6.7 Inch High Brightness MIPI LCD Display 1920×1080

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Key Specs

Model P/N

HS670001B0-DYWL

Size

6.7″

Resolution

1920×1080

Brightness

2000 (Typ.)(cd/m²)

Viewing Angle

85/85/85/85

Connector Type

operating_temp_min_c

Operating Temp

-30 ~
85 °C

Overall(mm)

165.52(W)×
103.78(H)×
6.81(D)
Upgrade Options (OEM/ODM)

huisoar

HS670001B0-DYWL

General Features

Brand

huisoar

Panel Size (inch)

6.7"

Model P/N

HS670001B0-DYWL

Resolution

1920×1080

Brightness (nits)

2000 cd/m² (Typ.)

Viewing Angle

85/85/85/85

Contrast Ratio

1200:1

Response Time

8

Overall (mm)

165.52(W)×
103.78(H) ×
6.81(D) mm

Active Area (mm)

148.32 × 83.43 mm

Refresh Rate

60Hz

Bezel Opening

N/A

Display Colors

16.7M

Panel Type

tft-lcd

Connector Type

operating_temp_min_c

Surface Treatment

N/A

Operating Temp

-30 ~
85 °C

Touchscreen Type

G+G Capacitive Touch

Storage Temp

-30 ~ 85 °C

Work Mode

IPS, Normally Black

Pixel Format

N/A

Touch Interface

N/A

Weight (g)

-2 g(Typ./Max.)

Designed For

Drone controllers, outdoor devices, industrial display, medical equipment

6.7 Inch High Brightness MIPI LCD Display 1920×1080

This 6.7 inch high brightness MIPI LCD is designed for advanced embedded systems that require full HD resolution, extreme brightness, and responsive touch interaction. With a 1920 × 1080 resolution, IPS wide viewing technology, and 2000 nits brightness, it delivers excellent readability even under direct sunlight, making it ideal for outdoor and mission-critical applications.

Optical Advantages of 6.7 Inch High Brightness MIPI LCD

2000 nits Sunlight Readability

The 2000 cd/m² brightness enables this 6.7 inch high brightness MIPI LCD to perform reliably in high ambient light environments. It is suitable for outdoor terminals, drone ground stations, and portable equipment used in field operations.

Full HD Resolution for Sharp Image Rendering

With 1920 × 1080 resolution, the display provides high pixel density and clear image detail. This is especially beneficial for applications such as real-time video monitoring, UI dashboards, and precision control interfaces.

Integration Benefits of 6.7 Inch High Brightness MIPI LCD

MIPI Interface with 40-Pin Design

The MIPI interface supports high-speed data transmission while maintaining compact system design. The 40-pin configuration ensures stable signal performance in embedded applications.

G+G Capacitive Touch with IIC Interface

Equipped with G+G capacitive touch technology and IIC interface, this module offers accurate and responsive touch control. It is suitable for interactive systems requiring reliable user input in both indoor and outdoor environments.

Application Scenarios for 6.7 Inch High Brightness MIPI LCD

Drone Controllers and Imaging Equipment

This 6.7 inch high brightness MIPI LCD is widely applicable in drone remote controllers and imaging devices, where high brightness and full HD resolution are critical for visibility and precision.

Industrial and Outdoor Equipment

With a wide operating temperature range of -30°C to 85°C, the display is built for harsh environments, including industrial control systems and outdoor terminals.

Medical and Professional Devices

The combination of high brightness, IPS viewing angle, and touch capability makes it suitable for medical displays and professional equipment interfaces requiring stable and clear visual output.

For projects requiring a compact, high-resolution, and ultra-bright display with touch capability, this 6.7 inch high brightness MIPI LCD offers a reliable and customizable solution. Contact us for OEM/ODM services and interface customization.

Application Scenarios

FAQ

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

For fragile LCD panels like the 6.7 inch HS670001B0-DYWL, standard packaging includes anti-static foam trays, vacuum-sealed ESD bags, and reinforced corrugated boxes with cushioning inserts. Each unit is individually separated to prevent glass-to-glass contact. For high-brightness models with integrated touch, additional protective film is applied to the display surface. Custom packaging options such as custom foam cutouts or wooden crates are available for bulk orders. Please confirm specific packaging requirements with the supplier to ensure safe transit.

What is your MOQ and sample policy for this model?

