55 Inch Industrial Ultra Bright UHD Display Panel for Signage

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Key Specs

Model P/N

HS055UHD-R200

Size

55″

Resolution

3840×2160

Brightness

2000 (Typ.)(cd/m²)

Viewing Angle

89°/89°/89°/89° typical, L/R/U/D, CR ≥10

Connector Type

V-by-One, 8 lanes, 51 pins

Operating Temp

-20 ~
70 °C

Overall(mm)

1255.5(W)×
726.5(H)×
43(D)
Upgrade Options (OEM/ODM)

huisoar

HS055UHD-R200

General Features

Brand

huisoar

Panel Size (inch)

55"

Model P/N

HS055UHD-R200

Resolution

3840×2160

Brightness (nits)

2000 cd/m² (Typ.)

Viewing Angle

89°/89°/89°/89° typical, L/R/U/D, CR ≥10

Contrast Ratio

1200:1 typical

Response Time

8 ms typical, G-to-G

Overall (mm)

1255.5(W)×
726.5(H) ×
43(D) mm

Active Area (mm)

1209.6 × 680.4 mm

Refresh Rate

60Hz

Display Colors

1.07B colors, 74% NTSC

Panel Type

tft-lcd, lcm

Connector Type

V-by-One, 8 lanes, 51 pins

Surface Treatment

Anti-glare, 1% haze, 3H hard coating

Operating Temp

-20 ~
70 °C

Touchscreen Type

Optional Custom Touch Screen

Storage Temp

−30°C to +80°C

Work Mode

ADS, normally black, transmissive

Pixel Format

RGB vertical stripe, 3840 × 2160

Input Voltage (V)

12.0 V typical

Weight (g)

15000 g(Typ./Max.)

Operating Environment

High-ambient-light signage after enclosure and thermal qualification g(Typ./Max.)

Designed For

Window-facing displays, storefront signage, semi-outdoor displays, outdoor high-brightness digital signage, commercial advertising displays, and outdoor information display systems.

55 Inch Industrial Ultra Bright UHD Display Panel for Signage

This 55-inch 4K ADS panel combines a selected 2000 cd/m² output, 51-pin V-by-One input, and wide-temperature operation for high-ambient-light signage.

The Industrial Ultra Bright UHD Display Panel is a large-format LCD component for outdoor and window-adjacent signage systems that require native 3840 × 2160 content, wide-angle ADS performance, and a high-output backlight. Its 1209.6 × 680.4 mm active area supports detailed public information, advertising, route data, and branded media while maintaining a standard 16:9 UHD workspace.

This configuration is specified at 2000 cd/m². Final readability still depends on the cover glass, internal reflections, installation orientation, ambient light, solar load, and thermal design of the completed signage assembly.

A matching 51-pin connector does not guarantee V-by-One compatibility.

MEMC-related 120 Hz or 240 Hz wording does not establish a native refresh rate above the 60 Hz standard.

A bare LCD panel is not a weatherproof outdoor display without a qualified enclosure and cooling system.

Key Specifications

ItemConfirmed value
Display size55 inches
Resolution3840 × 2160 pixels, UHD
Active area1209.6 × 680.4 mm
Panel modeADS, normally black, transmissive
Pixel arrangementRGB vertical stripe
Selected luminance2000 cd/m²
Viewing angles89°/89°/89°/89° typical, L/R/U/D
Contrast ratio1200:1 typical
Display colors1.07B colors, 74% NTSC
Response time8 ms typical, G-to-G
Standard refresh rate60 Hz
Surface treatmentAnti-glare, 1% haze, 3H hard coating
Signal interfaceV-by-One, 8 lanes, 51 pins
Panel input12.0 V typical
BacklightWLED with LED driver
Listed backlight reference50,000 hours
Typical weight15.0 kg
Touch statusNo touch
Operating temperature−20°C to +70°C
Storage temperature−30°C to +80°C

UHD Content and Optical Planning

Native 3840 × 2160 Content

Native UHD input provides space for high-resolution photography, detailed maps, passenger information, pricing, schedules, safety notices, and multi-zone layouts. Driving the panel at its native raster avoids unnecessary scaling and helps preserve small text, fine lines, and image detail.

