13.3 Inch Wide Temp Capacitive Touch Display Panel for UAV Systems

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Key Specs

Model P/N

HS133016A0-LZ

Size

13.3″

Resolution

1920×1080

Brightness

800 (Typ.)(cd/m²)

Viewing Angle

85° / 85° / 85° / 85° L/R/U/D

Connector Type

eDP, 30 pins

Operating Temp

-20 ~
70 °C

Overall(mm)

308(W)×
183.45(H)×
7.85(D)
Upgrade Options (OEM/ODM)

huisoar

HS133016A0-LZ

General Features

Brand

huisoar

Panel Size (inch)

13.3"

Model P/N

HS133016A0-LZ

Resolution

1920×1080

Brightness (nits)

800 cd/m² (Typ.)

Viewing Angle

85° / 85° / 85° / 85° L/R/U/D

Contrast Ratio

800:1 (Typ.)

Response Time

8ms

Overall (mm)

308(W)×
183.45(H) ×
7.85(D) mm

Active Area (mm)

293.76 × 165.24 mm

Refresh Rate

60Hz

Display Colors

16.7M colors

Panel Type

tft-lcd, lcm

Connector Type

eDP, 30 pins

Operating Temp

-20 ~
70 °C

Touchscreen Type

Projected capacitive touch, G+G

Storage Temp

−30°C to +80°C

Work Mode

Normally black, transmissive

Pixel Format

1920 × 1080 pixels, 16:9

Designed For

Industrial displays, industrial automation systems, digital signage, outdoor displays, medical equipment interfaces, UAV and counter-UAV display systems, logistics locker displays, public information terminals, and qualified embedded display applications.

13.3 Inch Wide Temp Capacitive Touch Display Panel for UAV Systems

A 13.3 Inch Wide Temp Capacitive Touch Display Panel gives embedded-system teams a Full HD touch interface for equipment that must operate across a broader temperature range than standard consumer displays. The 13.3-inch IPS TFT-LCD combines 1920 × 1080 resolution, 800 cd/m² typical luminance, a 30-pin eDP image interface, projected-capacitive touch, and an I²C touch-control path. Its −20°C to +70°C operating range supports UAV control, industrial automation, logistics equipment, and other professional HMI projects where optical, electrical, touch, and mechanical integration must be qualified together.

Product Summary

This display uses an a-Si TFT-LCD structure with IPS wide viewing and transmissive operation. The active image area is 293.76 × 165.24 mm, providing a 16:9 workspace for control layouts, maps, status panels, video windows, and multi-zone user interfaces. The G+G projected-capacitive touch layer uses a separate I²C control path.

An 800 cd/m² panel does not by itself establish finished-system sunlight readability after cover-glass transmission losses, reflections, and installation conditions are applied.

Key Specifications

SpecificationValue
Display size13.3 inches
Resolution1920 × 1080 pixels
Panel technologya-Si TFT-LCD, IPS
Work modeTransmissive
Brightness800 cd/m² typical
Contrast ratio800:1 typical
Viewing angle85° / 85° / 85° / 85° L/R/U/D
Display colors16.7M colors
Active area293.76 × 165.24 mm
Display interfaceeDP, 30 pins
Touch technologyProjected capacitive touch, G+G
Touch interfaceI²C
Touch ICILI2511
Display chip identifierRM97030
Operating temperature−20°C to +70°C
Storage temperature−30°C to +80°C
BacklightWLED

Full HD IPS Performance for Information-Rich Interfaces

1920 × 1080 supports detailed HMI layouts

Full HD resolution gives a 13.3-inch interface enough pixel structure for fine text, status indicators, control menus, monitoring graphics, and image-based information. For UAV and industrial equipment, native 1920 × 1080 content supports information-rich layouts without moving to a larger display class.

IPS viewing helps fixed and off-axis installations

The display specifies 85° / 85° / 85° / 85° viewing in the confirmed left, right, up, and down order. This is useful on angled consoles, mobile ground-control equipment, equipment doors, and control stations where operators may not always view the screen directly from the center.

Wide-Temperature Operation and Brightness Boundaries

−20°C to +70°C supports broader equipment environments

The stated operating range is −20°C to +70°C, with storage from −30°C to +80°C. These values suit systems that encounter wider transport, warehouse, field, or equipment-cabinet temperatures than typical office electronics. They do not establish the environmental rating, ingress protection, condensation tolerance, or shock resistance of the finished device.

800 cd/m² should be evaluated behind the final front stack

The selected configuration uses 800 cd/m² typical luminance. Final readability still depends on cover-glass transmission, surface reflections, ambient light, enclosure geometry, and any bonding layer. Outdoor-facing or UAV-related installations should be tested with the actual front window and expected lighting rather than treating panel luminance alone as a sunlight-readable guarantee.

Integrating the 13.3 Inch Wide Temp Capacitive Touch Display Panel

The 30-pin eDP image path requires full host qualification

A 30-pin eDP connector does not guarantee lane, voltage, timing, connector orientation, or pin compatibility with another 30-pin panel. Before controller-board release, check the host against the approved pin assignment, eDP link configuration, voltage domains, cable/FPC orientation, and native 1920 × 1080 timing.

