10.1 Inch LCD Screen Kit for Embedded Signage Outdoor Digital Advertising

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Key Specs

Model P/N

HS101WXM-N80

Size

10.1″

Resolution

1280×800

Brightness

1000 (Typ.)(cd/m²)

Viewing Angle

85° / 85° / 85° / 85°(Typ., CR≥10)

Connector Type

LVDS, 1-channel, 8-bit

Operating Temp

0 ~
50 °C

Overall(mm)

233.2(W)×
152.9(H)×
10.4(D)
Upgrade Options (OEM/ODM)

huisoar

HS101WXM-N80

General Features

Brand

huisoar

Panel Size (inch)

10.1"

Model P/N

HS101WXM-N80

Resolution

1280×800

Brightness (nits)

1000 cd/m² (Typ.)

Viewing Angle

85° / 85° / 85° / 85°(Typ., CR≥10)

Contrast Ratio

900:1 (Typ.)

Response Time

8ms

Overall (mm)

233.2(W)×
152.9(H) ×
10.4(D) mm

Active Area (mm)

216.96 × 135.6 mm

Refresh Rate

60Hz

Display Colors

16.7M

Panel Type

tft-lcd, lcm

Connector Type

LVDS, 1-channel, 8-bit

Operating Temp

0 ~
50 °C

Touchscreen Type

Without Touch

Storage Temp

−20°C to +70°C

Work Mode

Normally White

Pixel Format

1280 (RGB) × 800

Input Voltage (V)

3.3 V (Typ.)

Operating Environment

Bright indoor and protected commercial installations after qualification g(Typ./Max.)

Designed For

Outdoor digital advertising displays, embedded commercial signage, TV board projects, compact advertising displays, media display systems, protected commercial information displays, and embedded signage applications.

10.1 Inch LCD Screen Kit for Embedded Signage Outdoor Digital Advertising

This compact WXGA kit combines a 1000 cd/m² TN panel with VGA, AV and USB control electronics for protected commercial display integration.

Product Summary

The LCD Screen Kit for Embedded Signage combines a 10.1-inch WXGA panel with the control electronics required for prototype evaluation and custom equipment integration. Its 1280 × 800 resolution provides a practical 16:10 workspace for advertising graphics, information layouts, menu content, and embedded media interfaces.

The panel delivers 1000 cd/m² typical luminance and connects to the supplied T.SK105A.03 controller through a 20-pin, single-channel, 8-bit LVDS path. VGA, AV, and USB video functions give integrators several ways to connect media and legacy signal equipment. The kit also includes an inverter board, converter board, and wired keypad for on-screen adjustment.

This is a component-level assembly rather than a finished monitor. The buyer must provide the enclosure, mounting structure, power distribution, front protection, thermal design, and any required environmental sealing.

Key Specifications

ParameterConfirmed Value
Display size10.1 inches
Resolution1280 × 800 pixels
Aspect format16:10
Panel modeTN, normally white, transmissive
Typical luminance1000 cd/m²
Typical contrast ratio900:1
Viewing angles85° left, 85° right, 85° up, 85° down
Active area216.96 × 135.6 mm
Panel outline233.2 × 152.9 × 10.4 mm
Panel signal20-pin, 1-channel, 8-bit parallel LVDS
Panel logic voltage3.3 V typical
BacklightWLED
ControllerT.SK105A.03
Controller inputsVGA, AV, USB video
Controller size188 × 43 × 17 mm
Controller supply12 V DC, above 2 A
Standby consumptionBelow 1 W
Additional connectionSpeaker output
Supplied hardwareController, inverter, converter, wired keypad

Optical Performance for Bright Commercial Interiors

1000 cd/m² for high ambient light

The 1000 cd/m² typical luminance provides greater visibility headroom than a conventional office-grade screen. It is appropriate for bright indoor counters, entrance areas, protected advertising equipment, and window-adjacent installations where ambient illumination can reduce perceived contrast.

Brightness alone does not determine readability. Front-glass reflection, viewing distance, content colors, installation angle, internal temperature, and the surrounding enclosure can all affect the final result. Sample testing should reproduce the intended lighting and front-window structure.

WXGA content planning in a 16:10 format

The 1280 × 800 resolution provides more vertical workspace than a comparable 16:9 layout. This can help when arranging product images, status information, menu sections, control icons, or mixed media and text.

Content should be prepared at the native panel resolution whenever possible. Small labels and fine graphic elements should be checked at the actual viewing distance rather than approved only on a desktop design screen.

TN viewing behavior and installation angle

The panel uses a TN, normally white, transmissive structure. Its listed viewing angles are 85° left, 85° right, 85° up, and 85° down at the stated contrast criterion.

The mounting angle should still be validated with real content. TN panels can respond differently to vertical and horizontal viewing changes, so the production enclosure should be reviewed from the expected user positions before the mechanical design is frozen.

Integrating the LCD Screen Kit for Embedded Signage

Parallel LVDS panel path

The panel receives a 20-pin, single-channel, 8-bit parallel LVDS signal. Correct operation depends on more than connector count.

A 20-pin LVDS connector does not establish compatibility without verified mapping, timing, bit width, voltage, cable orientation, and controller firmware.

Before powering the sample, confirm the complete panel pin assignment, connector contact direction, cable orientation, native 1280 × 800 timing, and the firmware programmed into the T.SK105A.03 controller.

VGA, AV, and USB input route

The controller accepts VGA, AV, and USB video functions. This gives system designers several integration paths for legacy computers, analog media sources, and supported USB playback.

The USB function should be qualified against the final content workflow. File systems, media containers, codecs, maximum resolution, storage capacity, and autoplay behavior are not defined by the phrase “USB video” alone.

