LEARN ARINC 818
Welcome to the ARINC 818 Academy
Leading the Way in ARINC 818 Education with Unmatched Expertise & Insights
This ARINC 818 Academy is a learning platform developed by Great River Technology (GRT) to combine video instruction on ARINC 818 protocol & standard alongside both basic and comprehensive GRT product information.
Why Become a Member of the ARINC 818 Academy?
The ARINC 818 Academy offers free resources to anyone that visits our site. However, only site members can view all of our courses, white-papers, and educational videos. Becoming a member is free and only requires that you complete a short form regarding your interest in ARINC 818.
Available Resources
Whitepapers
ICD Library
ARINC 818 Terminology
Product Demo Videos
Overview of ARINC 818 Simulation, Test, & Development Suite
Overview of ARINC 818 Flyable Solutions (including IP Core)
Frame Grabber/Video Generators
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Velocity Plus
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Velocity XI
Video Converters
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SAM Product Line
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VCM
IP Core
Video Protocol Analyzer
ARINC 818
Resources
Public
Videos
Membership
Required
ARINC 818 Content Videos
Overview of the ARINC 818 Standard & Protocol
Designing you ICD (Interface Control Document)
Why ARINC 818?
Overview of ARINC 818 Revisions 1-3
Simulating & Testing ARINC 818 Systems Part 1& 2
Implementing ARINC 818
The ARINC 818 Standard
The ARINC 818 video interface and protocol standard manages high-bandwidth, low-latency, uncompressed digital video transmission. Jon Alexander and Tim Keller of Great River Technology participated in the development of this protocol.
Today it is the proven commercial standard and military de facto standard for high-performance video systems. The Airbus A400M and A350XWB, the Boeing 787, and the KC-46A tanker all employ ARINC 818, as do avionics projects in Brazil, Canada, China, France, India, Israel, South Korea, Turkey, and the United Kingdom.
ARINC 818 video systems include infrared and other wavelength sensors, optical cameras, radar, flight recorders, map/chart systems, synthetic vision, image fusion systems, heads-up displays, heads-down multifunction displays, and video concentrators. These video systems are used for taxi and take-off assist, cargo loading, navigation, target tracking, collision avoidance, and other critical functions.