Products / Square Displays
Develop the right display for your cockpit or simulator, with High Bright and color Dual Mode NVIS options. Choose Type I Class A or Class B for Dual Mode, explore five Square Display models, and define your application requirements.
Aircraft integration · Flight simulation · Custom display development
Two sourcing routes
A square display can start with an existing LCD resized for your application, or an OEM panel manufactured in a square format. We help select the route around your active area, resolution, quantity and program requirements.
Our partner Spectrum Displays can produce cut displays domestically by resizing an existing LCD to the required format. This route adapts established LCD glass for a custom square active area.
The starting LCD panel is fabricated overseas. Domestic cutting, modification and integration are separate from manufacturing the original LCD panel glass.
We can source OEM square LCD panels and work with companies in Taiwan, Japan, South Korea and China on custom-sized LCD display glass.
These LCD panels are currently sourced from overseas fabrication; we do not offer U.S.-fabricated LCD panel glass. We review the panel size, resolution, interface and production requirements with the selected manufacturer.
We can also re-tab existing LCD displays and provide alternate timing-controller (T-CON) electronics. We review the glass, driver connections, timing and mechanical fit together to define a workable display assembly.
Square Displays
Start with the active viewing area and available mounting space, then compare resolution. Open a model to choose its build, explore optical options and save a configuration to your Interest List.
Open a model page to compare its nine configurations and customize a build. The part numbers here identify the base High Bright standard-chassis modules.View Interest List & request review →
Inch equivalents are rounded using 25.4 mm per inch. SQR model numbers identify the series. See the listed dimensions and mounting drawings for each configuration. Use the final product drawing for fit. Availability and delivery timing require confirmation.
FPD.DEV Display Designer
Choose SQR-3 through SQR-7 in the designer below. Start with a bare SQR-4 High Bright display, with no cover glass or optical bonding. Add optical and mechanical options, then review and save your configuration to your Interest List.
Base configurations / High Bright / Standard chassis
These specifications compare the five base High Bright modules with standard chassis (-00). Select a model heading for its complete configuration list and display designer; select a part number to open that product.
| Parameter | SQR-3 → | SQR-4 → | SQR-5 → | SQR-6 → | SQR-7 → |
|---|---|---|---|---|---|
| High Bright reference — standard chassis | SQR-3003-00 | SQR-3004-00 | SQR-3005-00 | SQR-3006-00 | SQR-3007-00 |
| Aspect ratio | 1:1 (nominal) | 1:1 (nominal) | 1:1 (nominal) | 1:1 (nominal) | 1:1 |
| Resolution (pixels) | 480 × 480 | 720 × 720 | 768 × 768 | 768 × 768 | 960 × 960 |
| Module outline H × V × D (mm / in) | 77 × 77 × 16 mm3.031 × 3.031 × 0.630 in | 120.1 × 120.1 × 16 mm4.728 × 4.728 × 0.630 in | 152 × 152 × 16 mm5.984 × 5.984 × 0.630 in | 177.4 × 177.4 × 16 mm6.984 × 6.984 × 0.630 in | 196.2 × 195.7 × 16 mm7.724 × 7.705 × 0.630 in |
| Active area H × V (mm / in) | 60.22 × 60.33 mm2.371 × 2.375 in | 99.36 × 99.36 mm3.912 × 3.912 in | 127.87 × 127.87 mm5.034 × 5.034 in | 158.4 × 158.4 mm6.236 × 6.236 in | 172.08 × 172.08 mm6.775 × 6.775 in |
| Active diagonal (in) | 3.35 | 5.53 | 7.07 | 8.8 | 9.58 (calculated) |
| Pixel pitch H × V (mm / in) | 0.12546 × 0.12546 mm0.00494 × 0.00494 in | 0.138 × 0.138 mm0.00543 × 0.00543 in | 0.1665 × 0.1665 mm0.00656 × 0.00656 in | 0.20625 × 0.20625 mm0.00812 × 0.00812 in | 0.17925 × 0.17925 mm0.00706 × 0.00706 in |
| NTSC (%) — method to confirm | 62 | 72 | 60 | 70 | 70 |
SQR-3 through SQR-6 reference construction: normally black IPS, RGB stripe, 16.7 million colors (8 bit), edge-lit LED backlight rated at 1,000 nits, PWM LED driver, single-channel LVDS and optically bonded AR cover glass. Measurement conditions and final assembly performance require confirmation.
Start with the intended use
Tell us the aircraft, display function, certification authority and installation approval basis. We support projects that require a defined certification and qualification path.
