ARINC 818 Recorder

  • Link Rate: ARINC818-2 Link rate supports upto FC8x and 10Gbps
  • Resolution: Standard/Custom resolutions up to 2k@60fps subjected to link rate. Pixel format: Monochrome, RGB, YcbCr.
  • Scan - Progressive (left to right, starting at top)
  • Pixel Aspect ratio: 1:1
  • Pixel Table Number: 8-bit Components, four components per transmission word. Recording: Record and store encoded video streams.
  • Video Playback: Playback the encoded video stream to any selected Video output Port.
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Documents

Features Details
Hardware Specs  1 x SFP Connector for ARINC 818 Optical or 75-ohm Copper i/f for ARINC818 input and output channel.
2 x USB ports for storage media.
2 x Ethernet interface for GUI Application & System Initial Configuration.
1 x DP/HDMI Output.
ARINC 818  Line rate: FC 1x, 2x, 3x, 4x, 5x, 6x, 8x, and 10Gbps
Resolution: Standard/Custom resolutions up to 2k@60fps subjected to link rate.
Frame rate: 25, 30, 50, and 60 fps.
Encoding Multi-Standard Encoding/Decoding Support
ISO MPEG-4 Part 10: Advanced Video Coding (AVC) / ITU H.264
ISO MPEG-H Part 2: High-Efficiency Video Coding (HEVC) / ITU H.265
GUI System Configuration like Link Rate, Resolution, fps, Video Source Selection and detailed Video Timings as per required ICD Configuration. – Systen Monitoring including ARINC Errors.
Recording: Record and store encoded video streams.
Video Playback: Playback the encoded video stream to any selected Video output Port.
Functionality  1) ARINC Video Input is Encoded and stored to Media.
2) Encoded Video stored in the media is Decoded and Streamed over ARINC/HDMI/DP Output Port.Any one of the above functionalities can be run at a time, not simultaneously

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FAQs

ARINC 818, also known as the Avionics Digital Video Bus (ADVB), is a standard for high-speed, low-latency, point-to-point video transmission in avionics systems. It carries uncompressed video, audio and data over a serial link, which is why it is widely used in cockpit displays, sensor video distribution and mission systems.

Unlike general-purpose video interfaces such as HDMI or DisplayPort, ARINC 818 is designed for avionics. It supports configurable Interface Control Documents (ICDs), so one standard can fit many different display and sensor requirements.

iWave offers ARINC 818 recorders, monitors, video conversion COTS products and analyzers. The portfolio also includes an ARINC 818-2 IP core that offers point-to-point, high-speed, low-latency video transmission and can be implemented on any transceiver-based FPGA device. Together these cover the full design-to-deploy cycle, from prototyping and integration to testing and fielding.

ARINC 818-3 is the later revision of the standard and adds features such as improved support for higher line rates and additional functionality. ARINC 818-2 remains the version most widely deployed today. iWave provides both ARINC 818-2 and ARINC 818-3 solutions for aerospace applications. You can choose the revision your platform requires.

The Interface Control Document (ICD) is the agreement between transmitter and receiver that defines how a given link behaves: resolution, frame rate, pixel format, link rate, how video is divided into containers and objects, and what ancillary data is carried. ARINC 818 is deliberately flexible, so two compliant devices will only interoperate if they are built to the same ICD. Most integration problems come from ICD mismatches, not protocol faults.

If the core goes into airborne electronic hardware that is subject to DO-254, you will need compliance evidence appropriate to the design assurance level (DAL) of the function. This is why many teams ask for IP delivered with certification support, such as requirements, verification results and traceability, rather than a bare netlist. Confirm what is included before choosing a core.

Yes. Besides video, an ARINC 818 link can carry ancillary data and custom data, such as timing, status, files or sensor metadata, within the same frame structure. Multiple video streams can also be multiplexed over a single link, depending on the ICD and available bandwidth

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