7.0″ 1024×600 400nits LVDS IPS Industrial Consumer TFT Module 1100:1

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Key Specs

Model P/N

HS070WU10-O

Size

7.0″

Resolution

1024×600

Brightness

400 (Typ.)(cd/m²)

Viewing Angle

89°/89°/89°/89°(IPS Full Wide Viewing Angle)

Connector Type

LVDS(30 Pins)

Operating Temp

-20 ~
70 °C

Overall(mm)

0(W)×
0(H)×
Upgrade Options (OEM/ODM)

huisoar

HS070WU10-O

General Features

Brand

huisoar

Panel Size (inch)

7.0"

Model P/N

HS070WU10-O

Resolution

1024×600

Brightness (nits)

400 cd/m² (Typ.)

Viewing Angle

89°/89°/89°/89°(IPS Full Wide Viewing Angle)

Contrast Ratio

1100:1(Typ.)

Response Time

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

Active Area (mm)

154.0×86.6mm

Display Colors

16.7M

Panel Type

tft-lcd

Connector Type

LVDS(30 Pins)

Operating Temp

-20 ~
70 °C

Touchscreen Type

Optional(Capacitive/R esistive Touch Panel)

Storage Temp

-30-80

Work Mode

Dual-Scenario Low-Power Display Mode

Weight (g)

500 g(Typ./Max.)

Designed For

Portable Industrial Devices, Consumer Tablets, Smart Terminals

The 7.0″ 1024×600 400nits LVDS IPS Industrial Consumer TFT Module is a versatile, high-performance display solution engineered for dual industrial and consumer electronics applications, combining 1024×600 WSVGA resolution, 400nits high brightness, LVDS professional interface, IPS wide viewing angle, and optional touch functionality to deliver reliable performance in portable scenarios. Tailored for portable industrial devices, consumer tablets, and smart terminals—where display clarity, portability, and environmental adaptability are critical—it stands out with its 1100:1 contrast ratio, 50,000-hour backlight life, and -20℃~70℃ operating temperature range, making it a top choice for industrial equipment manufacturers, consumer electronics brands, and system integrators worldwide.

Core Optical Performance for Dual-Scenario Applications

Equipped with a 7.0-inch IPS TFT LCD panel (normally black) and 1024×600 WSVGA resolution, this module ensures sharp, detailed visual output for industrial field data, consumer tablet content, and smart terminal interfaces—ideal for handheld industrial monitors, compact consumer tablets, and portable smart devices. The 16:9 aspect ratio aligns with modern display content requirements, ensuring seamless playback of videos, industrial process charts, and consumer multimedia content.

The 400nits high brightness ensures clear visibility in bright industrial facilities, outdoor consumer use, and well-lit indoor environments—outperforming standard portable displays (300-350nits) and meeting the visibility needs of both industrial and consumer scenarios. The IPS full wide viewing angle (89°/89°/89°/89°) guarantees consistent image clarity from all positions, a key advantage for industrial workers checking data in field operations, consumers using tablets from diverse angles, and multi-user smart terminal interactions.

The LVDS interface (30 Pins) delivers stable, high-speed data transmission with low signal interference, a critical advantage for industrial control systems and consumer device motherboards requiring consistent performance. Compared to other interfaces, LVDS maintains excellent compatibility with legacy industrial equipment and modern consumer electronics, offering a versatile integration solution. The 16.7M color depth delivers vivid, accurate color reproduction, making it suitable for color-coded industrial data, high-definition consumer content, and personalized smart terminal visuals.

The anti-glare coating eliminates reflective interference, a key advantage for outdoor industrial operations and consumer use in bright environments, while the 1100:1 contrast ratio enhances image depth and detail, ensuring small text and complex graphics are easily recognizable.

Structural Reliability & Dual-Environment Adaptability

Built with a robust IPS TFT structure and portable-optimized design, the module offers excellent durability and compatibility with handheld devices. The slim profile (3–6mm industry standard thickness) and lightweight construction (≤500g) ensure seamless integration into space-constrained industrial portable enclosures, consumer tablet bodies, and smart terminal frames, without compromising portability or user comfort.