For applicable complete displays, discuss TSO/ETSO-C113b for airborne multipurpose electronic displays. Article authorization and aircraft installation approval are separate.
Define applicable RTCA DO-160 environmental test sections and categories. Where software or airborne electronic hardware is in scope, establish DO-178C / DO-254 assurance requirements and levels. Specify NVIS compatibility separately.
Discuss an avionics application ↗Tell us whether the display supports a qualified training device, an approved aviation training device, or a simulator used for research and development.
Identify FAA 14 CFR Part 60 FFS/FTD type and level, FAA BATD/AATD approval under AC 61-136B, or the applicable EASA FSTD qualification basis.
Device qualification is assessed at the simulator level. Match the display’s visual performance, interfaces and evidence to your training objective.
Discuss a simulation application ↗These are requirements to establish for your program, not certification claims for the reference modules. We help define the solution and evidence needed for either application.
A practical development path
Choose a model, review its specifications and use the Display Designer to save your configuration and component list to your Interest List. Include that saved build when requesting a review or quotation.
Record aircraft or simulator use, the approval basis, environmental conditions, interfaces, quantity and timing.
Confirm the component list and FPD part numbers with our team, then connect the specification, drawing and verification plan to your selected configuration.
A reference specification or visualization is not approval evidence. Confirm the selected article’s authorization, applicable qualification evidence and aircraft installation approval with FPD.DEV for your program.
All five families can be explored in the pilot. SQR-4 has its own model; SQR-3, SQR-5, SQR-6 and SQR-7 use representative SQR-4 geometry with their own specifications. SQR-7 uses generic FPD.DEV configuration references. The final panel variation, options and qualification requirements are agreed during review.
It records the selected FPD / COLABMO part number and added components, plus application and qualification requirements. SQR-3 through SQR-6 High Bright reference modules include their backlight, driver and bonded AR glass. Confirm the SQR-7 driver, glass and bonding scope with us. Open-cell builds use a different component basis. Part mapping, material quantities and engineering review are needed before manufacture.
No. It illustrates appearance only. Specify the applicable NVIS standard, class/type, installation and required optical measurements with the program.
Bring your application, configuration or early idea. We’ll help establish the next step.
Products / Square Displays
Develop the right display for your cockpit or simulator, with High Bright and color Dual Mode NVIS options. Choose Type I Class A or Class B for Dual Mode, explore five Square Display models, and define your application requirements.
Aircraft integration · Flight simulation · Custom display development
Two sourcing routes
A square display can start with an existing LCD resized for your application, or an OEM panel manufactured in a square format. We help select the route around your active area, resolution, quantity and program requirements.
Our partner Spectrum Displays can produce cut displays domestically by resizing an existing LCD to the required format. This route adapts established LCD glass for a custom square active area.
The starting LCD panel is fabricated overseas. Domestic cutting, modification and integration are separate from manufacturing the original LCD panel glass.
We can source OEM square LCD panels and work with companies in Taiwan, Japan, South Korea and China on custom-sized LCD display glass.
These LCD panels are currently sourced from overseas fabrication; we do not offer U.S.-fabricated LCD panel glass. We review the panel size, resolution, interface and production requirements with the selected manufacturer.
We can also re-tab existing LCD displays and provide alternate timing-controller (T-CON) electronics. We review the glass, driver connections, timing and mechanical fit together to define a workable display assembly.
Square Displays
Start with the active viewing area and available mounting space, then compare resolution. Open a model to choose its build, explore optical options and save a configuration to your Interest List.
Open a model page to compare its nine configurations and customize a build. The part numbers here identify the base High Bright standard-chassis modules.View Interest List & request review →
Inch equivalents are rounded using 25.4 mm per inch. SQR model numbers identify the series. See the listed dimensions and mounting drawings for each configuration. Use the final product drawing for fit. Availability and delivery timing require confirmation.
FPD.DEV Display Designer
Choose SQR-3 through SQR-7 in the designer below. Start with a bare SQR-4 High Bright display, with no cover glass or optical bonding. Add optical and mechanical options, then review and save your configuration to your Interest List.
