17 Inch Flexible OLED Display for 2K eDP Integration in Smart Devices

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Key Specs

Model P/N

HS17002S

Size

17″

Resolution

2040×2560

Brightness

300 (Typ.)(cd/m²)

Viewing Angle

85°/85°/85°/85° typical at CR 10

Connector Type

eDP

Operating Temp

-20 ~
60 °C

Overall(mm)

262(W)×
311(H)×
3(D)
Upgrade Options (OEM/ODM)

huisoar

HS17002S

General Features

Brand

huisoar

Panel Size (inch)

17"

Model P/N

HS17002S

Resolution

2040×2560

Brightness (nits)

300 cd/m² (Typ.)

Viewing Angle

85°/85°/85°/85° typical at CR 10

Contrast Ratio

100000:1

Response Time

-20 to 60°C

Overall (mm)

262(W)×
311(H) ×
3(D) mm

Active Area (mm)

257.15 × 325.25 mm

Refresh Rate

60Hz

Display Colors

16.7M colors; 90% CIE1931; separate 10-bit statement requires confirmation

Panel Type

oled, flexible-amoled, amoled

Connector Type

eDP

Operating Temp

-20 ~
60 °C

Touchscreen Type

Without Touch

Storage Temp

−30°C to +70°C

Work Mode

Self-luminous OLED

Control Type

eDP display with controller-board configuration indicated

Operating Environment

Smart-device / embedded product development g(Typ./Max.)

Designed For

industrial,Smart devices

17 Inch Flexible OLED Display for 2K eDP Integration in Smart Devices

A 17 Inch Flexible OLED Display for 2K eDP Integration gives product teams an AMOLED platform for smart-device concepts that need a bendable visual surface, high contrast, and an eDP signal path. The nominal 17-inch product is shown operating while curved and is specified with 100000:1 contrast, 60 Hz refresh, 85/85/85/85 viewing values at CR 10, and a 257.15 × 325.25 mm active area. Several mechanical, resolution, and color-depth fields conflict, so the ordered revision should be locked before tooling or electrical release.

Key Specifications at a Glance

SpecificationValue
Nominal display size17 inches
Display technologyFlexible AMOLED / OLED
Resolution2024 × 2560 pixels in detailed product data; another table lists 2040 × 2560
InterfaceeDP
Active area257.15 × 325.25 mm
Overall size262 × 331 mm
Contrast ratio100000:1
Viewing angle85°/85°/85°/85° typical at CR 10; direction order not specified
Refresh rate60 Hz
Color16.7M colors, 90% CIE1931 listed
Operating temperature−20°C to +60°C
Intended useSmart devices
Emission modeSelf-luminous OLED

Flexible Form Factor for Large Smart Devices

Bendable construction changes mechanical qualification

The flexible OLED structure supports curved or bendable product concepts where a rigid glass panel would restrict enclosure geometry. It is relevant to large smart terminals, rollable-monitor development, and custom equipment where the display surface is part of the industrial design.

Flexibility does not define an unlimited folding condition. Minimum bend radius, static versus dynamic bending, cycle count, bending zone, and edge-electronics stress limits are not specified. These items should be approved before a hinge, roller, curved support, or repeated-bend mechanism is released.

Nominal 17-inch size requires drawing control

The product is identified as 17 inches, while the 257.15 × 325.25 mm active area corresponds to about a 16.32-inch diagonal, which is also shown in a dimension graphic. Use the nominal size for product identification, but use the approved drawing for visible opening, active diagonal, and enclosure geometry.

High-Contrast OLED Image Performance

100000:1 contrast supports high-impact interfaces

The 100000:1 contrast ratio is a key optical characteristic of this AMOLED configuration. Combined with self-luminous operation, it supports dark-background interfaces, bright status elements, high-contrast graphics, and dense layouts.

No numeric luminance is confirmed, so brightness should not be promoted as a fixed specification. Final optical qualification should use the ordered panel, final curve geometry, cover structure, ambient lighting, and driving configuration.

Resolution and color data require revision confirmation

One technical set identifies 2024 × 2560 pixels, while another table uses 2040 × 2560. The 2024 × 2560 value is also repeated in the detailed product naming. Until the ordered revision is confirmed, UI assets and timing files should not be frozen around the conflicting horizontal pixel count.

Color data also conflict: specifications list 16.7M colors and 90% CIE1931, while a product graphic states 10 bit. Confirm native input color depth and eDP pixel format instead of assuming the 10-bit statement defines the electrical input path.

