Freya Yang
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10.1 Inch Wide Temperature 2000 Nits PCAP Touch Screen for UAV HMI
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huisoar
HS101089N0-SY
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Designed For
10.1 Inch Wide Temperature 2000 Nits PCAP Touch Screen for UAV HMI
A 10.1-inch portrait IPS touch module with MIPI 4-lane display signaling, IIC touch control and a confirmed −10°C to +60°C operating range.
Product Summary
The Wide Temperature 2000 Nits PCAP Touch Screen is a 10.1-inch portrait display-and-touch module for UAV remote controllers, unmanned-vehicle control interfaces and equipment that needs high luminance, vertical UI space and capacitive touch. Its native 1200 × 1920 raster is paired with 2000 cd/m² typical luminance, IPS full-view optics, MIPI 4-lane display signaling and a separate IIC touch path.
The active area is 135.36 × 216.58 mm and the complete touch-display outline is 159.96 × 241.18 × 7.75 mm. The module uses a G+G projected-capacitive touch structure. HX8279D is identified on the display side and ST1727 on the touch side; these identifiers do not by themselves define host firmware or programming sequences.
Key Specifications
| Specification | Value |
|---|---|
| Display size | 10.1 inches |
| Native resolution | 1200 × 1920 pixels |
| Active area | 135.36 × 216.58 mm |
| Module outline | 159.96 × 241.18 × 7.75 mm |
| Panel technology | a-Si TFT-LCD, IPS |
| Optical mode | Transmissive, full-view IPS |
| Brightness | 2000 cd/m² typical |
| Contrast ratio | 1000:1 typical |
| Viewing angle | 85°/85°/85°/85° L/R/U/D |
| Display colors | 16.7M colors |
| Display interface | MIPI 4-lane |
| Connector | 40-pin |
| Touch technology | Projected capacitive touch, G+G |
| Touch interface | IIC |
| Display IC identifier | HX8279D |
| Touch IC identifier | ST1727 |
| Backlight | WLED |
| Operating temperature | −10°C to +60°C |
| Storage temperature | −20°C to +70°C |
2000 cd/m² Portrait Display for UAV Interfaces
A 1200 × 1920 portrait raster gives control-system designers vertical workspace for telemetry, maps, camera views, menus and stacked status information. For handheld or console-style remote controllers, this layout can support a dense information hierarchy without forcing a landscape UI into a narrow front panel.
Native 1200 × 1920 UI Planning
The display should be driven at its native 1200 × 1920 timing when the host platform allows it. This gives software teams a fixed pixel canvas for touch targets, status bars and video or map windows. The 135.36 × 216.58 mm active area also provides the mechanical reference for the visible opening.
2000 cd/m² for Bright Outdoor-Facing Equipment
The specified 2000 cd/m² typical luminance provides a strong basis for bright-ambient and outdoor-facing evaluation. Final readability also depends on cover-glass transmission, reflections, bonding, viewing angle and enclosure thermal behavior.
A 2000 cd/m² panel should therefore be qualified behind the actual front stack rather than treated as a guarantee of readability in every direct-sun installation.
Wide Temperature 2000 Nits PCAP Touch Screen Integration
This module separates the high-speed display path from the touch-control path, which matters when host PCB resources, FPC routing and software architecture are planned.
MIPI 4-Lane and 40-Pin Display Path
The LCD is specified with MIPI 4-lane signaling and a 40-pin connection. A matching 40-pin connector does not guarantee MIPI compatibility without verification of the pin assignment, lane mapping, voltage domains, timing, reset/control requirements and FPC orientation.
Before PCB release, engineering should obtain the approved pin map and electrical specification for the exact production revision.
IIC PCAP Touch Path
Projected-capacitive touch uses IIC, while ST1727 is identified on the touch side. The LCD and touch paths therefore use different buses: MIPI 4-lane for image data and IIC for touch communication.
Host planning should reserve display and touch resources independently and confirm touch interrupt, reset, voltage and connector details before production.
G+G Touch Structure and Mechanical Planning
The touch assembly is specified as G+G. This does not establish a particular cover-glass thickness, hardness, touch-point count, glove mode or wet-touch performance unless those items are fixed in the approved project documentation.
Touch-Display Envelope
Use 159.96 × 241.18 × 7.75 mm for overall enclosure clearance and 135.36 × 216.58 mm for the visible area. Cable exit direction, flex bend radius, cover opening and mounting pressure should be checked before tooling.
