10.3 Inch Capacitive Touch Bar LCD Display Kit for Retail

Product Gallery
Key Specs

Model P/N

HS103HD-R80

Size

10.3″

Resolution

1920×720

Brightness

800 (Typ.)(cd/m²)

Viewing Angle

85°/85°/85°/85° (Typ., CR≥10)

Connector Type

LVDS, 50-pin dual-channel 8-bit

Operating Temp

-10 ~
60 °C

Overall(mm)

259.84(W)×
109.3(H)×
16(D)
Upgrade Options (OEM/ODM)

huisoar

HS103HD-R80

General Features

Brand

huisoar

Panel Size (inch)

10.3"

Model P/N

HS103HD-R80

Resolution

1920×720

Brightness (nits)

800 cd/m² (Typ.)

Viewing Angle

85°/85°/85°/85° (Typ., CR≥10)

Contrast Ratio

1000:1 (Typ.)

Response Time

13ms

Overall (mm)

259.84(W)×
109.3(H) ×
16(D) mm

Active Area (mm)

243.6 × 91.4 mm

Refresh Rate

60Hz

Display Colors

16.7M

Panel Type

tft-lcd, lcm

Connector Type

LVDS, 50-pin dual-channel 8-bit

Operating Temp

-10 ~
60 °C

Touchscreen Type

Capacitive touch panel

Storage Temp

−20°C to +70°C

Work Mode

Normally Black

Pixel Format

1920(RGB) × 720 pixels

Input Voltage (V)

3.3 V typical panel input

Touch Interface

USB listed

Weight (g)

550 g(Typ./Max.)

Operating Environment

Protected retail, vehicle-cabin and industrial embedded installations after system qualification g(Typ./Max.)

Designed For

Automotive display systems, auxiliary vehicle displays, retail screens, industrial devices, protected industrial HMIs, DIY embedded screen projects, custom display applications, and embedded interface systems.

10.3 Inch Capacitive Touch Bar LCD Display Kit for Retail

A panoramic 1920 × 720 IPS touch screen with VGA/AV control supports retail interfaces and triggered AV2 switching.

Product Summary

The Capacitive Touch Bar LCD Display Kit combines a 10.3-inch panoramic IPS touch screen with a VGA/AV controller, LVDS cable and wired OSD keypad. Its 1920 × 720 resolution, 800 cd/m² typical luminance and shallow wide-format active area support retail interfaces, compact information displays, auxiliary vehicle screens and embedded equipment that cannot accommodate a conventional monitor shape.

The touch assembly provides a 243.6 × 91.4 mm active area within a 259.84 × 109.3 × 16 mm outline. The separate controller measures 91 × 66 × 12 mm, allowing the display and electronics to be integrated into a custom housing rather than requiring a finished desktop-monitor enclosure.

Key Specifications

ParameterValue
Display size10.3 inches
Resolution1920 × 720 pixels
Panel technologyIPS Pro, Normally Black, Transmissive
Touch technologyCapacitive touch
Luminance800 cd/m² typical
Contrast ratio1000:1 typical
Viewing angle85°/85°/85°/85° left/right/up/down
Active area243.6 × 91.4 mm
Touch assembly259.84 × 109.3 × 16 mm
Display interface50-pin LVDS, 2 channels, 8-bit
Panel input3.3 V typical
Touch pathUSB listed; exact controller and cable require confirmation
Backlight9S4P WLED
ControllerVS-TY2662-V1
Video inputsVGA and AV
Controller size91 × 66 × 12 mm
Controller supply12 V DC, more than 2 A
Signal-priority functionACC 12 V trigger switches the controller to AV2
Standby referenceBelow 1 W without an input signal
Included componentsDisplay, controller, LVDS cable and wired keypad
Standard enclosureNot included

Panoramic 1920 × 720 Display Performance

800 cd/m² Optical Planning

The 800 cd/m² typical luminance provides stronger output than a conventional low-brightness indoor panel. It is suitable for evaluation in illuminated retail fixtures, counters, vehicle cabins and other environments where a standard LCD may appear weak.

