquisition for timely, totally reliable system performance. Superior input/output control makes it possible, enabling the ability to trigger camera reset and also to direct separate strobes and exposure.General purpose input/output lines enable control of application components outside of image acquisition, while flexible memory allocation and large on-board memory assure reliable image grab.

PXR family features:

  • Supports RS170, CCIR, interlace, progressive scan and resettable cameras
  • ± 2.6 ns pixel jitter and ² 0.5 LSB (least significant bit) of video noise for precise image digitization
  • Superior I/O control for precise synchronization of cameras, strobes, triggers and exposure
  • 4-channel camera timing engine plus pixel clock input
  • Flexible image acquisition engine includes 8MB of on-board memory, dual mode DMA and continuous buffering that enables guaranteed grabs, full (30 fps) frame rates and enhanced real-time performance by reducing dependencies on system latencies
  • ImageInfo feature “stamps” images with complete image acquisition status information
  • User-friendly camera interface with 4 identical high-density DB-26 connectors (2 on board, 2 on camera extender board), each containing all camera-specific signals including video input, Hsync/Hdrive, Vsync/Vdrive, pixel clock input, 2 exposure outputs and common signals (4 TTL general purpose inputs and outputs, + 12V camera power)
  • Separate camera extender board for easy, cost-effective cabling and set-up for 3- and 4-camera applications
  • Flexible memory allocation through scatter/gather technology
  • Programmable linear input offset and gain
  • Third party image processing software
  • Verified to FCC Part 15 Class A requirements. Full compliance to CE EMC standards (EN-55022, EN-55024, CISPR-22)
 
Bus Bus PCI bus master design for real-time image capture
Input composite video format Monochrome, RS-170 (NTSC), CCIR (PAL), progressive scan and resettable
Capture time RS-170 (NTSC): 1/30 second per frame; CCIR (PAL): 1/25 second per frame
Resolution RS-170: 640 x 480 pixels (maximum 768 x 486 pixels);
CCIR: 768 x 576 pixels; 256 gray level, 8 bits
Sampling jitter ± 2.6 ns with 1-line resync from reset; 0 using pixel clock input
Video noise ² 0.5 LSB (least significant bit)
Video multiplexing Up to four video inputs (switch on trigger)
Color expansion 8-bit monochrome expanded to 16 and 32-bit gray-scale for direct transfers to display memory
Camera timing engine support Inputs: Vsync, Hsync,WEN, Pixel clock Outputs: Vdrive/Standard/Programmable, Hdrive, Exposure1, Exposure2, Strobe
External trigger Four optically-isolated trigger inputs
Strobe and exposure output One strobe output, two exposure outputs
(up to four pulses, up to 59.99 min)
Input video Software selectable termination (75 ohms or 10K ohms)
General purpose input/output (I/O) Four TTL inputs, four TTL outputs
Image acquisition triggering Wait m fields (allows synchronization of image capture with strobes and exposures);Video (continuous vertical sync trigger); Hardware; Software; or logical combinations of Video, Hardware and Software triggers
On-board memory 8MB image FIFO memory
Software programmable look up table (LUTs) 256-byte programmable
Power + 5 VDC, PCI, 700 mA
Camera power + 12V at 1A for four cameras
Operating temperature 0° C to 60° C
Warranty One year limited parts and labor
Supported operating systems Win 98, 98-SE, 2000, ME, NT4, XP
Supported languages Visual C++
Third party image processing support Halcon, Common Vision Blox