7.82″ 1080×1920 400nits MIPI IPS Industrial TFT LCD Module 50000h

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Key Specs

Model P/N

HS782T10801920

Size

7.82″

Resolution

1080×1920

Brightness

400 (Typ.)(cd/m²)

Viewing Angle

ll Clock Directions(IPS Wide Viewing Angle)

Connector Type

MIPI

Operating Temp

-20 ~
70 °C

Overall(mm)

112.8(W)×
187.2(H)×
3.15(D)
Upgrade Options (OEM/ODM)

huisoar

HS782T10801920

General Features

Brand

huisoar

Panel Size (inch)

7.82"

Model P/N

HS782T10801920

Resolution

1080×1920

Brightness (nits)

400 cd/m² (Typ.)

Viewing Angle

ll Clock Directions(IPS Wide Viewing Angle)

Response Time

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

Overall (mm)

112.8(W)×
187.2(H) ×
3.15(D) mm

Active Area (mm)

97.2(H)× 172.8(V)

Refresh Rate

60Hz

Display Colors

16.7M

Panel Type

tft-lcd

Connector Type

MIPI

Operating Temp

-20 ~
70 °C

Touchscreen Type

Optional

Storage Temp

-30~80℃

Work Mode

Not Specified

Weight (g)

300 g(Typ./Max.)

Designed For

work_mode

The 7.82″ 1080×1920 400nits MIPI IPS Industrial TFT LCD Module is a compact, high-performance display solution engineered for industrial applications, combining vertical Full HD resolution (1080×1920), 400nits high brightness, MIPI professional interface, IPS wide viewing angle, and ultra-slim 3.15mm design to deliver reliable performance in harsh industrial environments. Tailored for portable industrial devices, smart industrial terminals, and vertical display scenarios—where space efficiency, display clarity, and environmental adaptability are critical—it stands out with its 50,000-hour backlight life, -20℃~70℃ wide operating temperature range, and TÜV Rheinland certification, making it a top choice for industrial equipment manufacturers, system integrators, and industrial project providers worldwide.

Core Optical Performance for Industrial Vertical Display Scenarios

Equipped with a 7.82-inch IPS TFT LCD panel and 1080×1920 vertical Full HD resolution, this module ensures sharp, detailed visual output for industrial data visualization, portable device interfaces, and vertical industrial terminals—ideal for handheld industrial instruments, smart monitoring devices, and space-constrained industrial control systems. The 9:16 aspect ratio optimizes display space for vertical content, such as industrial parameter lists, real-time monitoring data, and portable device menus, enhancing user readability and operational efficiency.

The IPS wide viewing angle technology guarantees consistent image clarity from all directions, a key advantage for industrial scenarios where displays may be viewed from diverse angles—such as collaborative workstations or field operations. The 400nits high brightness ensures clear visibility in indoor industrial facilities, field environments, and low-light conditions, outperforming standard industrial displays (300nits) in visibility. The 16.7M color depth delivers vivid, accurate color reproduction, making it suitable for displaying complex industrial charts, color-coded data, and detailed visual content.

The MIPI interface enables stable, high-speed data transmission with low power consumption, a critical advantage for battery-powered portable industrial devices. Compared to traditional interfaces, MIPI reduces signal interference and simplifies wiring, enhancing integration convenience and system stability in industrial environments. The ultra-slim 3.15mm thickness and compact outline dimensions (112.8×187.2×3.15mm) facilitate seamless integration into portable industrial devices and space-constrained control cabinets, while the precise active area (97.2×172.8mm) ensures optimal display coverage for vertical application needs.

Structural Reliability & Industrial-Environment Adaptability

Built with a robust TFT LCD structure and industrial-grade materials, the module offers excellent durability and stability. The wide operating temperature range of -20℃ to 70℃ ensures reliable performance in extreme climates—from freezing cold warehouses to high-temperature manufacturing facilities—making it suitable for diverse industrial environments with temperature fluctuations.

The module complies with strict quality standards, verified by TÜV Rheinland, ensuring consistent quality control throughout the production process. The manufacturer (Shenzhen Amelin Electronic Technology Co., Ltd.) operates a 2100㎡ production facility with 24 production machines, supporting a monthly production capacity that meets both small-batch and large-scale order demands. The 50,000-hour backlight life aligns with the long-term operational needs of industrial equipment, minimizing maintenance and replacement costs.

Customization & Procurement Advantages

A key highlight of this industrial TFT module is its flexible customization capabilities, designed to meet specific project requirements. Customers can customize logo, packaging, and graphics with an additional cost of US$0.20 per piece and a minimum order of 500 pieces. The supplier supports partial and full customization, enabling rapid adaptation to unique industrial device designs and functional needs—critical for specialized industrial applications.

For procurement teams, the tiered pricing structure offers cost advantages for bulk orders: 1-999 pieces at US$29, 1000-1999 pieces at US$27, and ≥2000 pieces at US$25 (sample price: US$29). Lead times are clear, with 1-100 pieces delivered in 19 days, 101-1000 pieces in 25 days, 1001-8000 pieces in 45 days, and larger orders negotiable. The supplier maintains an 80.6% on-time delivery rate and responds to inquiries within 3 hours, ensuring efficient communication and logistics support for global customers.

Typical Application Scenarios

This 7.82-inch vertical IPS TFT module excels in diverse industrial scenarios: portable industrial instruments, handheld monitoring devices, smart industrial terminals, and vertical control panels. Its 400nits high brightness, MIPI interface, and ultra-slim design make it suitable for manufacturing facilities, field operations, and industrial parks where portability and durability are paramount.