AV compatibility is listed with PAL support. Projects using other analog-video formats should confirm the controller revision and firmware before release.

Separate panel and controller power domains

The panel logic requires 3.3 V typical, while the controller uses a 12 V DC supply rated above 2 A.

The 3.3 V panel logic rail and the 12 V controller input are separate power domains.

Do not apply the controller input voltage directly to the panel logic connection. The wiring review should identify the controller input, panel-voltage output, inverter or backlight path, ground references, enable signals, and cable polarity.

The controller also provides OSD functions for brightness, contrast, automatic adjustment, and language selection. The wired keypad should remain accessible during prototype testing and service qualification.

Mechanical and Accessory Planning

Panel and controller-board envelope

The panel measures 233.2 × 152.9 × 10.4 mm, with an active area of 216.96 × 135.6 mm. The controller board measures 188 × 43 × 17 mm.

These values should be transferred into the enclosure drawing with additional allowance for:

  • Connector access
  • Cable bend radius
  • Board standoffs
  • Inverter and converter-board placement
  • Ventilation and heat dissipation
  • Keypad mounting
  • Speaker wiring
  • Service access
  • Strain relief

The panel connector and circuit boards should not carry structural loads. Mechanical support should be provided independently of signal and power cables.

Included control hardware

The confirmed package contains:

  • T.SK105A.03 LCD controller board
  • 10.1-inch LCD screen
  • Inverter board
  • Converter board
  • Wired keypad

A power adapter, speaker, finished housing, mounting frame, touch sensor, front glass, media player, and environmental sealing are not confirmed as standard included components.

Application Fit and Environmental Boundaries

The LCD Screen Kit for Embedded Signage is suitable for compact advertising equipment, embedded media displays, branded counters, information terminals, sheltered commercial displays, and custom equipment interfaces after electrical, optical, and mechanical qualification.

Its 1000 cd/m² luminance can support bright indoor and protected window-adjacent installations. It does not by itself establish direct-sun performance.

A 1000 cd/m² panel-and-board kit is not a weatherproof outdoor display without a qualified enclosure.

Outdoor deployment requires an appropriate housing, front protection, ingress sealing, thermal management, condensation control, cable protection, and operating-temperature validation. No IP rating or environmental certification is confirmed for the supplied kit.

Customization and Procurement Planning

Project review may include:

  • Controller firmware
  • LVDS cable and pin mapping
  • Input-board revision
  • USB media support
  • Cable length
  • Brightness adjustment
  • Cover glass
  • Anti-glare treatment
  • Optical bonding
  • Touch development
  • Enclosure design
  • Cooling and sealing
  • Mounting
  • Speaker integration
  • 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

Before sample approval or production release, confirm:

  • Approved panel reference and label
  • Resolution and native timing at 1280 × 800 pixels
  • Complete 20-pin, single-channel, 8-bit LVDS assignment
  • Connector pitch, contact direction, and cable orientation
  • 3.3 V panel logic configuration
  • T.SK105A.03 revision and firmware
  • VGA, AV, and USB functions
  • USB file-system and media-format support
  • 12 V DC controller supply above 2 A
  • Inverter, converter, and backlight wiring
  • Speaker and keypad connections
  • 216.96 × 135.6 mm visible opening
  • 233.2 × 152.9 × 10.4 mm panel fit
  • 188 × 43 × 17 mm controller clearance
  • Front-window optics and reflection target
  • Enclosure, cooling, sealing, and service access
  • Sample criteria, order quantity, and annual demand
Application Scenarios

FAQ

About 10.1 Inch LCD Screen Kit for Embedded Signage

What must be checked before the first power-up?

Confirm the approved panel label, native 1280 × 800 timing, full 20-pin LVDS assignment, controller firmware, and cable orientation before applying power. The panel requires 3.3 V typical logic, while the T.SK105A.03 controller requires a 12 V DC supply above 2 A. The inverter and converter connections should also be identified on an approved wiring diagram. Photographing the assembled sample before power-up helps preserve a repeatable reference for engineering review.

Can the supplied kit be installed outdoors without another enclosure?

No finished outdoor protection is confirmed. The 1000 cd/m² panel provides additional brightness for demanding indoor conditions, but the supplied screen and boards do not establish protection against rain, dust, condensation, impact, or solar heating. Outdoor use requires a qualified enclosure, appropriate front glass, sealing, thermal management, cable protection, and environmental testing. Submit the intended installation drawing and climate conditions before classifying the assembly as outdoor-ready.

Can the controller drive a different 10.1-inch 1280 × 800 panel?

Not automatically. Matching size and resolution do not prove compatibility. The alternate panel must use the correct signal type, channel count, bit width, voltage, pin mapping, cable orientation, timing, and backlight arrangement. The controller firmware must also support that panel configuration. Submit the complete alternate-panel datasheet and controller firmware reference for comparison before connecting it.

What must be confirmed before relying on USB video playback?

Confirm the controller revision, firmware, supported storage format, media containers, codecs, playback resolution, audio behavior, looping method, and startup sequence. The confirmed USB-video function does not define those details by itself. A representative USB drive containing the final production media should be included in sample testing so that playback, language settings, standby recovery, and repeated power cycling can be evaluated.

Need a custom solution or samples?

Submit Your Project for Engineering Review For an LCD Screen Kit for Embedded Signage, submit the required video inputs, approved panel and controller references, full LVDS definition, enclosure drawing, ambient-light target, 3.3 V and 12 V power plan, backlight wiring, sample quantity, and annual demand. Engineering review will cover firmware, signal conversion, panel compatibility, power distribution, optical performance, mechanical fit, thermal design, environmental boundaries, accessory scope, and customization requirements.
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