12.3″ 1920×720 850nits LVDS Automotive Industrial TFT Module 1500:1

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Key Specs

Model P/N

HS123JPW3-D10

Size

12.3″

Resolution

1920×720

Brightness

850 (Typ.)(cd/m²)

Viewing Angle

85°/85°/85°/85°

Connector Type

LVDS(50 Pins)

Operating Temp

-30 ~
85 °C

Overall(mm)

311(W)×
126.4(H)×
26.5(D)
Upgrade Options (OEM/ODM)

huisoar

HS123JPW3-D10

General Features

Brand

huisoar

Panel Size (inch)

12.3"

Model P/N

HS123JPW3-D10

Resolution

1920×720

Brightness (nits)

850 cd/m² (Typ.)

Viewing Angle

85°/85°/85°/85°

Contrast Ratio

1500:1

Response Time

Not Specified(Industry Standard for Automotive TFT: 3–6ms)

Overall (mm)

311(W)×
126.4(H) ×
26.5(D) mm

Active Area (mm)

292.032 × 109.512(H×V)

Refresh Rate

60Hz

Display Colors

16.7M

Panel Type

tft-lcd

Connector Type

LVDS(50 Pins)

Operating Temp

-30 ~
85 °C

Touchscreen Type

Not Specified(Integrated Driver Board Control)

Storage Temp

-40-90

Work Mode

Display Driver Integration Mode(With LCD Driver Board)

Input Voltage (V)

Not Specified(Industry Standard for Automotive: 12V)

Designed For

Car Navigation, Industrial Control Screen

The 12.3″ 1920×720 850nits LVDS Automotive Industrial TFT Module is a high-brightness, dual-scenario display solution engineered for automotive and industrial applications, combining 850nits high brightness, 1920×720 resolution, LVDS professional interface, integrated LCD driver board, and 1500:1 high contrast ratio to deliver exceptional performance and reliability. Tailored for car navigation and industrial control screens—where display clarity, environmental adaptability, and integration convenience are critical—it stands out with its wide operating temperature range (-30℃~85℃), ISO9001-2008/TS16949 certifications, and flexible customization options, making it a top choice for automotive electronics manufacturers, industrial equipment integrators, and navigation system providers worldwide.

Core Optical Performance for Automotive & Industrial Scenarios

Equipped with a 12.3-inch TFT LCD panel (normally black) and 1920×720 WXGA resolution, this module ensures sharp, detailed visual output for automotive navigation maps, industrial control data, and operational interfaces—ideal for car navigation systems and industrial control screens. The 16:6 aspect ratio optimizes display space for wide-format navigation content and industrial data charts, while the 16.7M color depth delivers vivid, accurate color reproduction, enhancing visual clarity for critical information.

The 850nits high brightness ensures clear visibility in extreme lighting conditions—from bright sunlight during daytime driving to low-light industrial workshops—eliminating glare and ensuring navigation routes or industrial data are easily recognizable. This brightness level far exceeds standard automotive displays (500-600nits), providing a competitive advantage in high-illumination scenarios. The 1500:1 high contrast ratio enhances image depth and detail, making it suitable for displaying complex industrial control interfaces and high-definition navigation graphics.

The LVDS interface (50 pins) delivers stable, high-speed data transmission, reducing signal interference and ensuring consistent performance in automotive electrical systems and industrial environments—an advantage over conventional interfaces. The integrated LCD driver board simplifies integration, reducing development time and costs for manufacturers, while the precise active area (292.032×109.512mm) and outline dimensions (311×126.4×26.5mm) facilitate seamless installation in car dashboards and industrial control cabinets.

Structural Reliability & Dual-Environment Adaptability

Built with a robust TFT LCD structure and automotive-grade materials, the module offers excellent mechanical stability and durability. The wide operating temperature range of -30℃ to 85℃ and storage temperature range of -40℃ to 90℃ ensure reliable performance in extreme climates—from freezing cold winters to scorching summer afternoons, as well as harsh industrial environments with temperature fluctuations.

The module complies with strict quality standards, certified by ISO9001-2008, TS16949 (automotive quality management system), CCC, CE, RoHS, and FCC, ensuring consistent quality control throughout the production process. The manufacturer (Shenzhen Dongxingqiang Technology) boasts a 5000㎡ production facility with a hundred-level dust-free workshop and anti-static operation environment, supporting a monthly production capacity of 1000K units, guaranteeing stable supply for large-scale projects.

