F080A66-602 Digital Photo Frame XGA Glass Cell Innolux

Product Overview

F080A66-602 Digital Photo Frame XGA Glass Cell is an 8.0-inch Innolux a-Si TFT-LCD full cell using a 1024(RGB)×768 XGA 4:3 format. The confirmed active area is 162.048 × 121.536 mm and the cell outline is 171.124 × 132.618 × 0.8 mm. Because the product is supplied without an integrated backlight, its source luminance entry is 0 cd/m². It is also supplied without touch.

The optical cell facts include AAS normally-black transmissive operation, 800:1 typical contrast, 80/80/80/80 typical viewing at CR≥10, 25 ms typical Tr+Td response, 16.7M colors at 50% NTSC and 4.29% typical transmissivity with polarizer. Plate thickness is listed as 0.40 + 0.40 mm. The evidence does not establish a standardized external display interface or panel voltage, so those storage values remain unresolved rather than being guessed.

The exact-model technical page identifies a Ver2.0 specification dated 2024-04-15 and lists Pad & Tablet, Automotive Display, Digital Photo Frame and Portable DVD Player as applications. Innolux is the manufacturer context. Production design should use the current exact datasheet for the selected COG driver implementation.

Three Core Buyer Value Propositions

1. Documented 4.29% transmissivity helps size the optical system

When the buyer receives a bare cell instead of a complete LCM, transmissivity becomes a practical design input. The 4.29% typical value with polarizer can inform early backlight-efficiency calculations and optical stack comparisons. It still cannot predict finished luminance alone because LED flux, light-guide efficiency, film losses, aperture geometry and drive current all influence the final display.

2. AAS 4:3 XGA architecture supports compact embedded legacy layouts

The 1024×768 4:3 image is compatible with many embedded UI designs that were created around XGA rather than widescreen resolutions. For digital-photo, portable-media, tablet and vehicle concepts, retaining the original aspect ratio can reduce software redesign. The product is a glass cell, so the system integrator must provide the illumination, mechanics and driver electronics required to turn that image format into a finished display.

3. Broad -30 °C to 85 °C panel operation expands integration options

The confirmed operating range extends from -30 °C to 85 °C, with storage from -40 °C to 90 °C. That gives the LCD component a broad thermal envelope and supports its wide-temperature positioning. This does not certify the complete assembly for automotive or rugged service. Backlight, controller, adhesives and housing all require their own temperature and environmental validation.

Key Specifications at a Glance

How Should a 0 cd/m² Cell Be Specified in a Product Design?

The correct interpretation is that the component contains no integrated light source. F080A66-602 Digital Photo Frame XGA Glass Cell must be paired with an engineered backlight and optical cavity before the system has a useful screen brightness. Procurement should therefore avoid comparing the 0 cd/m² cell field directly with the luminance rating of a complete LCM.

Define the finished luminance target at the system level, then select LEDs, light-guide geometry and optical films that can deliver it through the 4.29% transmissive cell. Measure uniformity, white point, color and hot-spot behavior on the assembled stack. If the product operates over a wide temperature range, repeat optical measurements at the required thermal extremes.

Why Should Driver Architecture Stay Separate From the Host Interface?

The supplied technical data offers COG driver suggestions but does not provide a standardized host-interface field. A COG driver chain is not the same thing as an LVDS, eDP or MIPI connector. The project should determine how the chosen driver IC implementation receives timing and power, then design the controller and flex architecture around that exact configuration.

Possible suggested combinations include HX8282 + HX8695×2, ILI6150 + ILI5801×2, ST5651 + ST5083×2 and ST5653 + ST5083×2. These are source-derived options, not a statement that every shipment uses the same silicon. Confirm the production build before firmware or PCB layout is frozen.

Do not infer voltage from family members

Input-voltage data remains blank because the same exact semantic object is unresolved. Filling a voltage from another 8-inch Innolux XGA cell would violate exact-model isolation and could create electrical risk. The correct workflow is to obtain the exact datasheet or driver documentation and then update the field only when evidence is available.

How Does the 4:3 Format Affect Application Design?

