ARINC818-2 IP Core

ARINC818-2 IP Core

iWave’s ARINC IP core is ARINC 818–compliant, which can be implemented on any transceiver based FPGA. It can be used for both transmit-and-receive applications. This core has flexible user interface, allowing for various video parameter configuration. This IP core supports Line Synchronous Mode.

Downloads

Xilinx Evaluation Kit

Intel Evaluation Kit

Mircochip Evaluation Kit

Specification

    • Streaming Interface used as Video TX and RX interface.
    • Video Input Format Supported.
      • Resolution depends on the FPGA transceiver speed used for implementation
      • For SXGA (1280×[email protected]) resolution, required data rate is 2.5Gbps
    • Pixel Format supported.
      • Monochrome
      • RGB
      • YcbCr
      • RGBA
    • Pixel Aspect ratio supported.
      • 1:1
      • 1:1.2
      • 1.2:1
      • NTSC (approx 8:9)
      • PAL (16:15)
    • Frame Rate supported.
      • 15fps
      • 20fps
      • 24
      • 24 * 1000 / 1001
      • 25 (PAL)
      • 30
      • 30 * 1000 / 1001 (29.97 NTSC)
      • 60
      • 50
      • 60 * 1000 / 1001 (59.94 NTSC)
      • 50 (VESA DMT)
      • 60 (VESA DMT)
      • 75 (VESA DMT)
      • 85 (VESA DMT)
      • 50 (VESA CVT)
      • 60 (VESA CVT)
      • 75 (VESA CVT)
      • 85 (VESA CVT)
    • Pixel Table Number supported
      • 8-bit Components, four components per transmission word
    • Pixel Array Order supported
      • Left to Right, Top to Bottom
    • Line Synchronous Mode supported
    • 32-bit Full Image CRC supported
    • Following are user configurable parameters
      • No. Of rows
      • No. Of Columns
      • Video Format Code
      • Pixel Aspect Ratio
      • Video Frame rate
      • Color Information Code

HIGHLIGHTS

  • Core has user interface through which video parameter can be configurable as per customer’s Interface Control Document(ICD) and deliver the same in 3-4 weeks’ timeline.
  • Streaming Interface used as Video TX and RX interface
  • Supported Pixel Format: Monochrome, RGB, YCbCr, RGBA
  • Supported Video Format: Progressive & Interlaced
  • Transmission Medium: Either Optical or Copper

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