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C123HAX04.6 12.3″ Automotive High Brightness Display 1330nits In-Cell Touch AUO

Product Gallery
Key Specs

Model P/N

C123HAX04.6

Size

12.3″

Resolution

1920×720

Brightness

1330 (Typ.)(cd/m²)

Viewing Angle

-

Connector Type

LVDS (2 ch, 8-bit) , 60 pins FPC

Operating Temp

-40 ~
105 °C

Overall(mm)

326(W)×
137(H)×
20.4(D)
Upgrade Options (OEM/ODM)

auo

C123HAX04.6

General Features

Brand

auo

Panel Size (inch)

12.3"

Model P/N

C123HAX04.6

Resolution

1920×720

Brightness (nits)

1330 cd/m² (Typ.)

Viewing Angle

-

Contrast Ratio

1150 : 1 (Min.) (TM)

Response Time

22 (Max.)(Tr+Td) ms

Overall (mm)

326(W)×
137(H) ×
20.4(D) mm

Active Area (mm)

292.032(W)×109.512(H) mm

Refresh Rate

75Hz

Bezel Opening

-

Display Colors

16.7M 87% NTSC

Panel Type

tft-lcd, lcm

Connector Type

LVDS (2 ch, 8-bit) , 60 pins FPC

Surface Treatment

Anti Fingerprint + Antiglare, Reflection 1.5% (Max.)

Operating Temp

-40 ~
105 °C

Touchscreen Type

capacitive-touch

Storage Temp

-55 ~ 125 °C

Work Mode

AHVA, Normally Black, Transmissive

Pixel Format

RGB Vertical Stripe

Backlight Life

8S6P WLED , No Driver

Input Voltage (V)

3.3

Touch Interface

i²c

Vibration Resistance

≥5.0g(49.0 m/s²)

Weight (g)

230 g(Typ./Max.)

Designed For

automotive-displays / sunlight-readable-displays / outdoor-high-brightness

Product Overview

The C123HAX04.6 12.3″ automotive high brightness display is a professional a-Si TFT-LCD module launched by AUO for vehicle and outdoor high-brightness usage scenarios. Mass-produced since Q2 2021, this ultra-wide display features 1330nits extreme brightness and In-Cell Touch technology, paired with an ultra-wide temperature range to deliver stable performance in harsh vehicle and outdoor environments.

With an 8:3 aspect ratio and 1920×720 resolution, it is specially designed for automotive cockpit, outdoor instrumentation, and vehicle-mounted control systems, providing clear visual output even in strong direct sunlight. Its rugged structural design and anti-reflection surface treatment make it a preferred component for engineers developing automotive and outdoor display equipment.

Core Performance & Technical Advantages of C123HAX04.6

Ultra-High Brightness for Sunlight Readability

This automotive high brightness display stands out with a 1330 cd/m² typical brightness level, ensuring excellent screen readability in direct outdoor sunlight and bright vehicle interiors. Combined with an 1150:1 minimum contrast ratio, it maintains clear image layering and detail recognition even in high-light environments, solving the common problem of screen fading in outdoor and automotive applications.

The anti-fingerprint (AF) and anti-glare (AG) surface treatment with a maximum reflectance of 1.5% further enhances visual experience, reducing glare and fingerprint residues to keep the screen clean and clear for long-term use.

In-Cell Touch & Extreme Wide Temperature Reliability

Equipped with integrated In-Cell Touch technology and I²C touch interface, the module simplifies device structure design and improves touch sensitivity for automotive control operations. Its extreme wide temperature range (-40~105°C operating, -55~125°C storage) enables stable performance in severe temperature fluctuations, fully meeting the strict environmental requirements of automotive electronics.

Adopting AHVA normally black transmissive working mode and full viewing angle design, the screen remains visible from multiple angles, which is essential for in-vehicle multi-position viewing and outdoor equipment operation.

Detailed Technical Specifications of C123HAX04.6

All parameters of the C123HAX04.6 are verified against AUO’s Ver0.0 datasheet released on January 7, 2021. It uses a 60-pin FPC LVDS (2 ch, 8-bit) signal interface for stable data transmission, with a 3.3V typical driving voltage that matches the power supply standards of most automotive electronic systems.

The 60Hz refresh rate supports smooth real-time image display for automotive infotainment and outdoor monitoring systems. The module adopts 8S6P WLED side-entry backlight without a built-in driver, allowing flexible backlight control matching different vehicle and equipment designs. Its compact overall dimensions support seamless integration into limited installation spaces of automotive cockpits.

Why Choose C123HAX04.6 for Automotive & Outdoor Projects

As a dedicated automotive high brightness display, the C123HAX04.6 is developed to meet the strict reliability standards of automotive electronics, far superior to conventional industrial displays in environmental adaptability and durability. Its In-Cell Touch integrated design reduces assembly complexity and lowers overall product development costs for manufacturers.

The ultra-high brightness and anti-reflection surface make it uniquely suitable for outdoor high-brightness applications beyond automotive, such as outdoor instrumentation and mobile vehicle-mounted equipment. Although current spot supply is limited, its mass production status ensures stable supply for long-term project cooperation and bulk orders. For the latest production and technical support, consulting AUO or its authorized agents is highly recommended.

Typical Applications of C123HAX04.6

Automotive Cockpit & In-Vehicle Displays

The C123HAX04.6 is widely used in automotive instrument panels, central control displays, and rear-seat entertainment systems, where its high brightness and wide temperature resistance adapt to the complex temperature and light environments of vehicles.