The sample policy for the HS670001B0-DYWL typically allows 1-2 pieces for evaluation, with sample lead time around 1-2 weeks. MOQ for standard orders is generally 100-500 pieces, depending on configuration (e.g., with or without touch). For exact MOQ and sample pricing, please contact the supplier directly as these terms may vary based on current stock and customization needs.

What is the minimum order quantity (MOQ) for custom TFT displays with specific touch screen integration?

For custom TFT displays with specific touch screen integration, the MOQ is typically higher than for standard models, often starting at 500-1000 pieces. This accounts for custom tooling, firmware adjustments, and touch panel lamination. The exact MOQ depends on the complexity of the touch solution (e.g., resistive, capacitive, or optical bonding) and the required optical treatments. For the HS670001B0-DYWL, which includes G+G capacitive touch, custom integration may require additional validation. Please consult the supplier for a project-specific MOQ.

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

Standard TFT displays, like the 6.7 inch HS670001B0-DYWL, are designed for general-purpose embedded systems with rectangular aspect ratios and full HD resolution. Stretched bar LCDs are elongated panels optimized for automotive dashboards to display instrument clusters or infotainment information in a narrow strip. Key differences include aspect ratio (typically 16:9 vs. ultra-wide), interface (MIPI vs. LVDS or custom), and mechanical mounting. Stretched bar LCDs often require custom controller boards and specific automotive-grade certifications. For automotive applications, ensure the display meets AEC-Q100 or similar standards.

How do you ensure quality control and what certifications do your displays hold (e.g., ISO, automotive grades)?

Quality control for the HS670001B0-DYWL follows standard LCD manufacturing processes, including incoming material inspection, in-process optical and electrical testing, and final visual inspection for defects like dead pixels, mura, and scratches. While the product page does not list specific certifications, typical industrial displays may comply with ISO 9001 for quality management. For automotive-grade requirements, additional certifications such as IATF 16949 are needed. Please request the specific certification documents for this model from the supplier.

Can you provide detailed specifications for sunlight-readable displays, including luminance levels and anti-glare treatments?

Sunlight-readable displays require high luminance (typically 1000 nits or more) and anti-glare treatments to reduce reflections. The HS670001B0-DYWL offers 2000 nits brightness, which ensures readability under direct sunlight. Anti-glare (AG) treatment is commonly applied to the cover glass or touch panel to diffuse ambient light. For this model, the G+G capacitive touch may include an AG coating; however, the exact surface treatment should be confirmed with the supplier. Additional options like optical bonding can further improve contrast by eliminating the air gap.

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

Industrial displays are available in brightness levels ranging from 300 nits (indoor) to over 2000 nits (sunlight-readable). The HS670001B0-DYWL is rated at 2000 nits, which is at the high end for standard MIPI LCDs. Customization beyond 1500 nits is possible by selecting higher-brightness backlight units or using optical bonding to reduce internal reflections. However, increasing brightness may affect power consumption and thermal management. For specific customization requests, please discuss with the supplier to evaluate feasibility and lead time.

What is the typical lead time for custom LCD controller board integration with your display modules?

Lead time for custom LCD controller board integration depends on the complexity of the interface (e.g., MIPI, LVDS, HDMI) and required firmware development. For the HS670001B0-DYWL, which uses MIPI DSI, typical lead times range from 4 to 8 weeks for prototype boards, including schematic design, PCB layout, and initial firmware. Production quantities may require 8-12 weeks. Exact lead times should be confirmed with the supplier based on current workload and component availability.

What are the options for anti-reflective coatings on transparent displays to maintain clarity in bright environments?

Anti-reflective (AR) coatings are available on transparent displays to reduce surface reflections and improve clarity in bright environments. For the HS670001B0-DYWL, which is a standard TFT-LCD with a backlight, AR coating is typically applied to the cover glass or touch panel. Options include single-layer or multi-layer AR coatings that reduce reflectance to below 1%. However, this model's standard configuration may not include AR coating; please inquire with the supplier about customization options and minimum order requirements.

What is the operating temperature range for your outdoor high-brightness displays, and do you offer extended ranges?

The HS670001B0-DYWL has an operating temperature range of -30°C to +85°C and a storage range of -30°C to +85°C, making it suitable for outdoor and industrial environments. Extended temperature ranges (e.g., -40°C to +90°C) are available for some high-brightness displays but require specific component selection and thermal design. For this model, the standard range covers most outdoor applications. If extended range is needed, please consult the supplier for possible customization, which may affect lead time and cost.

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