The wide operating temperature range of -20℃ to 70℃ and storage temperature range of -30℃ to 80℃ ensure reliable performance in extreme climates—from freezing cold industrial field sites to hot outdoor consumer use—making it suitable for all-weather and multi-environment applications. The WLED backlight technology ensures uniform brightness distribution across the screen and a long service life of ≥50,000 hours, minimizing maintenance and replacement costs for long-term industrial and consumer use.

The module complies with strict industrial and consumer product standards, including CE, RoHS, and FCC certifications, ensuring safety, environmental friendliness, and compatibility with global regulations. The manufacturer (Shenzhen Amelin Electronic Technology Co., Ltd.) specializes in portable display solutions, with rich experience in balancing industrial durability and consumer usability in product design and production.

Customization & Procurement Advantages

A key highlight of this dual-scenario TFT module is its flexible customization capabilities, designed to meet specific project requirements. Customers can customize logo, packaging, and graphics with a minimum order of 500 pieces, and the supplier accommodates tailored requirements for touch functionality, brightness calibration, and interface adaptation. The optional capacitive touch panel supports 10-point multi-touch operation, ideal for interactive industrial HMI interfaces and consumer tablet navigation, while the resistive touch option offers cost-effectiveness for harsh industrial environments.

For procurement teams, the tiered pricing structure offers cost advantages for bulk orders (specific prices negotiable with supplier). Lead times are flexible, with small-batch orders (1-100 pieces) delivered in 18-25 days and large-batch orders (≥500 pieces) delivered in 30-40 days. The supplier maintains stable inventory for core specifications, ensuring fast delivery for time-sensitive industrial projects, consumer tablet launches, and smart terminal initiatives. Technical support is comprehensive, with engineers available to assist with integration issues and provide complete development documentation (datasheet, schematic, driver software, etc.).

Typical Application Scenarios

This 7.0-inch IPS TFT module excels in dual core scenarios: industrial applications including portable field terminals, handheld control panels, and industrial data loggers; and consumer electronics such as compact tablets, portable e-readers, and smart home control devices. Its 400nits brightness, LVDS interface, and low power consumption make it suitable for manufacturing facilities, field operations, homes, offices, and on-the-go use.

Beyond traditional applications, the module can be integrated into ruggedized industrial handheld devices, smart retail terminals, and portable IoT devices—leveraging its dual-scenario adaptability, compact size, and stable performance. The LVDS interface ensures compatibility with diverse electronic systems, while the IPS wide viewing angle enhances user experience across different use cases, making it a versatile solution for global manufacturers and integrators.

The 7.0″ 1024×600 400nits LVDS IPS Industrial Consumer TFT Module combines high brightness, interface versatility, and dual-scenario adaptability to meet the core needs of modern industrial and consumer electronics applications. Its LVDS interface, IPS wide viewing angle, and optional touch functionality make it a standout solution for global industrial equipment manufacturers, consumer electronics brands, and system integrators. 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 TFT displays with specific touch screen integration?

For custom TFT displays with integrated touch, the minimum order quantity (MOQ) is typically project-dependent, based on the level of customization, touch technology selected, and total program volume. Standard modules often have lower MOQs, while fully customized solutions involving bonding, cover glass, or firmware may require higher commitments to justify engineering and tooling costs. For the HS070WU10-O with optional touch, you should request a formal quotation specifying your exact touch type (capacitive or resistive) and any other modifications to receive a precise MOQ and cost structure tailored to your integration requirements.

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

Standard packaging for fragile LCD panels like the HS070WU10-O typically involves anti-static bags, protective corner braces, and foam inserts within individual cartons to prevent ESD damage and mechanical shock during transit. For bulk shipments, panels are often packed in partitioned master cartons or custom foam trays. Specific packaging details, including palletization for large orders, should be confirmed with the supplier to ensure your handling and logistics chain is compatible. Most suppliers offer packaging validation to meet specific shipping and warehousing requirements upon request.

What is your MOQ and sample policy for this model?