The eDP image path and I²C capacitive-touch path are separate interfaces and must be qualified independently.

I²C touch should be treated as a separate control path

The touch configuration uses projected-capacitive technology with a G+G structure and an I²C interface. ILI2511 is identified for the touch function. Confirm touch voltage, I²C address, reset and interrupt routing, connector definition, firmware requirements, and required touch behavior for the ordered assembly.

IC names do not replace interface documentation

RM97030 is identified as the display chip and ILI2511 as the touch IC. Those identifiers alone do not establish host-side initialization sequences, register programming, power sequencing, eDP link settings, or guaranteed compatibility. Production interface documentation and the approved sample should control integration.

Mechanical and Touch-Stack Planning

Use the active area for the viewing window

The 293.76 × 165.24 mm active area is the stable reference for the visible image region. The cover opening should also account for the approved touch-cover geometry, adhesive or bonding stack, and mounting tolerances.

Resolve the outline record before tooling

Two mechanical records differ: one gives 308 × 183.45 × 7.85 mm, while another gives 308 × 183 mm with a 7 mm maximum thickness. Enclosure tooling should therefore follow the approved production drawing for the ordered touch-display configuration.

Application Fit for UAV and Professional Equipment

The 13.3 Inch Wide Temp Capacitive Touch Display Panel is suited to evaluation for UAV or counter-UAV operator interfaces, industrial automation HMIs, logistics cabinet displays, equipment monitoring terminals, and related professional systems that use Full HD eDP graphics with a separate I²C touch path.

Medical-equipment interfaces may also use this display architecture when the finished device is separately qualified for applicable safety, EMC, cleaning, reliability, and regulatory requirements. The component specification alone does not establish medical-device certification.

For field-oriented systems, the combination of 800 cd/m² luminance and wide-temperature operation provides a useful starting point, while front glass, reflection control, thermal design, sealing, and ambient-light targets remain system-level decisions.

Customization and Project Qualification

Project review can cover cover-lens geometry, touch tuning, bonding method, eDP cable and pin definition, FPC direction, surface treatment, luminance target, enclosure adaptation, mounting, packaging, and related integration requirements.

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

Procurement Checklist

Before approving the 13.3 Inch Wide Temp Capacitive Touch Display Panel, confirm native 1920 × 1080 timing, the complete 30-pin eDP assignment, link configuration and voltage domains, I²C touch-controller details, active area, approved combined outline drawing, 800 cd/m² luminance tolerance, 85° viewing specification, temperature limits, cover-lens and bonding stack, cable/FPC orientation, environmental requirements, sample criteria, project quantity, and annual demand.

Application Scenarios

FAQ

About 13.3 Inch Wide Temp Capacitive Touch Display Panel

What must be checked before connecting this 30-pin eDP display to an existing host?

A matching 30-pin connector is not enough for replacement approval. Match the native 1920 × 1080 timing, complete eDP pin assignment, link configuration, voltage domains, connector orientation, and cable definition. The separate I²C touch path must also be reviewed. Submit the host interface specification and intended cable for combined display-and-touch qualification.

Does the I²C touch connection use the same interface as the eDP image signal?

No. The LCD image uses 30-pin eDP, while projected-capacitive touch uses I²C and identifies ILI2511 for the touch function. Confirm the touch connector, voltage, I²C address, reset and interrupt signals, firmware behavior, and required touch operation rather than assuming touch data is carried through eDP.

Is 800 cd/m² sufficient for an outdoor UAV control display?

800 cd/m² provides useful luminance headroom but does not guarantee finished-system outdoor readability. Front-glass transmission, reflection, bonding, ambient light, viewing angle, and enclosure geometry all affect the result. Evaluate an assembled sample under the intended lighting and define a finished-system readability target before freezing the optical stack.

Which dimensions should control enclosure tooling?

The approved production drawing should control tooling because the mechanical records are not fully consistent. One record gives 308 × 183.45 × 7.85 mm; another gives 308 × 183 mm with 7 mm maximum thickness. Use the 293.76 × 165.24 mm active area for image-window planning and confirm the final cover outline, thickness, FPC exits, and mounting tolerances.

What do the RM97030 and ILI2511 identifiers mean for integration?

The configuration identifies RM97030 as the display chip and ILI2511 as the touch IC. Those names do not define initialization commands, register settings, power sequence, eDP lane configuration, or touch firmware requirements. Use the approved module specification, pin definition, controller documentation, and qualified sample as the engineering basis.

Need a custom solution or samples?

Request Engineering Review For a 13.3 Inch Wide Temp Capacitive Touch Display Panel project, submit the host platform, eDP interface specification, complete 30-pin pinout, touch-controller and I²C requirements, cover-lens drawing, enclosure limits, target lighting conditions, environmental requirements, sample quantity, and annual demand. Engineering review covers eDP and touch compatibility, optical target, temperature requirements, mechanical stack, cable/FPC routing, cover-lens and bonding options, and project-specific customization.
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