Controller selection should confirm the exact UHD timing, 60 Hz operation, color mapping, V-by-One lane requirements, and data rate. Matching only the diagonal size and resolution is not sufficient for interchangeability.

2000 cd/m² Behind the Finished Front Stack

The 2000 cd/m² panel output is intended for high-ambient-light installations. Finished performance should be measured after the cover glass, air gap or optical bonding, printed border, coatings, and enclosure are installed.

Cover transmission and reflection both affect visible contrast. Anti-reflective glass, optical bonding, shading, and enclosure orientation may improve results, but each treatment must be assessed against cost, serviceability, thermal behavior, and mechanical requirements.

Anti-Glare Surface and Wide Viewing

The front polarizer uses an anti-glare treatment with 1% haze and 3H hard coating. The panel also lists 89° viewing in the left, right, up, and down directions under the stated contrast criterion.

These values support large public-display layouts where viewers approach from different positions. Final viewing performance should still be checked behind the selected front glass and at the intended installation angle.

V-by-One Integration for the Industrial Ultra Bright UHD Display Panel

Eight-Lane 51-Pin Host Qualification

The display uses an eight-lane V-by-One signal interface through a 51-pin terminal. Engineering qualification should include:

  • Native 3840 × 2160 timing
  • Required lane count and data rate
  • Lane and color mapping
  • Complete 51-pin assignment
  • Connector orientation
  • Mating connector and cable definition
  • Signal integrity over the selected cable length
  • Controller-board firmware
  • Panel enable and status signals

A controller designed for another 51-pin panel may use different mapping, voltage, timing, or firmware.

Panel and Backlight Power

The panel input is listed at 12.0 V typical. The WLED system includes an LED-driver reference, but the production package should still define backlight voltage, current, enable, dimming, protection, thermal limits, and cable requirements.

The panel supply and backlight system should be treated as separate electrical design areas. Do not release the power architecture from the 12.0 V panel value alone.

Refresh Rate and MEMC Interpretation

Native 60 Hz Operation

The standard panel rate is 60 Hz. This is the appropriate baseline for controller qualification, content testing, and system release.

The additional 120 Hz and 240 Hz descriptions refer to MEMC processing or panel-plus-backlight configurations. They should not be rewritten as an unconditional native 120 Hz or 240 Hz panel specification. Any enhanced motion mode requires a defined controller, backlight configuration, input format, and approved production documentation.

Mechanical and Environmental Integration

Active Area and Structural Planning

The 1209.6 × 680.4 mm active area defines the image region, not the complete panel envelope. Enclosure development additionally requires:

  • Full outline dimensions
  • Panel thickness
  • Mounting and support locations
  • Rear-component keep-outs
  • Connector position
  • Cable bend clearance
  • Edge protection
  • Service access
  • Allowable structural loading

The 15.0 kg typical weight must be included in bracket, frame, transport, and service calculations. The display should not be supported only by the active-area or front-glass geometry.

Temperature and Solar Load

The component is specified for operation from −20°C to +70°C and storage from −30°C to +80°C. These panel limits do not replace finished-system thermal validation.

Outdoor and window-adjacent installations should assess direct solar loading, internal air temperature, backlight heat, controller heat, glass absorption, airflow, condensation, dust, humidity, and service conditions. Enclosure sealing and cooling must be engineered together rather than added independently.

Application Fit for Outdoor Signage

The Industrial Ultra Bright UHD Display Panel is suited to large-format projects such as:

  • Outdoor advertising structures
  • Retail window-adjacent signage
  • Passenger-information boards
  • Station and airport displays
  • Public-information systems
  • High-ambient-light menu and promotion panels
  • Large industrial visualization equipment
  • Smart-city information structures

The standard panel has no touch sensor, media player, protective glass, weatherproof housing, speakers, networking, or operating system. These elements require separate system integration.