17 Inch Flexible OLED Display for 2K eDP Integration and eDP Host Integration

eDP is confirmed, but the full link definition is not

The panel uses eDP. However, lane count, link rate, connector pin count, pin assignment, AUX definition, panel power rails, sequencing, connector orientation, and cable specification are not confirmed. The interface document should be obtained before selecting a host board or releasing a custom cable.

An eDP interface label does not by itself establish host compatibility.

Controller-board scope must be locked separately

The product is presented with a controller-board configuration, but the exact board model, external video ports, power input, firmware, and cable set are not defined in the core panel specifications.

Separate native eDP panel requirements from controller-board functions. HDMI, USB-C, audio, or other ports should be specified and confirmed at system level rather than inferred from the panel interface.

Mechanical Planning and Self-Luminous Architecture

Active area and overall dimensions serve different functions

The main mechanical set lists a 257.15 × 325.25 mm active area and a 262 × 331 mm overall size. A separate dimensional value gives 325.24 × 257.14 mm, closely matching the active-area dimensions with orientation reversed.

The approved production drawing should control enclosure tooling.

Resolve the conflicting WLED field before electrical design

The display is identified as AMOLED/OLED and self-luminous. A separate light-source field references a 6S3P WLED configuration without a driver, which conflicts with self-emissive OLED architecture.

Do not create a WLED backlight circuit from that field. Require the ordered electrical documentation to resolve the light-source entry before power architecture is released.

Smart-Device Application Direction

The 5:4-format display can support smart-device projects that benefit from more vertical working area than a conventional widescreen screen. Suitable directions include premium embedded terminals, curved control surfaces, large portable visual products, concept hardware, and custom equipment.

A 17 Inch Flexible OLED Display for 2K eDP Integration is most valuable when the enclosure is intentionally designed around curvature and when the eDP host path is known. A rigid flat product may not justify the extra mechanical qualification required by a flexible display.

Customization and Procurement Planning

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.

Define the bend condition, eDP host, controller-board requirement, final resolution revision, visible opening, support structure, operating environment, and expected annual demand before customization review. Touch, cover structure, bonding, external I/O, and enclosure mechanics should be treated as separate requirements unless specifically included in the ordered configuration.

Procurement Checklist

Confirm nominal size and approved active diagonal; resolve 2024 × 2560 versus 2040 × 2560; obtain the approved active-area and overall drawing; define static or dynamic bend condition, minimum radius, bending zone, and cycle requirement; confirm eDP lane count, link rate, pinout, connector, cable, power rails, and sequencing; verify 60 Hz operation; resolve 16.7M versus 10-bit color wording; confirm 90% CIE1931 scope, 100000:1 contrast, and −20°C to +60°C operating limits; define controller-board I/O and touch status; and submit sample criteria, quantity, and annual demand.

Application Scenarios

FAQ

About 17 Inch Flexible OLED Display for 2K eDP Integration

What bend information must be approved before a curved enclosure is released?

The required curve must be matched to an approved mechanical limit. Minimum bend radius and validated cycle count are not defined for this configuration. Submit static or dynamic use, bending direction, support geometry, hinge or roller concept, and expected cycles before tooling.

What must be checked before connecting an eDP host or controller board?

Confirm eDP lane count, link rate, pinout, AUX path, panel power, sequencing, and cable orientation for the ordered revision. If a controller board is required, also lock its external inputs, power source, firmware, and cable set.

Which resolution should engineering use when two values appear?

The ordered timing document should control. One technical set lists 2024 × 2560 pixels, while another lists 2040 × 2560. The 2024-pixel value appears in the more detailed product identification, but production approval should still reference the exact ordered revision.

Which dimensions should control the opening and enclosure?

Use the approved mechanical drawing. The primary data lists a 257.15 × 325.25 mm active area and 262 × 331 mm overall size, while another graphic marks 16.32 inches and uses approximately 325.24 × 257.14 mm. Preliminary layout can use these values, but tooling should not.

Does the controller-board configuration define HDMI, USB-C, or other ports?

No external port set should be assumed. Controller electronics are shown with the display, but exact board revision and I/O are not defined in the core panel data. Submit the required video inputs, power source, audio needs, and control functions for confirmation.

Need a custom solution or samples?

Request Engineering Review For a 17 Inch Flexible OLED Display for 2K eDP Integration project, submit the required bend condition, eDP host specification, target resolution revision, mechanical drawing, visible opening, controller-board and external-I/O requirements, operating environment, sample quantity, and annual demand. Engineering review covers bend-condition qualification, eDP interface matching, ordered-resolution confirmation, color-path validation, controller-board scope, mechanical fit, OLED electrical architecture, and project-specific customization.
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