The module’s compatibility with automotive and industrial standards extends its usability across dual scenarios. It meets automotive vibration resistance requirements, ensuring stable operation during vehicle movement, and complies with industrial environmental standards for dust, moisture, and electromagnetic interference, making it suitable for industrial control applications in manufacturing facilities.

Customization & Procurement Advantages

A key highlight of this TFT module is its flexible customization capabilities, designed to meet specific automotive and industrial project requirements. Customers can customize logo, packaging, and graphics with a minimum order of 1000 pieces. The supplier supports drawing-based, sample-based, and full customization, enabling rapid adaptation to unique car models and industrial equipment designs.

For procurement teams, the tiered pricing structure offers cost advantages for bulk orders: 500-999 pieces at SG$114.38, 1000-4999 pieces at SG$107.88, and ≥5000 pieces at SG$101.37 (sample price: SG$120.89). Lead times are clear, with 1-500 pieces delivered in 31 days and larger orders negotiable. Shipping options include air + express via cooperative logistics, with a $50 discount on the first shipping order, a shipping fee of SG$1,470.37 for 500 pieces, and an estimated transit time of 3-4 days.

The manufacturer has established long-term strategic cooperation with well-known enterprises such as BOE, Qunzhuang, Tianma, Hehui, and HIMAX, with rich experience in smart home appliances, industrial control, medical, automotive, and wearable device fields, ensuring professional technical support and reliable product quality.

Typical Application Scenarios

This 12.3-inch TFT module excels in dual core scenarios: automotive navigation systems and industrial control screens. Its 850nits high brightness, wide temperature range, and integrated driver board make it suitable for car manufacturers, automotive electronics suppliers, and industrial equipment manufacturers. It can be integrated into car dashboards for navigation and infotainment, as well as industrial control cabinets for real-time data display and operation.

Beyond traditional applications, the module can be extended to smart car terminals, ruggedized industrial portable devices, and vehicle-mounted monitoring systems—leveraging its automotive-industrial dual adaptation, high brightness, and stable performance. The LVDS interface and wide temperature range ensure compatibility with diverse electronic systems, while the integrated driver board enhances integration convenience.

The 12.3″ 1920×720 850nits LVDS Automotive Industrial TFT Module combines high brightness, dual-scenario adaptability, and reliable performance to meet the core needs of modern automotive and industrial applications. Its 850nits sunlight-readable brightness, LVDS stable interface, integrated driver board, and competitive pricing make it a standout solution for global automotive electronics manufacturers, industrial integrators, and navigation system providers. Contact the supplier to discuss customization options, bulk pricing, or sample orders tailored to your specific project requirements.

Application Scenarios

FAQ

What are the packaging options for shipping and handling of fragile LCD panels?

Standard packaging for fragile LCD panels includes anti-static foam trays, vacuum-sealed ESD bags, and reinforced corrugated boxes with cushioning inserts. For the HS123JPW3-D10, Huisoar typically uses custom-cut foam to secure the module and prevent movement during transit. Each unit is individually packed to avoid glass-to-glass contact. For bulk orders, multiple units are stacked with interleaving foam sheets and shipped in double-walled cartons marked with fragility labels. Always request the specific packaging specification sheet from Huisoar to confirm dimensions and handling instructions for this model.

What is the minimum order quantity (MOQ) for custom-sized automotive-grade displays with capacitive touch, like the 12.3" model shown?

For custom-sized automotive-grade displays with capacitive touch, such as a variant of the 12.3" HS123JPW3-D10, the MOQ typically ranges from 500 to 1,000 pieces for initial orders. This covers the cost of tooling, custom cover glass, and firmware development for the touch controller. For smaller quantities, standard modules with off-the-shelf touch solutions may be available at higher unit prices. Exact MOQ depends on the complexity of customization, such as optical bonding, anti-glare coating, or specific connector placement. Contact Huisoar directly for a project-specific MOQ quotation.

What is the typical lead time and production capacity?

For standard models like the HS123JPW3-D10, typical lead time is 4 to 6 weeks for sample quantities and 8 to 12 weeks for production volumes, depending on current factory load and component availability. Production capacity for this size and resolution class is generally in the range of 10,000 to 30,000 units per month, but exact figures vary by order complexity and raw material supply. For urgent needs, Huisoar may offer expedited samples from stock. Always confirm current lead time and capacity with the sales team before placing a purchase order.