Beyond traditional industrial applications, the module can be integrated into ruggedized portable devices, smart city industrial terminals, and remote monitoring equipment—leveraging its vertical display adaptability, high brightness, and stable performance. The MIPI interface ensures compatibility with modern embedded systems, while the IPS technology enhances user experience across different viewing positions, making it a versatile solution for global industrial manufacturers and integrators.

The 7.82″ 1080×1920 400nits MIPI IPS Industrial TFT LCD Module combines vertical Full HD performance, industrial-grade durability, and flexible customization to meet the core needs of modern industrial applications. Its 400nits sunlight-readable brightness, MIPI stable interface, IPS wide viewing angle, and competitive pricing make it a standout solution for global industrial equipment manufacturers, system integrators, and project providers. Contact the supplier to discuss customization options, bulk pricing, or sample orders tailored to your specific project requirements.

Application Scenarios

FAQ

What is the minimum order quantity (MOQ) for custom display modules with specific touch interfaces?

For custom display modules with specific touch interfaces, the minimum order quantity (MOQ) typically starts at 100–500 pieces for standard modifications like adding a capacitive or resistive touch panel. For fully custom designs involving new tooling or optical bonding, MOQ may be higher, often 1,000–3,000 units. The exact MOQ for your specific touch configuration should be confirmed with the supplier, as it depends on the touch controller, cover glass, and bonding process. We recommend contacting our sales team with your touch interface requirements to receive a precise MOQ quotation.

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 corrugated cardboard boxes with custom-cut foam inserts to prevent movement. Each panel is individually separated by foam or bubble wrap. For larger volumes, we use partitioned cartons with reinforced corners. All packaging is designed to meet ISTA 2A or similar drop-test standards. If you require special packaging for automated handling or specific environmental conditions (e.g., high humidity), we can customize the packaging solution upon request.

What are the packaging options for shipping displays to prevent damage during transit?

To prevent damage during transit, our LCD panels are packaged using multi-layer protection: each module is placed in an anti-static bag, then sandwiched between EVA foam sheets inside a rigid cardboard box. The box is sealed with tamper-evident tape and placed in a master carton with additional cushioning material. For international shipments, we use double-walled corrugated boxes and apply fragile handling labels. All packaging is tested to withstand typical logistics shocks and vibrations. Custom packaging for high-value or sensitive orders is available on request.

What is the response time and refresh rate of your TFT displays for dynamic content in industrial HMIs?

The HS782T10801920 module has a refresh rate of 60 Hz, which is standard for industrial TFT displays. Response time for this class of IPS panel is typically in the range of 10–25 ms (Tr+Tf), depending on the specific driving conditions and temperature. For dynamic content in industrial HMIs such as moving graphics or video, a 60 Hz refresh rate with typical IPS response times is sufficient for smooth visual updates without noticeable ghosting. If you require faster response for high-speed applications, please consult our engineering team for panel-level recommendations.

What is the typical lead time and production capacity?

Typical lead time for standard display modules like the HS782T10801920 is 4–6 weeks for sample quantities and 6–8 weeks for production orders, depending on current inventory and order volume. Production capacity varies by factory load, but our standard line can support several thousand units per month for this size class. For large-volume projects, we recommend placing a forecast order to secure capacity. Exact lead times and capacity commitments should be confirmed at the time of order placement, as they are subject to component availability and manufacturing schedule.

Do you offer stretched or bar-type displays for automotive center consoles or instrument clusters?

We do not currently list stretched or bar-type displays in our standard product catalog. However, we can evaluate custom panel designs for automotive center consoles or instrument clusters if you provide detailed specifications such as resolution, aspect ratio, brightness, and interface requirements. For standard rectangular displays like the 7.82" model, we focus on industrial and vertical applications. If you need a bar-type display, please contact our sales team with your requirements, and we will assess feasibility and potential lead times.

What are the warranty terms for your display modules, and do you offer extended warranties for automotive applications?

Standard warranty for our display modules is 12 months from the date of shipment, covering defects in materials and workmanship under normal use conditions as specified in the datasheet. Extended warranties for automotive applications are not offered as a standard option, but we can discuss project-specific warranty terms for qualified OEMs with long-term supply agreements. Warranty coverage does not include damage from misuse, improper handling, or environmental stress beyond the rated limits. For critical automotive projects, we recommend reviewing our quality assurance processes and requesting a reliability test report.

What are the power consumption specifications for your LCD modules?

Power consumption specifications for the HS782T10801920 module are not explicitly stated in the provided product information. For a 7.82" IPS display with 400 nits brightness and MIPI interface, typical power consumption is approximately 1.5–3.0 W for the backlight and 0.3–0.6 W for the logic section, depending on the driving conditions and brightness setting. The exact values should be confirmed with the supplier, as they depend on the specific backlight LED configuration and driver IC. We recommend requesting a detailed datasheet for precise power figures.

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, the minimum order quantity (MOQ) is typically higher than for standard modules due to the need for custom tooling, cover glass, and optical bonding. MOQ often starts at 1,000–3,000 pieces for a new design, but this can vary based on complexity and existing tooling. For the 12.3" model mentioned, please provide the exact specifications (resolution, brightness, touch controller, etc.) so we can give a tailored MOQ. We recommend engaging early in the design phase to align on volume commitments and lead times.

Do you provide technical support for driver integration and compatibility testing?

Yes, we provide technical support for driver integration and compatibility testing. Our engineering team can assist with MIPI interface configuration, timing parameter setup, and initial bring-up on your target platform. We offer reference schematics, initialization code, and application notes for common processors. For complex integration, we can conduct compatibility testing in our lab or provide remote support. We recommend sharing your hardware platform details early to ensure smooth integration. Support is included with sample orders and continues through production ramp-up.

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