5.5 Inch High Brightness LCD Display with MIPI Touch 1080×1920

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Key Specs

Model P/N

HS550092N0-YZ

Size

5.5″

Resolution

1080×1920

Brightness

1200 (Typ.)(cd/m²)

Viewing Angle

85/85/85/85

Connector Type

N/A

Operating Temp

-20 ~
60 °C

Overall(mm)

75.92(W)×
136.3(H)×
2.56(D)
Upgrade Options (OEM/ODM)

huisoar

HS550092N0-YZ

General Features

Brand

huisoar

Panel Size (inch)

5.5"

Model P/N

HS550092N0-YZ

Resolution

1080×1920

Brightness (nits)

1200 cd/m² (Typ.)

Viewing Angle

85/85/85/85

Contrast Ratio

1200:1

Response Time

N/A

Overall (mm)

75.92(W)×
136.3(H) ×
2.56(D) mm

Active Area (mm)

68.53 × 121.82 mm

Refresh Rate

60Hz

Bezel Opening

N/A

Display Colors

16.7M

Panel Type

tft-lcd

Connector Type

N/A

Surface Treatment

N/A

Operating Temp

-20 ~
60 °C

Touchscreen Type

In-Cell Touch

Storage Temp

-30 to 70°C

Work Mode

IPS, Normally Black

Pixel Format

N/A

Input Voltage (V)

N/A

Touch Interface

N/A

Designed For

Industrial, outdoor devices, handheld terminals, UAV remote displays

5.5 Inch 1080×1920 High Brightness LCD Display with MIPI Touch

The 5.5 inch high brightness LCD display is designed for compact devices that require strong outdoor visibility, high resolution, and integrated touch functionality. With a 1080 × 1920 resolution and 1200 nits brightness, this module delivers sharp image clarity and excellent readability even under high ambient light conditions.

Its IPS technology ensures consistent color and wide viewing angles, while the MIPI interface supports modern embedded system integration. Combined with in-cell touch, this display is a highly efficient solution for portable electronics, UAV controllers, and industrial handheld terminals.


Optical Performance of 5.5 Inch High Brightness LCD Display

1200 Nits Brightness for Outdoor Visibility

This 5.5 inch high brightness LCD display stands out with its 1200 nits luminance, making it suitable for outdoor environments or high ambient light conditions. It improves screen readability for applications such as drone controllers, portable instruments, and field devices.

Full HD Resolution in Compact Size

The 1080 × 1920 pixel structure provides a high pixel density on a 5.5-inch panel. This enables clear text rendering, detailed UI graphics, and enhanced user experience for compact smart devices.


Integration Advantages for Embedded Systems

MIPI Interface for Modern Hardware Platforms

The MIPI interface with a 40-pin configuration supports efficient high-speed data transmission. It is widely compatible with embedded processors and mobile-class chipsets, making integration smoother for OEM and ODM projects.

In-Cell Touch for Slim Design

The integrated in-cell touch technology reduces module thickness and simplifies assembly. Compared with traditional touch stacking, this approach improves optical clarity while maintaining responsive user interaction.


Application Scenarios for 5.5 Inch High Brightness LCD Display

UAV Controllers and Portable Devices

This display is particularly suitable for drone remote controllers and outdoor handheld terminals where brightness and compact size are critical.

Industrial and Smart Terminals

It also fits industrial control interfaces, smart portable equipment, and navigation devices requiring high-resolution touch displays in a compact form factor.


For projects that require a compact, high-resolution, and sunlight-readable solution, this 5.5 inch high brightness LCD display offers a strong balance of optical performance and integration flexibility. Contact us for customization options, touch tuning, and volume supply support.

Application Scenarios

FAQ

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 12.3" model, the MOQ typically starts at 500–1000 pieces for initial custom orders. This range allows for cost-effective tooling and production setup. Exact MOQ for your specific configuration should be confirmed with our sales team, as it depends on panel size, touch technology, and interface requirements. We can discuss lower MOQs for engineering samples or pilot runs.

