10.4 Inch LCD Display 1024×768 LVDS

10.4 Inch 1024×768 LVDS LCD Module for Industrial HMI Production

This 10.4 inch LCD display is a bare LVDS module for OEM/ODM equipment programs that need a stable XGA-class panel rather than a plug-and-play HDMI kit. The live specification lists 1024 x 768 resolution, LVDS interface, 400 nits brightness, IPS wide viewing, no touch panel in the standard configuration, -20 to +70°C operating temperature, -30 to +80°C storage temperature, 228.4 x 175.4 x 5.6 mm outline dimension, 211.2 x 158.48 mm active area, 800:1 contrast ratio, 3.3V power supply, 20000-hour LED lifetime, and panel model ZC-10401. These details make it suitable for cost-controlled industrial display integration where the buyer controls the host electronics.

Bare Module Positioning

Unlike a HDMI display kit, this product is intended for teams that can drive an LVDS TFT directly or through their own controller board. It is a good fit for industrial HMI panels, medical equipment, factory machinery, embedded controllers, access systems, and smart terminals that require a mature 4:3 display area. The no-touch standard configuration is useful when the front interface uses buttons, membrane keys, resistive overlay by project, or a separately specified PCAP stack.

LVDS Approval Items

LVDS modules are reliable in production when the host timing, voltage, mapping, and cable layout are controlled. Before approving this screen, confirm panel voltage, backlight power, LVDS format, cable length, ground design, connector position, and whether the controller board supports 1024 x 768 at the required refresh rate. A 10.4 inch size match is not enough; the active area and outline must also align with the enclosure and bezel.

Display Performance Boundaries

The 400-nit brightness and 800:1 contrast ratio are appropriate for many indoor and semi-protected industrial products. The panel should not be sold as a high-brightness outdoor screen unless the optical design is changed. If the end equipment needs glove touch, chemical resistance, anti-glare, optical bonding, or front IP sealing, those requirements belong in the mechanical and touch-panel review, not only in the LCD selection.

Lifecycle and Cost Control

A bare 10.4 inch LVDS LCD module can be more cost-effective than a complete kit when the buyer has an established mainboard and mechanical platform. It also gives more control over supply chain, firmware, cables, and service parts. For long-term industrial programs, define whether LCDind should maintain the exact panel model, qualify alternatives, or support engineering change notices when upstream panels change.

RFQ Guidance

Send the existing panel model if this is a replacement project, or send the controller board output if it is a new design. Include drawing, required brightness, touch requirement, operating temperature, annual demand, and whether the display will be installed behind cover glass. The more exact the host and mechanical information, the faster LCDind can confirm whether ZC-10401 is suitable or whether an alternative 10.4 inch module should be reviewed.

Sample Validation Plan

For this LVDS module, sample validation should confirm display timing, backlight current, brightness uniformity, color shift at viewing angle, cold and warm startup, and cable noise immunity. If the equipment front panel uses a separate touch overlay, test the final air gap, cover lens, and gasket compression with the LCD installed. A bare-panel bench test is not enough for equipment that will be shipped into factories or medical-device environments.

Production Risk Control

The key risks are controller mismatch, mechanical window mismatch, and future panel revision. The buyer should maintain a drawing-controlled cable, approved panel voltage, and a defined backlight drive method. If the product lifecycle is long, it is better to qualify one backup 10.4 inch LVDS option early than to wait until the original model becomes constrained during production.

Ordering Notes for Bare Modules

For bare-module purchasing, ask for quotation by approved configuration rather than by diagonal size alone. The RFQ should identify whether LCDind only supplies the LCD, or also supplies cable, touch, cover lens, and incoming inspection support. This avoids confusion between a low-cost panel purchase and a controlled OEM display subassembly.

Confirmed Product Specifications

These values are preserved from the live product specification table. Any missing mechanical, electrical, optical, or compliance item should be confirmed through drawing, datasheet, sample approval, or LCDind engineering review before production use.

RFQ Checklist

• Target equipment type and application environment.
• Host board interface, voltage, cable direction, and connector requirement.
• Display orientation, active-area window, enclosure drawing, and mounting method.
• Touchscreen, cover lens, anti-glare, optical bonding, or protective glass requirement.
• Sample quantity, forecast annual volume, lifecycle expectation, and approved alternatives policy.

Engineering FAQ

Does the standard module include touch?

No. The live specification says no touch panel in the standard configuration. Touch should be quoted as a project option.

What is the main difference from the HDMI kit page?

This page is for a bare LVDS module. The HDMI kit is better when the buyer wants a controller-board assembly.

Can it be used in medical or industrial equipment?

Yes, if the electrical, mechanical, brightness, touch, and regulatory requirements are reviewed for the specific equipment program.