Outdoor High-Brightness Equipment

It also serves as an ideal display solution for outdoor instrumentation, mobile vehicle-mounted control terminals, and outdoor industrial equipment, providing stable and clear visual output in strong sunlight and harsh temperature conditions.


The C123HAX04.6 12.3″ automotive high brightness display from AUO combines ultra-high brightness, In-Cell Touch, and extreme wide temperature performance, making it a professional choice for automotive and outdoor display project development. For bulk procurement, customized integration solutions, or official datasheet access, please contact our sales and technical team to discuss tailored cooperation plans for your project needs. Our professional team can provide complete technical guidance to support the smooth application of this module in automotive and outdoor equipment design.

Recommended: Same Size

(12.3")

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Engineering test diagram

FAQ

What is your MOQ and sample policy for this model?

MOQ and sample policy for the C123HAX04.6 are not specified in the provided product info. These terms are typically negotiated based on order volume, project requirements, and customer qualifications. Please contact our sales team directly for specific MOQ details, sample availability, lead times, and associated costs. We can discuss evaluation unit programs for qualified automotive projects.

For industrial HMI panels like the 21.5-inch Tianma models, what are the operating temperature ranges and what certifications (e.g., IP rating, anti-vibration) do they carry?

The provided specifications are for the AUO C123HAX04.6 only. We cannot provide operating temperature ranges or certifications for other brands or models like Tianma 21.5-inch panels from this data. For specific certifications (IP rating, anti-vibration) on other models, please request the relevant datasheets. Certifications are model-specific and must be verified with the manufacturer.

What are the key differences between standard TFT displays and stretched bar LCDs for automotive dashboard applications?

Standard TFTs often have more square aspect ratios (e.g., 16:9). Stretched bar LCDs, like this 12.3" 1920x720 model, feature a wide, panoramic format (approx. 24:9) ideal for modern digital dashboards and center consoles. This allows for seamless integration across curved dash layouts, displaying multiple data zones (gauges, nav, info) simultaneously without bezel breaks. They are specifically designed for automotive form factors, often with higher brightness and robust temperature specs, unlike general-purpose industrial TFTs.

Can you provide detailed specifications for sunlight readable displays, including typical brightness (nits), contrast ratio, and optical bonding options for outdoor or high-ambient-light use?

For the C123HAX04.6: Brightness is 1330 nits, and contrast ratio is 1150:1 (Min., TM). These are key for sunlight readability. Optical bonding is not specified in the provided data; its availability and type (e.g., air-gap, full lamination) would need confirmation. For high-ambient-light use, specifications also include a wide operating temperature (-40°C to 105°C) and are designed for automotive-displays. Detailed optical performance data (reflectance, haze) is not provided here but can be requested.

What luminance bins are available (e.g., 500/800/1000/1500 nits) and is sunlight readability supported?

For the C123HAX04.6, the specified brightness is 1330 nits. Available luminance bins or grading for this model are not detailed in the provided specs. Sunlight readability is supported, as indicated by the high 1330-nit brightness and its designation for 'sunlight-readable-displays' and 'outdoor-high-brightness' applications. For specific binning options or custom brightness tiers, please inquire directly as these are typically part of custom ordering discussions.

What are the available interface options (e.g., LVDS, eDP) and connector types for your industrial LCD panels, and do you offer compatible controller boards or driver solutions?

Interface and connector details for the C123HAX04.6 are not provided in the given specifications. Automotive displays commonly use LVDS or eDP interfaces. Connector type and pinout are critical for integration. We typically offer or can recommend compatible controller boards, driver ICs, and cabling solutions. Please request the detailed datasheet and pin definition document for this specific model to proceed with interface planning and driver board selection.

What backlight lifetime is expected (e.g., L70) and do you have accelerated life test guidance?

The expected backlight lifetime (e.g., L70 or L50 hours) for the C123HAX04.6 is not specified in the provided product info. Automotive-grade displays typically have stringent lifetime requirements. Accelerated life test data and reliability reports (like MTBF) are available on request from the manufacturer. We recommend consulting the full technical datasheet or contacting our engineering support for specific lifetime specifications and test methodology guidance relevant to your application.

Can you provide datasheet, drawing, and pin definition?

Yes, we can provide the detailed datasheet, mechanical drawing, and pin definition file for the C123HAX04.6. These documents contain essential information such as electrical characteristics, interface timing, connector type, pin assignments, mechanical dimensions, and mounting details. They are necessary for proper integration and design-in. Please contact our technical sales team to request these confidential design files under a standard NDA, as they are not included in the basic product info sheet.

What is the typical lead time for custom automotive-grade displays like the 12.3-inch C123HAX04.6 with in-cell touch, and what customization options are available?

Typical lead time for the standard C123HAX04.6 is not specified. For automotive projects, lead times vary based on order volume, customization, and qualification status. Customization options may include brightness binning, specific optical bonding, cover glass (e.g., anti-glare, anti-fingerprint), tailored touch controller firmware, modified connectors, or specific reliability validations. These require direct engagement with our engineering team to define specifications, feasibility, and project timelines.

What is the typical lead time and production capacity?

Typical lead time and production capacity for the C123HAX04.6 are not specified in the provided information. These factors depend heavily on global demand, component supply chains, and order quantities. For accurate planning, please discuss your forecast and project timeline with our sales team. We can then provide current lead time estimates and confirm capacity to support your production schedule, especially for automotive series requiring rigorous supply chain management.
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