The 3ATI Standby Engine Display (3ATI SED) offers a robust, compliant, cost-effective display hardware platform to support a variety of operational flight programs. It provides flexibility to repurpose or expand the role of the display in the cockpit, and its modular bezel design allows for rapid changes for a variety of flight applications.

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Intellisense’s 3ATI Standby Engine Display (3ATI SED) delivers a low-cost, robust, compliant display hardware platform to support a variety of operational flight programs (OFP). The design lends itself to any OFP modifications or improvements with its ability to load field data over Ethernet. This innovation provides the manufacturer the full flexibility in repurposing or expanding the 3ATI SED’s role in the cockpit. In addition to Ethernet support upgrading I/Os for future equipment interfacing, the 3ATI SED features ARINC-429 interfaces. The display also includes a modular bezel design to allow for rapid changes to the layout to support expanded or repurposed applications.

The 3ATI SED features a proven display head assembly (DHA) that utilizes a high-performing and well-supported active-matrix liquid crystal display (AMLCD) for enhanced optical performance. The high resolution DHA features 480 x 480 pixels, or roughly 200 pixels per inch, which provides the pilot with acute symbology and graphics. This DHA has been in production for 5 years, with over 1,000 units fielded on both military and commercial platforms. It comes with a minimum 10 years of obsolescence protection.

The controller board, power supply, and I/O board are custom developed electronics which provide compact, rugged, and modular building blocks within the 3ATI stack. This solution that lends itself towards future growth and interface swapping at very low costs. This development allows for a solution that can integrate with any OFP, providing the best overall value to manufacturers.

Viewable Area
  • H: 6.0 cm (2.38 in)
  • W: 6.0 cm (2.38 in)
Resolution
  • 480 × 480 pixels
Color Depth
  • 8-bit, 16.7M colors
Luminance
  • ≥ 250 fL (day mode maximum)
  • ≤ 0.02 fL (night mode minimum)
Viewing Angles
  • ± 80° (H/V) thin film transistor (TFT) optically
Contrast Ratio
  • High Ambient: ≥ 8:1
  • Low Ambient: Up to 1000:1 (Eye Reference Point)
Signal Interfaces
  • 8x configurable discretes
  • 1 non-configurable discrete
  • 4x ARINC 429 Rx
  • 1x ARINC 429 Tx
  • 4x Analog inputs
  • 1 Gigabit Ethernet