19.2 Inch Digital Nameplate LCD Module Bar-Type for Service Counters

19.2 Inch Digital Nameplate LCD Module Bar-Type for Service Counters

This ultra-wide 19.2-inch module combines a native 1920 × 359 canvas, 500 cd/m² luminance and dual-channel LVDS for narrow identification and information areas.

Product Summary

The Digital Nameplate LCD Module is designed for equipment that presents names, service positions, queue notices, directions or short promotional messages in an elongated opening. Its 476.64 × 89.37 mm active area creates a wide information band without requiring the height of a conventional widescreen display.

The module provides 1920 × 359 native pixels, a 1000:1 contrast ratio and a 500 cd/m² standard luminance. The display signal uses a two-channel, 8-bit LVDS connection. The standard assembly is non-touch and requires an appropriate controller, cable, power architecture, mounting structure and protective front.

The complete module measures 496 × 109.2 × 13.7 mm and carries a 7 W product power reference. The elongated mechanical format should be supported across its width rather than retained at only one or two concentrated points.

Key Specifications

Designing for the 1920 × 359 Canvas

Name and service-position layouts

The native resolution should be treated as a dedicated ultra-wide canvas. A standard 16:9 design compressed into 1920 × 359 can produce small text, distorted logos or unused horizontal space.

Suitable content zones include:

• Person or department name
• Service-counter number
• Queue status
• Destination or direction
• Opening and service hours
• Product name and price
• Short promotional message
• Alert or operating status

The Digital Nameplate LCD Module is best used with a clear hierarchy: one primary identifier, one supporting line and a limited number of icons or status indicators.

Text size and viewing distance

Character height should be selected from the actual viewing distance rather than from the pixel count alone. A counter nameplate viewed at close range can use a denser layout than a bus-stop identifier, elevator guide or queue notice viewed from several metres away.

Prototype artwork should be rendered at 1920 × 359 and checked on a production-intent sample. Review text height, line spacing, contrast, animation speed and the time available for a viewer to read the message.

LVDS Integration Requirements

Two-channel 8-bit LVDS qualification

The interface is identified as two-channel, 8-bit LVDS. This designation does not establish direct electrical or cable compatibility with another LVDS panel.

The engineering review must confirm:

• Native pixel timing
• Pixel clock
• Horizontal and vertical blanking
• LVDS bit mapping
• Channel order
• Connector assignment
• Panel voltage
• Backlight requirements
• Cable contact direction
• Power sequence
• Cable length and shielding

A matching resolution or LVDS label is not sufficient for substitution.

Controller and cable documentation

The controller should output the native 1920 × 359 format without uncontrolled scaling. The panel drawing, controller specification and cable drawing should be compared before a cable is manufactured or power is applied.

Sample testing should include:

• Cold and warm start
• Stable full-screen image
• Color and channel mapping
• Fine-line and text patterns
• Backlight startup
• Cable movement
• Extended operation inside the enclosure
• Power measurement
• Electrical-noise testing
• Restart and recovery behaviour

HDMI or another external video input requires a separate controller board. HDMI is not the native panel interface.

Mechanical Fit of the Digital Nameplate LCD Module

Active area and bezel opening

The visible image area is 476.64 × 89.37 mm, while the complete module is 496 × 109.2 × 13.7 mm. The bezel opening must therefore be based on the active area and approved mechanical drawing rather than on the 19.2-inch diagonal alone.

The enclosure plan should include:

• Active-area clearance
• Module tolerances
• Connector access
• Cable bend radius
• Backlight heat path
• Protective-front thickness
• Mounting position
• Assembly sequence
• Service access

The front structure should not press on the image area.

Support for the elongated module

A long, narrow LCD can be affected by enclosure twist and concentrated mounting pressure. Support should be distributed along the module while allowing for manufacturing tolerances.

Brackets, foam and retaining features should keep the module flat without loading the glass or connector area. Finished assemblies intended for vehicles or transport environments require their own shock and vibration testing because no model-specific vibration grade is assigned here.

Optical, Power and Temperature Boundaries

The standard luminance is 500 cd/m². This is appropriate for many indoor and controlled-light environments, but it does not automatically qualify the completed product for direct sunlight.

Effective readability depends on:

• Ambient light
• Protective-front reflectance
• Air gap or bonding method
• Surface treatment
• Viewing orientation
• Content contrast
• Backlight temperature
• Enclosure design

Brightness configurations from 500 to 2500 cd/m² may be reviewed as separate projects. A higher-luminance version can require different backlight power, thermal management, module thickness and validation.

The 7 W value is a product-level reference for initial system planning. Final electrical and thermal performance must be measured with the approved controller, cable and enclosure.

The published operating range is −20°C to +70°C. This is a component limit, not proof that every finished enclosure will operate across the same range without thermal or optical qualification.

Application Fit

The module can be evaluated for:

• Service-counter nameplates
• Bank call and queue notices
• Building directory strips
• Bus-stop or station identifiers
• Retail price and promotion strips
• Elevator guidance displays
• Reception and lobby information
• Narrow corridor signs
• Covered public-information panels
• Equipment status headers

The Digital Nameplate LCD Module is supplied as a non-touch display component. Applications requiring direct interaction need a separately engineered touch solution or another module configuration.

Outdoor, railway, automotive, safety-critical or regulated installations require additional system-level qualification. The component data does not establish waterproofing, sunlight readability, transport certification or continuous-duty approval.

Customization and Sample Validation

Possible project reviews include:

• Brightness configuration
• LVDS cable route
• Controller-board matching
• Cover-glass dimensions
• Decorative printing
• Surface treatment
• Mounting structure
• Protective front
• Branding and labeling
• Touch-overlay feasibility

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

A custom version should be released only after mechanical, electrical and optical documentation is approved.

Procurement Checklist

Submit:

• Native content example
• Controller model
• LVDS timing
• Complete connector pinout
• Cable drawing and orientation
• Power architecture
• Backlight-control requirements
• Enclosure opening
• Mounting and support design
• Protective-front construction
• Viewing distance
• Installation lighting
• Operating-temperature target
• Required compliance documents
• Sample quantity
• Annual forecast
• Validation criteria

Engineering review should cover content mapping, controller compatibility, cable design, mechanical support, optical conditions, power planning and sample qualification.