Base configurations / High Bright / Standard chassis
These specifications compare the five base High Bright modules with standard chassis (-00). Select a model heading for its complete configuration list and display designer; select a part number to open that product.
| Parameter | SQR-3 → | SQR-4 → | SQR-5 → | SQR-6 → | SQR-7 → |
|---|---|---|---|---|---|
| High Bright reference — standard chassis | SQR-3003-00 | SQR-3004-00 | SQR-3005-00 | SQR-3006-00 | SQR-3007-00 |
| Aspect ratio | 1:1 (nominal) | 1:1 (nominal) | 1:1 (nominal) | 1:1 (nominal) | 1:1 |
| Resolution (pixels) | 480 × 480 | 720 × 720 | 768 × 768 | 768 × 768 | 960 × 960 |
| Module outline H × V × D (mm / in) | 77 × 77 × 16 mm3.031 × 3.031 × 0.630 in | 120.1 × 120.1 × 16 mm4.728 × 4.728 × 0.630 in | 152 × 152 × 16 mm5.984 × 5.984 × 0.630 in | 177.4 × 177.4 × 16 mm6.984 × 6.984 × 0.630 in | 196.2 × 195.7 × 16 mm7.724 × 7.705 × 0.630 in |
| Active area H × V (mm / in) | 60.22 × 60.33 mm2.371 × 2.375 in | 99.36 × 99.36 mm3.912 × 3.912 in | 127.87 × 127.87 mm5.034 × 5.034 in | 158.4 × 158.4 mm6.236 × 6.236 in | 172.08 × 172.08 mm6.775 × 6.775 in |
| Active diagonal (in) | 3.35 | 5.53 | 7.07 | 8.8 | 9.58 (calculated) |
| Pixel pitch H × V (mm / in) | 0.12546 × 0.12546 mm0.00494 × 0.00494 in | 0.138 × 0.138 mm0.00543 × 0.00543 in | 0.1665 × 0.1665 mm0.00656 × 0.00656 in | 0.20625 × 0.20625 mm0.00812 × 0.00812 in | 0.17925 × 0.17925 mm0.00706 × 0.00706 in |
| NTSC (%) — method to confirm | 62 | 72 | 60 | 70 | 70 |
SQR-3 through SQR-6 reference construction: normally black IPS, RGB stripe, 16.7 million colors (8 bit), edge-lit LED backlight rated at 1,000 nits, PWM LED driver, single-channel LVDS and optically bonded AR cover glass. Measurement conditions and final assembly performance require confirmation.
Start with the intended use
Tell us the aircraft, display function, certification authority and installation approval basis. We support projects that require a defined certification and qualification path.
For applicable complete displays, discuss TSO/ETSO-C113b for airborne multipurpose electronic displays. Article authorization and aircraft installation approval are separate.
Define applicable RTCA DO-160 environmental test sections and categories. Where software or airborne electronic hardware is in scope, establish DO-178C / DO-254 assurance requirements and levels. Specify NVIS compatibility separately.
Discuss an avionics application ↗Tell us whether the display supports a qualified training device, an approved aviation training device, or a simulator used for research and development.
Identify FAA 14 CFR Part 60 FFS/FTD type and level, FAA BATD/AATD approval under AC 61-136B, or the applicable EASA FSTD qualification basis.
Device qualification is assessed at the simulator level. Match the display’s visual performance, interfaces and evidence to your training objective.
Discuss a simulation application ↗These are requirements to establish for your program, not certification claims for the reference modules. We help define the solution and evidence needed for either application.
A practical development path
Choose a model, review its specifications and use the Display Designer to save your configuration and component list to your Interest List. Include that saved build when requesting a review or quotation.
Record aircraft or simulator use, the approval basis, environmental conditions, interfaces, quantity and timing.
Confirm the component list and FPD part numbers with our team, then connect the specification, drawing and verification plan to your selected configuration.
A reference specification or visualization is not approval evidence. Confirm the selected article’s authorization, applicable qualification evidence and aircraft installation approval with FPD.DEV for your program.
All five families can be explored in the pilot. SQR-4 has its own model; SQR-3, SQR-5, SQR-6 and SQR-7 use representative SQR-4 geometry with their own specifications. SQR-7 uses generic FPD.DEV configuration references. The final panel variation, options and qualification requirements are agreed during review.
It records the selected FPD / COLABMO part number and added components, plus application and qualification requirements. SQR-3 through SQR-6 High Bright reference modules include their backlight, driver and bonded AR glass. Confirm the SQR-7 driver, glass and bonding scope with us. Open-cell builds use a different component basis. Part mapping, material quantities and engineering review are needed before manufacture.
No. It illustrates appearance only. Specify the applicable NVIS standard, class/type, installation and required optical measurements with the program.
Bring your application, configuration or early idea. We’ll help establish the next step.
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