How do your displays perform in high-vibration or shock-prone environments typical in military or heavy machinery?

The HS123JPW3-D10 is designed for automotive applications, which inherently require resistance to vibration and mechanical shock typical in vehicles. The module uses a robust mechanical frame and secure connector locking. For military or heavy machinery environments with extreme vibration, additional mounting reinforcement, conformal coating on the PCB, and optical bonding of the cover glass are recommended. Huisoar can provide vibration test data upon request, but specific MIL-STD-810 compliance should be verified with the manufacturer for your exact application profile.

What is the lead time for standard TFT display modules in your inventory?

For standard TFT display modules in inventory, such as the HS123JPW3-D10, lead time is typically 2 to 4 weeks for sample quantities. This includes time for quality inspection, packaging, and shipping. For larger production volumes, lead time extends to 8 to 12 weeks due to panel procurement and assembly scheduling. Huisoar may hold limited stock of popular models; it is best to inquire about current inventory levels. For urgent requirements, expedited shipping options are available at additional cost.

Can you develop a square LCD screen with a specific resolution and aspect ratio?

Yes, Huisoar can develop custom square LCD screens with specific resolutions and aspect ratios, though this typically requires a minimum order quantity and a non-recurring engineering (NRE) fee for tooling and mask design. The development timeline ranges from 12 to 20 weeks depending on the complexity of the custom glass, driver IC selection, and interface requirements. For a square format, common resolutions include 480×480, 720×720, or 1024×1024. Provide your exact active area, resolution, brightness, and interface specifications to receive a feasibility assessment and cost estimate.

What is the minimum order quantity (MOQ) for custom display modules with integrated touch and controller boards?

For custom display modules with integrated touch and controller boards, the MOQ typically starts at 500 to 1,000 pieces for the first production run. This covers the cost of custom firmware, touch sensor tooling, and controller board layout. For lower volumes, Huisoar may offer standard modules with compatible off-the-shelf touch controllers, but customization will increase the MOQ. The exact MOQ depends on the complexity of the touch interface (e.g., projected capacitive, resistive) and the degree of mechanical integration. Contact Huisoar with your specific requirements for a firm quotation.

What are the key advantages and limitations of Micro-LED technology compared to Mini LED and OLED for large-format commercial displays?

Micro-LED offers superior brightness, contrast, and energy efficiency compared to Mini LED and OLED, with no burn-in risk and a longer lifespan, making it ideal for large-format commercial displays. However, Micro-LED manufacturing is currently expensive and complex, with challenges in mass transfer and yield, limiting its availability to high-end, large-pitch installations. Mini LED uses an LCD panel with thousands of local dimming zones, providing good contrast at a lower cost, while OLED delivers perfect blacks and thin form factors but suffers from brightness limitations and potential burn-in. For most commercial applications today, Mini LED offers the best balance of performance and cost.

Can you supply displays with specific certifications for automotive (AEC-Q100) or medical (ISO 13485) applications, and what are the cost implications?

The HS123JPW3-D10 is manufactured under ISO9001-2008 and TS16949 certifications, which are automotive quality management standards. For specific component-level automotive qualification like AEC-Q100, that applies to individual ICs rather than the complete display module. Huisoar can provide a declaration of compliance for automotive use and may offer modules with AEC-qualified driver ICs upon request. For medical applications requiring ISO 13485, a separate quality system audit may be needed. Custom certification typically adds 5-15% to the unit cost and extends lead time by 4-8 weeks. Confirm exact certification scope with Huisoar.

Can you provide high brightness displays with 1000+ nits that maintain performance in direct sunlight for outdoor industrial applications?

Yes, Huisoar can supply high-brightness displays exceeding 1000 nits for direct sunlight readability. While the standard HS123JPW3-D10 is rated at 850 nits, custom variants with higher brightness (e.g., 1000, 1200, or 1500 nits) are possible by using higher-efficacy backlight LEDs or increasing LED current. These modifications may require thermal management adjustments and can affect power consumption and lifespan. Optical bonding with anti-reflective cover glass further improves sunlight readability. Contact Huisoar with your target brightness and outdoor environment requirements for a custom solution.

Need a custom solution or samples?

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