Customization and Project Qualification

Project review may cover:

  • Final luminance version
  • V-by-One controller and cable
  • Cover glass and printed border
  • Anti-reflective, anti-glare, or anti-fingerprint treatment
  • Air or optical bonding
  • Optional touch overlay
  • Enclosure and mounting structure
  • Backlight and thermal management
  • Environmental sealing
  • Branding, labeling, and packaging

Custom configurations are generally reviewed from 500 pieces, subject to tooling requirements, material availability, and the requested specification. Sample and standard-panel quantities are confirmed separately.

Procurement Checklist

  • Confirm the assigned model and approved production reference.
  • Lock one 2000 cd/m² luminance target and tolerance.
  • Confirm native 3840 × 2160 timing at 60 Hz.
  • Confirm V-by-One lane count, data rate, mapping, and complete 51-pin assignment.
  • Obtain connector, mating-part, cable, and orientation drawings.
  • Confirm the 12.0 V panel rail and allowable tolerances.
  • Obtain WLED voltage, current, enable, dimming, and protection data.
  • Confirm the 1209.6 × 680.4 mm active area.
  • Obtain the complete panel outline and mounting drawing.
  • Design structural support for the 15.0 kg typical load.
  • Define cover-glass transmission, reflection, coatings, and bonding.
  • State site orientation, lighting conditions, and solar exposure.
  • Define the cooling, sealing, condensation, and service strategy.
  • Confirm no-touch or custom touch-overlay requirements.
  • State sample criteria, quantity, annual demand, and schedule.
Application Scenarios

FAQ

About 55 Inch Industrial Ultra Bright UHD Display Panel

What Must Be Checked Before Connecting a 51-Pin V-by-One Controller?

The complete interface package must be matched, not only the connector pin count. Confirm UHD timing, lane count, data rate, lane mapping, color mapping, supply levels, connector orientation, cable design, panel enable signals, and controller firmware. A 51-pin controller intended for another panel may not be electrically or logically compatible.

How Should the 2000 cd/m² Rating Be Evaluated Behind Cover Glass?

Measure the completed front stack under representative site lighting. The panel rating is taken before losses and reflections introduced by cover glass, coatings, bonding, air gaps, printed borders, and enclosure geometry. Procurement should define both the panel-output target and the required finished-display performance.

Do the 120 Hz and 240 Hz Statements Mean the Panel Is Natively 120 or 240 Hz?

No. The standard rate is 60 Hz. The higher figures are associated with MEMC processing or panel-plus-backlight configurations. Treat 60 Hz as the native qualification point unless the ordered controller, backlight, timing, and production documentation explicitly confirm another mode.

Is This a Finished Outdoor Display?

No. It is a component LCD panel. A completed outdoor display also requires a controller, power system, protective front, enclosure, mounting structure, environmental sealing, thermal management, wiring, and service access. The panel temperature range does not establish an enclosure IP rating.

What Must Be Locked Before Approving the Brightness Version?

Confirm the assigned production reference, ordered luminance, tolerance, test condition, backlight design, power requirements, and thermal limits. The product family includes multiple brightness options, so the purchase specification and approved sample must identify one exact configuration rather than relying on the family name.

Need a custom solution or samples?

Submit Requirements for Engineering Review For the Industrial Ultra Bright UHD Display Panel, submit the required luminance, native UHD timing, V-by-One definition, panel and backlight power data, controller model, enclosure and support drawings, cover-glass stack, site lighting, solar exposure, cooling plan, environmental targets, sample quantity, and annual demand. Engineering review covers signal compatibility, panel and backlight power, optical-stack performance, mechanical support, thermal design, environmental protection, controller matching, customization feasibility, and sample-validation criteria.
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