Can you provide samples for testing before placing a bulk order, and what are the terms?

Yes, we can provide samples for testing before a bulk order. Samples are typically offered at a cost that covers production and shipping, with the sample fee often deductible from the first bulk order. Lead time for samples is usually 2–4 weeks, depending on configuration. Please contact our sales team to arrange sample requests and discuss terms, including any NDA or evaluation agreement if needed.

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

Our standard packaging for LCD displays includes anti-static bags, foam cushioning, and corrugated boxes designed to prevent damage during transit. For high-value or fragile modules, we also offer custom foam inserts and reinforced outer cartons. Each display is individually packed to avoid contact and scratches. We follow ISTA 2A or similar transit testing standards to ensure safe delivery. For bulk orders, we can discuss palletization and additional protective measures.

Can you support stretched or bar-type LCD screens for specialized applications like automotive center consoles or industrial dashboards?

Yes, we support stretched or bar-type LCD screens for specialized applications like automotive center consoles and industrial dashboards. These custom aspect ratios require dedicated tooling and are typically developed as custom projects. We can design panels with resolutions and interfaces tailored to your application. Please provide your specific dimensions, resolution, and interface requirements for a feasibility assessment and quotation.

What is the typical lead time for custom display modules with specific interface requirements?

For custom display modules with specific interface requirements, typical lead time is 8–12 weeks from design approval. This includes tooling, prototyping, validation, and production. The exact timeline depends on complexity, such as custom resolutions, touch integration, or optical bonding. We recommend early engagement to align on specifications and milestones. For standard modules with minor interface modifications, lead time may be shorter.

What are the operating temperature ranges for your industrial control displays, especially for environments below -20°C or above 70°C?

This specific model (HS550092N0-YZ) operates from -20°C to +60°C and stores from -30°C to +70°C. For environments below -20°C or above 70°C, we offer industrial-grade displays with extended temperature ranges, typically -30°C to +80°C or wider, using specialized components and optical bonding. These options should be confirmed for your exact requirements, as they may involve custom design and validation.

Can you customize the bezel size and mounting options for industrial LCD panels to fit existing enclosures?

Yes, we can customize bezel size and mounting options for industrial LCD panels to fit existing enclosures. This includes modifying the metal frame, adding mounting holes, or adjusting the overall outline dimensions. Custom bezels typically require a minimum order quantity and tooling investment. Please provide your enclosure drawings and mechanical constraints for a feasibility study and cost estimate.

What touch technologies do you support (resistive, capacitive, in-cell) and which do you recommend for high-brightness medical equipment displays?

We support resistive, capacitive (projected capacitive), and in-cell touch technologies. For high-brightness medical equipment displays, we recommend projected capacitive (PCAP) touch with optical bonding. PCAP offers excellent durability, multi-touch support, and high optical clarity, while optical bonding reduces glare and improves sunlight readability. In-cell touch is also an option for thinner designs, but PCAP is preferred for medical environments requiring frequent cleaning and gloved operation.

Any EMI/EMC integration notes for vehicle/industrial environments (cable routing, grounding, filtering)?

For vehicle and industrial environments, we recommend the following EMI/EMC integration practices: use shielded cables for the display interface (e.g., MIPI or LVDS) with proper grounding at both ends; route cables away from high-current power lines and motors; add ferrite beads or common-mode chokes on power and signal lines; and ensure the display module is grounded to the chassis via a low-impedance path. For critical applications, we can provide design guidelines or integrate filtering components on the display FPC. Exact compliance testing (e.g., CISPR 25, ISO 11452) should be validated in your system.

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

For standard TFT display modules in our inventory, lead time is typically 2–4 weeks for small to medium quantities (up to 500 pieces). This includes standard models with common interfaces and resolutions. For larger volumes, lead time may extend to 4–6 weeks depending on stock levels. We recommend checking current availability with our sales team for the specific model you need.

Need a custom solution or samples?

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