Product Introduction:

The ARINC818 transmission box is a high-performance ARINC818 protocol video transmission device, equipped with 2 FC fiber optic interfaces (1 redundant interface), 1 DVI interface, and 1 HDMI interface. It supports port speeds of 1.0625Gbps, 2.125Gbps, 3.1875Gbps, 4.25Gbps, and custom non-standard transmission speeds. The ARINC818 sending card receives FC video data packets transmitted from the fiber optic interface, parses the FC data packets according to the ARINC818 protocol, and sends them to the DVI or HDMI video interface. The ARINC818 transmitter box is independently powered and can adapt to various simulation and testing environments.

Product Features

• Compliant with FC-FS, FC-AV, FC-ADVB protocol specifications

• Compliant with ARINC818 protocol specifications

• Support fiber optic communication Class1 and Class3 services

• Supports 2 FC interface inputs, 1 DVI interface output, and 1 HDMI interface output

• Supports fiber optic communication at 1.0625Gbps, 2.125Gbps, 3.1875Gbps, 4.25Gbps, and custom non-standard transmission speeds

• Support for regular resolution can be divided into the following two categories based on refresh cycle:

◆ Refresh cycle 30Hz

·1920× 1080@30Hz ·1600× 1200@30Hz ·1600× 900@30Hz

·1280× 1024@30Hz ·1024× 768@30Hz ·800× 600@30Hz

·600× 480@30Hz

◆ Refresh cycle 60Hz

·1920× 1080@60Hz ·1600× 900@60Hz ·1280× 1024@60Hz

·1024× 768@60Hz ·800× 600@60Hz ·600× 480@60Hz

• Support resolution customization

• The HDMI interface supports up to 2560 x 1440@30Hz Resolution (customizable)

• DVI interface supports up to 1920x1080@60Hz resolution

• Support dynamic display resolution switching display

• Support RS422 interface communication

Product Application

The ARINC818 protocol is mainly used for real-time high-definition image transmission between airborne devices, and has been successfully applied to multiple civilian and military aircraft models abroad. It is one of the development directions for future airborne video transmission buses. The ARINC818 transmission box uses FPGA chips to achieve high-speed real-time conversion between the ARINC818 protocol and the digital video interface DVI, fully leveraging the high-speed, high reliability, and low latency characteristics of the FC network. It can be applied to video transmission between nodes such as display and control platforms, image processing, and video capture.

Technical Parameter

Ordering Information