Many current consumer panels are widescreen, but 4:3 remains useful for square-ish embedded interfaces, legacy graphics, photo display and compact instrument layouts. The 162.048 × 121.536 mm viewing area gives software teams a known XGA canvas without scaling a 16:9 image into a narrower UI.

For a portable DVD or media system, the aspect ratio may require letterboxing for widescreen content. For a tablet or vehicle HMI, it can instead fit controls and status information that benefit from vertical space. These are application scenarios compatible with the supplied model use cases, not claims of exact equipment fit.

What Does Wide-Temperature Automotive Positioning Require?

The exact-model application set includes Automotive Display and the product is marked Wide Temperature. That combination supports automotive-display classification and an in-vehicle HMI evaluation path. It does not prove vehicle OEM approval, AEC-Q status, vibration performance or electromagnetic compatibility.

Vehicle projects should test cold start, image response, illumination performance, hot soak, cover-stack behavior and the chosen controller at the complete-system level. The cell's -30 to 85 °C operating range is only one line in that qualification matrix. A separate backlight can become the limiting component if its LEDs, driver or films have a narrower range.

How Does F080A66-602 Differ From a Complete 8-Inch Module?

A complete module typically includes backlight, structural frame and a defined connector, while this part is the underlying LCD cell. That distinction changes both sourcing and engineering. The cell can give a custom integrator more freedom over thickness, illumination and mechanical architecture, but it also creates more work for controller, optical and handling design.

F080A66-602 Digital Photo Frame XGA Glass Cell should therefore be purchased by teams that understand the required glass handling and can control the illumination/driver stack. A service buyer looking for a plug-in replacement should first confirm whether the original part is also a cell rather than an LCM. Matching diagonal and XGA resolution does not make the two product types equivalent.

What Should Procurement Confirm From the Ver2.0 Documentation?

The public exact-model technical page references Ver2.0 dated 2024-04-15. Before production release, request the current file and confirm that the mechanical, optical and COG-driver details still match the approved sample. If a later revision changes driver implementation or glass handling, the affected controller and mechanical checks should be rerun.

Current production and stock listings are time-sensitive and should remain separate from lifetime or supply-horizon commitments. If a long program depends on this cell, ask for current production status and change-notification expectations through Innolux or the authorized channel.

How Should an Engineering Sample Be Converted Into a Production Baseline?

The first working image is only the beginning of qualification for a cell-level product. Once a selected COG driver combination produces stable XGA timing, record the driver ICs, flex design, timing parameters and power rails used in that sample. Then assemble the intended backlight and mechanical support so optical testing represents the real product rather than a temporary laboratory fixture.

Measure center and corner luminance, uniformity, contrast and color after the backlight reaches thermal steady state. Repeat key measurements at the environmental points that matter to the project. The cell's -30 to 85 °C operating limit does not guarantee that a chosen LED system or adhesive survives the same range. Any narrower subsystem limit becomes the practical system boundary and should be documented as such.

Before production release, photograph or otherwise record the approved cell label and compare the current Ver2.0-derived facts with the supplier's latest documentation. If the driver implementation or mechanical stack changes, invalidate the affected electrical and optical checks rather than treating the product as automatically equivalent. This controlled baseline is the safest way to turn a bare glass cell into a repeatable embedded display solution.

Procurement Checklist

• Confirm exact F080A66-602 identity and the current specification revision.
• Verify 1024×768 XGA, the 171.124 × 132.618 × 0.8 mm outline and 4.29% transmissivity.
• Keep the undefined host interface and voltage blank until exact-model evidence is obtained.
• Freeze the selected COG driver implementation before PCB and firmware release.
• Engineer a separate backlight and validate final luminance/uniformity.
• Use the -30 to 85 °C cell range as one component limit, not a complete automotive qualification.
• Confirm touch remains absent in the intended configuration.
• Check current production and change information before volume purchase.

F080A66-602 Digital Photo Frame XGA Glass Cell provides a well-defined XGA optical cell for custom embedded systems, with transmissivity, geometry and wide-temperature behavior that can be engineered around. The unresolved electrical host interface should remain an explicit design item until exact-model documentation closes it.