Industrial LCD Panel 10.1 Inch for Industrial Operator Panels LVDS

10.1-Inch 1280×800 LVDS Display Model 90-10123-IH1

Model 90-10123-IH1 is a 10.1-inch TFT LCD module for embedded equipment that uses a 1280×800 image format and an LVDS host connection. The 16:10 screen ratio gives equipment designers space for operating data, instructions, alarms, and navigation without moving to a larger diagonal panel. Its confirmed standard configuration includes 350-nit brightness, all-direction viewing, a 3.3V supply, and no touch panel.

This model should be sourced and approved by its complete identifier, not only by “10.1 inch LVDS.” Another LCDind listing, model 90-10116-IH1, carries the same published size, resolution, brightness, mechanical outline, active area, contrast ratio, voltage, temperature, and lifetime values. The similarity makes document-level comparison more important, not less. A buyer should confirm the applicable drawing, connector, pin definition, timing, cable orientation, and backlight requirements before treating the two models as alternatives.

Confirmed Product Record

Use Case: Existing Equipment Replacement

A replacement project usually has tighter constraints than a new design. The enclosure opening, mounting structure, controller, cable, connector, firmware, and front window may already be fixed. In that situation, model 90-10123-IH1 should be compared with the original LCD at drawing level. Diagonal size and resolution are only the first filters. The outline, active area, thickness, connector position, FPC direction, pin numbering, signal mapping, LVDS timing, backlight voltage, backlight control, and power-up sequence all affect whether the replacement can be installed without redesign.

For replacement evaluation, provide the original panel model, datasheet, front and rear photographs, label photograph, connector close-up, cable information, and the equipment’s visible-window dimensions. If the original display is unavailable, provide the controller-board model and enclosure drawing. State which parts cannot change. This helps distinguish a genuine drop-in requirement from a project that can accept a revised cable, bracket, controller setting, or mechanical adapter.

Use Case: New Embedded Equipment

In a new design, the 1280×800 format can support denser interface layouts than 800×480 or 1280×600 panels. Designers can reserve persistent areas for machine state, user role, alarm status, or navigation while maintaining a useful central workspace. The 216.96*135.6 mm active area should determine the graphical viewport and visible opening. The 229.46*149.1*2.5 mm outline should determine internal clearance, mounting support, and service access.

New projects should freeze the display interface and mechanical drawing before PCB and enclosure tooling. Provide the processor or scaler model, LVDS output description, cable-length target, installation orientation, input method, ambient-light condition, and expected operating hours. If the program needs a touch interface, the standard no-touch module cannot be treated as a finished touch display; the touch sensor, cover lens, controller, bonding method, and stack dimensions require separate confirmation.

LVDS Is Not a Universal Pinout

LVDS panels can differ in channel count, bit mapping, timing, connector series, pin assignment, and backlight implementation. A cable that physically fits can still be electrically incorrect. Before sample power-on, engineering should compare the panel definition with the host output and verify supply pins, grounds, data pairs, clock pairs, enable signals, backlight control, and any reserved pins. The screen orientation and firmware timing must also match the 1280×800 configuration.

If an adapter or controller board is used, identify its exact model and output connector. Screens described as LVDS may still require a different firmware profile or cable. For long cable routes or electrically noisy equipment, check signal integrity, grounding, shielding, cable retention, and EMC performance in the complete assembly.

Mechanical Integration and Service Access

The active image does not occupy the complete module outline. The front bezel must expose the 216.96*135.6 mm active area without revealing unwanted borders or pressing on the glass. Internal supports should restrain the module without twisting it. Allow clearance for the cable bend radius, connector insertion, adjacent components, protective-window adhesive, gasket, and disassembly tools.

For equipment expected to remain in service for years, plan how the display will be removed and replaced. A design that traps the cable or bonds the LCD directly into an inaccessible structure can turn a screen replacement into a complete front-panel replacement. Document the approved display, cable, controller, firmware, bracket, and window stack together so production and service teams use the same configuration.