Finished readability still depends on the front window, cover transmission, reflections, installation angle and internal temperature. The panel rating should therefore be validated in the completed enclosure rather than treated as automatic direct-sun performance.

IPS Viewing for Wide Interfaces

The IPS Pro panel operates in Normally Black, Transmissive mode and provides 85°/85°/85°/85° left, right, up and down viewing performance. This is useful for wide retail interfaces and shared-control layouts where the user may approach from an off-center position.

The 1920 × 720 raster supports panoramic menus, product-information bands, navigation zones, camera content and segmented status areas. Native-resolution content should be prepared to avoid scaling artifacts or unused borders.

Capacitive Touch Qualification

Capacitive touch is included in this configuration. The available product information identifies USB together with the display interface, indicating a separate touch-control path from the LVDS image signal.

Before enclosure release, confirm the touch-controller model, USB cable, host operating-system support, coordinate orientation and edge performance. Touch-point count and touch lifetime should not be assumed without the approved touch specification.

Capacitive Touch Bar LCD Display Kit Integration

VGA and AV Video Inputs

The VS-TY2662-V1 controller accepts VGA and AV video sources. This supports integration with legacy computers, media controllers, industrial equipment and auxiliary camera systems that do not generate the panel’s native LVDS signal directly.

VGA and AV are the confirmed video routes. HDMI, DVI and USB video should not be specified unless a different controller revision is approved.

ACC-Triggered AV2 Switching

The controller is designed to switch automatically to AV2 when the ACC trigger receives 12 V. This can support installations where a secondary AV source must receive priority, including auxiliary vehicle-camera or equipment-monitoring functions.

The trigger voltage, grounding, switching delay, loss-of-signal behavior and return-to-primary-input behavior must be validated in the final system. This controller function does not establish vehicle safety certification or reversing-camera compliance.

50-Pin LVDS and USB Touch Paths

The panel uses a 50-pin dual-channel 8-bit LVDS image interface. A matching 50-pin connector does not prove compatibility with another display. Native timing, pin mapping, channel configuration, voltage, cable orientation and firmware must all match.

The controller description also contains conflicting TTL wording. Production approval should therefore use the physical display label, controller revision, supplied cable and verified firmware rather than the connector count alone.

The touch-control path is listed as USB and should be qualified separately from LVDS. Confirm the touch controller, cable and host driver before sample approval.

Power and Mechanical Planning

Separate 3.3 V and 12 V Inputs

The panel uses a 3.3 V typical input, while the controller requires 12 V DC at more than 2 A. These are separate electrical domains.

Before first power-up, verify the board’s panel-voltage setting, LVDS cable orientation, backlight wiring, USB touch connection, OSD keypad and ACC trigger. The 12 V controller supply must not be applied directly to the panel’s 3.3 V input.

Panel and Controller Clearances

Use the 243.6 × 91.4 mm active area to define the visible opening. The complete touch assembly measures 259.84 × 109.3 × 16 mm, while the controller requires at least 91 × 66 × 12 mm plus connector and cable clearance.

The panel should be supported without concentrated force on the LCD or touch stack. Provide strain relief for the LVDS and touch cables, electrical insulation below the controller board and sufficient space for the VGA, AV, power, ACC and keypad connections.

Applications and Selection Boundaries

This Capacitive Touch Bar LCD Display Kit is suited to retail shelf fixtures, counter interfaces, product-information systems, auxiliary vehicle displays, compact camera-view interfaces, protected industrial HMI and DIY embedded equipment.

Select the kit when the host provides VGA or AV and requires a controller to generate the panel-level LVDS signal. A bare-panel configuration may be more appropriate when the host already supports the approved 1920 × 720 timing, complete 50-pin mapping, 3.3 V panel supply, backlight control and a separately qualified USB touch path.