The MOQ and sample policy for a specific model like the HS070WU10-O are determined by the supplier and current inventory. Typically, evaluation samples are available for purchase, with potential credit applied against a future production order. MOQs for standard modules can range from low dozens to several hundred pieces, depending on the channel and production schedule. For the most accurate and current MOQ, lead time, and sample cost for this 7-inch LVDS module, you should contact the supplier directly with your quantity forecast.

What interface options are available (e.g., LVDS, eDP, MIPI) for your panels?

For the HS070WU10-O model, the available interface is LVDS via a 30-pin connector, as specified. In general, TFT display modules commonly support interfaces like LVDS, eDP, MIPI-DSI, and RGB for different performance and integration needs. The choice depends on your processor's video output, required data rate, and EMI considerations. You must verify your controller's compatibility with the LVDS signal configuration (e.g., single/dual channel, voltage swing) of this specific module for successful integration.

What touch technologies do you support (e.g., capacitive, resistive, in-cell) and which is recommended for automotive dashboards?

For the HS070WU10-O, the supported touch technologies are optional capacitive or resistive touch panels. For automotive dashboard applications, projected capacitive (PCAP) touch is generally recommended due to its superior optical clarity, multi-touch capability, durability, and performance with gloved hands. Resistive touch may be considered for cost-sensitive applications requiring stylus input. The exact recommendation depends on the specific automotive grade, required certifications (e.g., AEC-Q100), and integration environment. For automotive projects, confirm the availability of optically bonded solutions and full validation reports.

What are the operating temperature ranges for your automotive-grade LCD panels, especially for -40°C to 105°C specifications?

The operating temperature range for the HS070WU10-O is specified as -20°C to 70°C. For true automotive-grade LCD panels requiring a -40°C to 105°C range, this specific model is not suitable. Automotive-grade displays require specialized components, materials, and manufacturing processes to meet extended temperature, thermal shock, and reliability standards. If your application requires an automotive temperature specification, you must request panels explicitly designed and validated for that environment, as they constitute a different product category with distinct supply chains and qualifications.

What are the brightness levels available for industrial displays, and can you customize beyond 1500 nits?

The HS070WU10-O offers a brightness level of 400 nits. For industrial displays, standard brightness tiers often include 250, 400, 700, 1000, and 1500+ nits. Customization beyond 1500 nits is typically possible but involves high-brightness LED backlight designs, which may impact power consumption, thermal management, cost, and module thickness. For projects requiring extreme brightness, early engagement with the engineering team is crucial to define optical specs, thermal derating, and reliability targets for a custom solution.

Can you provide panels from specific brands like Tianma, BOE, or Innolux?

We provide the HS070WU10-O model under the Huisoar brand. For panels from specific brands like Tianma, BOE, Innolux, or AUO, you would need to inquire about equivalent models in their respective portfolios, as each manufacturer has its own part numbering and specification sheets. Availability depends on factory allocation, project volume, and lifecycle status. When sourcing, specify your exact technical requirements to match them with the appropriate manufacturer's model, as performance and mechanicals can vary even within the same diagonal size and resolution.

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

Lead time for standard TFT display modules depends on inventory status, order quantity, and production cycle. For in-stock items like the HS070WU10-O might be, lead times can be as short as 2-4 weeks. For non-stocked or modified items, lead times typically extend to 8-12 weeks or more, accounting for panel procurement, assembly, and testing. The exact lead time for your required quantity and configuration should be confirmed with a formal order acknowledgment, as global supply chain conditions can cause fluctuations.

What are the key differences between Tianma, BOE, Innolux, and AUO panels in terms of quality, availability, and cost for industrial use?

Key differences between major panel makers like Tianma, BOE, Innolux, and AUO for industrial use often involve supply chain stability, product lifecycle commitment, specific optical performance (e.g., color gamut, brightness uniformity), and cost structure. Tianma and BOE are strong in volume supply and cost competitiveness, while Innolux and AUO may offer specialized high-reliability or niche industrial lines. Availability fluctuates with market demand. For long-term industrial projects, the critical factors are securing a stable second source, verifying extended lifecycle support, and obtaining full validation data rather than brand name alone.

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