Brightness and Optical Stack

The confirmed brightness is 350 nits, which is positioned for indoor or controlled-light equipment. It is not a sunlight-readable specification. Visibility in the finished device depends on the user’s viewing angle, ambient light, graphical contrast, cover-window transmission, air gap, printed mask, and surface reflections. A clear protective window can still reduce perceived contrast if it introduces strong reflections.

All-direction viewing supports installations where the operator may stand to the side or where the panel is mounted above or below normal eye level. The complete assembly should still be evaluated at the intended mounting angle. Any cover lens, adhesive, or additional optical layer can change the final result.

Temperature and System-Level Limits

The panel’s confirmed operating temperature is -20 to +70°C, and its storage range is -30 to +80°C. These values apply to the listed display record. The equipment operating limit must also consider the controller, cables, connectors, backlight circuit, adhesives, touch components, enclosure temperature rise, condensation, startup behavior, and cooling design. A system should not claim the LCD’s full range unless the production-intent assembly has been evaluated for that environment.

Application Scenario: Diagnostic and Measurement Equipment

The 16:10 layout can be evaluated for diagnostic tools and measurement systems that show live results, instrument status, test steps, configuration values, and historical context. The equipment manufacturer should define how often graphics update, whether the screen is read at an angle, which cleaning or protective-window requirements apply, and whether physical controls or a separate touch system will be used.

Application Scenario: Access and Service Terminals

Access terminals, service stations, and smart-storage equipment can use the screen for instructions, authentication status, compartment information, error recovery, and maintenance menus. The standard module does not include touch, so barcode readers, keypads, buttons, or a separately engineered touch assembly may provide input. For unattended equipment, the enclosure and front window must address the actual environment; the LCD specification alone does not establish sealing, impact resistance, or outdoor suitability.

Application Scenario: Compact Automation Consoles

Automation consoles can use the 1280×800 workspace for process values, machine diagrams, alarms, recipe settings, and service pages. Confirm the display refresh requirement, host graphics capability, cable route, EMC environment, mounting position, and access for replacement. If the console uses an existing 10.1-inch panel, compare model numbers and drawings before assuming that the same bezel and cable can be retained.

Production Approval Checklist

• Verify the label and purchase record identify model 90-10123-IH1.
• Compare the approved drawing with the enclosure, bezel, bracket, and visible window.
• Confirm the LVDS connector, pinout, mapping, timing, cable, and 3.3V supply.
• Test startup, image orientation, uniformity, viewing result, and backlight control.
• Evaluate 350-nit visibility behind the production-intent front window.
• Confirm the no-touch configuration or approve the separate input assembly.
• Record controller, firmware, cable, mechanical, and optical-stack revisions.
• Retain the approved sample and inspection criteria for repeat orders.

What to Send for Quotation

Provide model 90-10123-IH1 as the requested reference together with the host-board model, LVDS definition, cable requirement, mechanical drawing, front-window design, operating environment, input method, prototype quantity, annual usage, schedule, and expected supply period. For a replacement inquiry, include the existing panel documentation and state whether the enclosure, controller, cable, and firmware must remain unchanged.

Engineering FAQ

Can 90-10123-IH1 replace any 10.1-inch 1280×800 LVDS panel?

No. Size, resolution, and interface name do not confirm the connector, pinout, timing, cable direction, backlight, thickness, or mounting details.

How does this model differ from 90-10116-IH1?

The public records share the same headline and listed table values. The models must therefore be compared using their applicable drawings and interface documents; differences should not be invented or assumed from the model numbers.

Is touch included?

No. The standard configuration has no touch panel. Define any touch sensor, controller, cover lens, bonding method, and mechanical stack separately.

Can the 350-nit version be used outdoors?

It is positioned for indoor or controlled-light use. Outdoor and direct-sunlight suitability require a different optical, thermal, sealing, and environmental assessment.

Which dimensions should the enclosure designer use?

Use 229.46*149.1*2.5 mm for the module outline and 216.96*135.6 mm for the active image area, then apply the complete drawing for borders, connector position, and tolerances.