The kit is not a finished weatherproof monitor, certified automotive display or complete safety-camera system. A housing, front window, power adapter, environmental protection and system-level qualification remain project responsibilities unless separately specified.

Configuration and Customization

Project evaluation may cover controller firmware, 50-pin LVDS mapping, USB touch controller and cable, VGA/AV board revision, ACC/AV2 trigger behavior, cable length, brightness control, cover glass, anti-glare or anti-reflective treatment, optical bonding, enclosure adaptation, mounting, cooling, branding and packaging.

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

Procurement Checklist

Confirm these points before approving a sample or production order:

  • Assigned model HS103HD-R80
  • Exact panel label and approved display document
  • VS-TY2662-V1 board revision and firmware
  • Native 1920 × 720 timing
  • Complete 50-pin dual-channel 8-bit LVDS mapping
  • Connector pitch, contact side and cable orientation
  • 3.3 V panel-input selection
  • 12 V DC controller supply rated above 2 A
  • Backlight connection, enable and dimming
  • VGA and AV source requirements
  • USB touch controller, cable and host-driver support
  • ACC trigger voltage and grounding
  • AV2 switching and return behavior
  • 243.6 × 91.4 mm visible opening
  • 259.84 × 109.3 × 16 mm touch-assembly clearance
  • 91 × 66 × 12 mm controller clearance
  • OSD keypad mounting
  • Front-window transmission and reflection
  • Enclosure mounting and cooling
  • Power-adapter and accessory scope
  • Environmental and regulatory requirements
  • Sample acceptance criteria
  • Annual demand and production timing
Application Scenarios

FAQ

About 10.3 Inch Capacitive Touch Bar LCD Display Kit

What must be checked before the kit is powered for the first time?

Confirm the physical panel label, VS-TY2662-V1 controller revision, installed firmware and complete 50-pin LVDS assignment. Verify that the panel output is set to 3.3 V and use a 12 V DC controller supply rated above 2 A. Check LVDS orientation, backlight wiring, USB touch connection, OSD keypad and ACC input before applying power.

Can any 50-pin LCD panel use the VS-TY2662-V1 controller?

No. The connector count is only one compatibility factor. The replacement panel must also match the 1920 × 720 timing, dual-channel 8-bit LVDS format, pin assignment, voltage, cable contact direction, backlight controls and controller firmware. The conflicting TTL wording makes model-specific board, cable and firmware verification especially important.

Is the capacitive touch signal carried through the LVDS cable?

The display image and touch-control paths should be treated separately. The LCD uses 50-pin LVDS for image data, while USB is listed for the touch function. Confirm the touch-controller model, USB cable and host-driver support because the available package information does not fully define the touch electronics or supplied touch cable.

How should the ACC-triggered AV2 function be qualified?

The controller is designed to select AV2 when the ACC input receives 12 V. Test the trigger voltage, common ground, activation delay, signal-loss response and return to the previous input. For a vehicle-related project, also verify that the switching behavior meets the system’s electrical, functional-safety and regulatory requirements rather than relying on the controller function alone.

Is 800 cd/m² sufficient for a bright retail or vehicle installation?

It provides a strong starting point for bright indoor and vehicle-cabin environments, but the completed assembly must still be tested. Cover glass, reflections, bonding layers, installation angle and thermal conditions can reduce effective readability. Direct-sun, outdoor-facing or safety-critical applications require a qualified front stack, enclosure, cooling plan and application-level validation.

Need a custom solution or samples?

Request a Sample and Engineering Review For a Capacitive Touch Bar LCD Display Kit project, submit the VGA or AV source, approved panel and controller labels, native timing, full LVDS definition, USB touch requirements, ACC/AV2 behavior, 3.3 V and 12 V power plan, enclosure drawing, front-window design, lighting conditions, sample quantity and annual demand. Engineering review covers controller firmware, LVDS mapping, USB touch integration, signal-priority behavior, power separation, optical performance, mechanical fit, cooling, accessory scope and customization feasibility.

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(10.3")

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