AUO 12.3-inch IPS Car Screen 1920×720 CTP Touch Display with LVDS Interface

AUO 12.3 Inch 1920×720 LVDS IPS Car Screen with Capacitive Touch

This AUO 12.3 inch IPS car screen is a wide automotive-style display candidate based on AUO FOG C123HAX04.G. The public page describes C123HAX04.G as an LTPS transmissive TFT-LCD with AHVA and in-cell touch technology, composed of TFT-LCD, TDDI IC, FPCA and polarizer with compensation film. Confirmed specifications include 1920 RGB(H) × 720(V) resolution, 292.032×109.512 mm active area, 12.3 inch diagonal size, 152.1×152.1 µm dot pitch, RGB stripe color configuration, 16.7M colors, 296.032×118.844×1.024 mm overall dimension, normally black display mode, hard coating surface treatment, 85/85/85/85 viewing angle, 60-pin LVDS interface and -30~85 ℃ operation temperature.

Confirmed Product Specifications

Automotive and Wide Dashboard Fit

This display is relevant for vehicle dashboards, transport panels, wide industrial consoles, marine dashboards and automotive-style clusters where a 1920×720 stretched format is required. The 12.3 inch wide layout can show gauges, warnings, status groups and navigation-style information across a narrow height.

AUO FOG and Touch Scope

The page references AUO FOG C123HAX04.G with in-cell touch technology. Because automotive display projects are sensitive to revision and supply, the RFQ should confirm exact AUO source, touch controller behavior, FPCA, TDDI, drawing revision and whether LCDind supplies FOG only or a fuller display assembly.

LVDS Interface Review

The confirmed interface is 60-pin LVDS. Engineers should confirm channel count, mapping, voltage, connector, cable length, shielding, power sequencing and controller compatibility. If the host outputs HDMI, eDP or FPD-Link, the conversion path should be specified clearly.

Wide-Temperature Requirement

The table lists -30~85 ℃ operation, which is suitable for automotive-style environments. The final system still needs validation for thermal cycling, vibration, cover lens, bonding, sunlight exposure, touch behavior and electronics. The LCD specification alone does not qualify the whole dashboard assembly.

Optical and Mechanical Fit

The active area is 292.032×109.512 mm and overall dimension is 296.032×118.844×1.024 mm. The wide, thin form factor requires careful support, cover-lens alignment, FPCA protection and bezel design. Any curved cover or custom glass should be reviewed with the drawing.

Touch and Surface Review

The page lists capacitive touch / in-cell touch and hard coating. For production, confirm touch report interface, noise immunity, glove requirements, wet-touch behavior, ESD, grounding and front-stack thickness. Automotive cabins and industrial vehicles can create touch noise through power and grounding conditions.

Decision Boundary

Choose this page when the project needs an AUO-based 12.3 inch 1920×720 LVDS wide display with touch. If the buyer only needs a generic 12.3 inch panel, compare supply continuity, exact model, touch stack and controller requirements before quotation.

Automotive-Style Program Review

A 12.3 inch 1920×720 wide display is normally selected for instrument clusters, cockpit-style panels, transport dashboards and premium industrial control consoles. This page is useful because it identifies an AUO-based FOG with LVDS and in-cell touch, but a real vehicle or rugged equipment program needs more than the panel description. The engineering file should define display role, viewing distance, cluster graphics, warning-symbol readability, cover lens, bonding method, optical performance, vibration requirement and electronics architecture before sample approval.

LVDS, Touch and Revision Control

For this type of AUO-based display, revision control is a major purchasing issue. The RFQ should confirm exact AUO model, FOG revision, 60-pin LVDS mapping, touch interface, FPCA details, TDDI behavior and whether LCDind supplies FOG, module, touch assembly or a higher-level kit. If the host design is already fixed, the buyer should provide the original panel label, connector photo and timing requirement. If the project is new, controller selection and cable shielding should be reviewed before the mechanical design is frozen.

Validation Before Production Use

The public -30~85 ℃ temperature range supports automotive-style screening, but it does not automatically qualify the whole system. Final validation should cover thermal cycling, hot dashboard exposure, cold start, vibration, touch noise, ESD, optical bonding, cover reflection, color readability and supply continuity. For B2B procurement, the page should lead to an engineering review, not an immediate purchase decision. The buyer should define annual volume, sample stage, validation standard and substitution rules so LCDind can quote a controlled supply path.

Procurement Boundary for AUO-Based Supply

Because AUO-based wide panels can be revision-sensitive, procurement should ask whether the quotation is for exact-model supply, compatible sourcing, or a custom assembly based on available FOG. Each option has different risk, price and continuity implications. For production programs, the approved part should include revision-control terms, sample approval evidence, packing requirements and a clear process for approving any future substitute before shipment.

RFQ Checklist

• Confirm AUO C123HAX04.G source, revision, FOG or assembly scope, touch interface and FPCA details.
• LVDS mapping, connector, cable length, shielding, controller or conversion-board requirement.
• Dashboard drawing, cover lens, bonding, surface treatment, vibration and temperature test condition.
• Sample quantity, annual forecast, automotive validation needs, inspection criteria and revision-control plan.

Engineering Review Note

The specifications above are taken from the current public product page and should be treated as selection inputs, not final system approval. Before sample purchase or production order, LCDind should review host interface, drawing, optical stack, touch requirement, controller-board scope, operating environment, supply quantity and inspection criteria. This keeps the existing product URL unchanged while making the page more useful for B2B engineering and sourcing decisions.

Engineering FAQ

What interface is confirmed?

The public table lists 60-pin LVDS.

Does it include touch?

The page describes in-cell touch and attributes list capacitive touch.

Is it an AUO panel?

The page states it is based on AUO FOG C123HAX04.G; exact sourcing and revision should be confirmed in RFQ.