IPS Viewing for Shared Control Interfaces
The module lists 85°/85°/85°/85° viewing angles in left/right/up/down order, plus a 1000:1 typical contrast ratio and 16.7M colors. These parameters support graphical control interfaces viewed from more than one operator angle.
Temperature Range and Outdoor Qualification
In this configuration, “Wide Temperature” is bounded by the specified −10°C to +60°C operating range and −20°C to +70°C storage range. It should not be interpreted as a broader −20°C to +70°C operating grade or an automotive-temperature qualification.
Operating and Storage Limits Are Different
Use −10°C to +60°C for powered operation. The −20°C to +70°C range applies to storage. For UAV controllers and outdoor equipment, compare the actual internal enclosure temperature—not only ambient air temperature—with the operating range.
Outdoor Use Requires Finished-System Review
This 10.1-inch high-brightness touch module can be evaluated for drone controllers, unmanned-vehicle remote controls, monitoring equipment and other outdoor-facing systems. Environmental sealing, impact protection, condensation control and final optical performance belong to the finished equipment.
Medical-equipment integration may also be evaluated, but finished-device qualification and regulatory requirements must be handled separately.
Application Fit
The Wide Temperature 2000 Nits PCAP Touch Screen is most relevant where portrait UI, high luminance, capacitive touch and MIPI integration are required together. Suitable evaluation routes include UAV remote-controller displays, unmanned-vehicle remote-control displays, portable monitoring consoles, industrial handheld interfaces and outdoor control terminals.
It is less suitable when the host cannot provide the required MIPI display link or when the operating environment exceeds −10°C to +60°C. Resolve those constraints before enclosure or PCB tooling.
Configuration and Customization Boundaries
Project review can cover display FPC and MIPI definition, touch-interface details, cover structure, optical bonding, front-window treatment, cable routing, mechanical adaptation and controller-board requirements when the necessary engineering inputs are available.
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 releasing the Wide Temperature 2000 Nits PCAP Touch Screen, confirm the production revision; native 1200 × 1920 timing; MIPI 4-lane pin map and voltage domains; 40-pin connector orientation; HX8279D documentation; IIC touch bus, ST1727 documentation, interrupt/reset and voltage requirements; 135.36 × 216.58 mm active area; 159.96 × 241.18 × 7.75 mm envelope; 2000 cd/m² luminance tolerance and measurement method; WLED electrical requirements; temperature limits; front-glass stack; thermal plan; sample criteria; quantity and annual demand.
FAQ
About 10.1 Inch Wide Temperature 2000 Nits PCAP Touch Screen
What must be verified before connecting this module to a MIPI host?
How should the display and touch interfaces be allocated on the host?
How does the portrait resolution affect UAV remote-controller UI design?
Is 2000 cd/m² sufficient for every outdoor installation?
What temperature limits should be used for system qualification?
What is the minimum order quantity (MOQ) for custom display modules with integrated touch and controller boards?
MOQ for custom display modules with integrated touch and controller boards is In the display industry, MOQs typically depend on the level of customization, panel availability, and whether a custom controller board is required. Standard modules may have lower MOQs, while fully customized solutions often require higher quantities. For this specific model, HS101089N0-SY, please contact our sales team to confirm the exact MOQ based on your project requirements and customization needs.
What are the common interface options (e.g., LVDS, eDP, MIPI) for your industrial TFT displays, and what are their pin counts?
This 10.1-inch display module uses a MIPI 4-lane interface with a 40-pin connector. MIPI is common for high-resolution panels in portable and embedded systems. For this model, the interface is fixed as MIPI 4-lane, 40-pin.
What are the operating temperature ranges for your industrial-grade LCD panels?
These ranges are suitable for many UAV and outdoor applications. For extreme environments, such as those below -10°C or above +60°C, please consult our engineering team to discuss options like heaters or wider-temperature panels. Exact performance at temperature extremes should be confirmed with the datasheet and our technical support.
Can you integrate a touch controller and provide a fully assembled display module?
Yes, we can integrate a touch controller and provide a fully assembled display module. The HS101089N0-SY is a complete module with G+G projected-capacitive touch and a separate IIC touch interface. We can also customize the touch controller and provide a ready-to-use assembly. For your project, please share your mechanical and electrical requirements so we can propose the best solution.
Can you provide a custom LCD panel with specific dimensions and a round shape?
Yes, we can provide custom LCD panels with specific dimensions and shapes, including round designs. Customization typically involves minimum order quantities and engineering lead times. For a round panel, we would need your required diameter, resolution, and interface. Please contact our engineering team with your detailed specifications to evaluate feasibility and provide a quotation.
Freya Yang
+86 18318948097
