A display shaped around your product.
Explore size, curve, cover glass and touch options against the enclosure and visual goal.
Custom AMOLED display solutions

BINTU / CUSTOM DISPLAY SOLUTIONS
BINTU supplies flexible AMOLED display modules for OEM hardware, with module selection and custom display integration support. Review cover glass, touch options and mechanical fit for your product.
Review flexible AMOLED integration or custom OLED engineering. Explore display concepts for tall AI speakers and compact smart speakers.
WHY BINTU GLOBAL
BINTU combines display selection, engineering review and project coordination to help hardware teams move from concept to validated configuration more efficiently.
AI HARDWARE & EMBEDDED INTEGRATION
Display geometry, touch and mechanical fit are reviewed as one product integration.
Active area, curvature, viewing angle.
Touch stack, cover geometry, optical bonding.
FPC, connector, bezel and enclosure.
02 / AI HARDWARE APPLICATION
Applications show where OLED can add information and interaction. The display remains the product BINTU supplies.

SCENE CONCEPT · 04 / 07
A compact OLED window can bring status and expression into an AI hardware concept. BINTU reviews the display, cover, touch and interface for the actual enclosure.
Images are application concepts, not delivered customer projects. BINTU supplies OLED display solutions, not the finished devices shown.
01 / APPLICATION SCENES
Audio, smart spaces and AI companion concepts
02 / DISPLAYS & DEVICES
Phone-format modules, handheld gaming and consumer electronics
03 / FIND A DISPLAY
A selected view of the BINTU AMOLED range. The 3.26-inch entry has real sample photography and a test film. All 55 catalog references remain available in the full AMOLED catalog.Browse all 55 BINTU catalog references. The 3.26-inch entry currently has real sample photography and a test film; other sizes remain catalog starting points for discussion.
8 featured products / 55 catalog records8 featured products / 55 catalog records
3.26-inch: real sample detail · Other configurations: discuss availability| Size (inch) | BINTU reference | Resolution | Structure | Backplane | Shape | Next step |
|---|---|---|---|---|---|---|
3.26 | BINTU-P-0002REAL SAMPLE + VIDEO | 382 × 720 | Flex | — | Square | |
6.67 | BINTU-P-0004 | To confirm | — | — | — | |
6.7 | BINTU-P-0005 | 1080 × 2412 | — | — | — | |
1.0 | BINTU-P-0025 | 184 × 276 | Rigid | LTPS | Square | |
1.1 | BINTU-P-0026 | 126 × 294 | Rigid | LTPS | Square | |
1.1 | BINTU-P-0027 | 126 × 294 | Flex | LTPS | Square | |
1.11 | BINTU-P-0028 | 80 × 320 | Hybrid | LTPS | Square | |
1.47 | BINTU-P-0029 | 194 × 368 | Rigid | LTPS | Square | |
1.578 | BINTU-P-0030 | 384 × 616 | Flex | LTPS | Square | |
1.58 | BINTU-P-0031 | 256 × 402 | Rigid | LTPS | Square | |
1.72 | BINTU-P-0032 | 212 × 520 | Rigid | LTPS | Square | |
1.76 | BINTU-P-0033 | 336 × 480 | Rigid | LTPS | Square | |
1.82 | BINTU-P-0034 | 408 × 480 | Hybrid | LTPS | Square | |
1.85 | BINTU-P-0035 | 390 × 450 | Rigid | LTPS | Square | |
1.97 | BINTU-P-0036 | 390 × 450 | Rigid | LTPS | Square | |
2.07 | BINTU-P-0037 | 432 × 514 | Rigid | LTPS | Square | |
2.4 | BINTU-P-0038 | 450 × 600 | Rigid | LTPS | Square | |
1.38 | BINTU-P-0039 | 466 × 466 | Flex | LTPO | Circular | |
1.43 | BINTU-P-0040 | 466 × 466 | Rigid | LTPS | Circular | |
1.47 | BINTU-P-0041 | 466 × 466 | Hybrid | LTPO | Circular | |
1.48 | BINTU-P-0042 | 480 × 480 | Rigid | LTPS | Circular | |
1.5 | BINTU-P-0043 | 466 × 466 | Flex | LTPO | Circular | |
2.2 | BINTU-P-0044 | 480 × 480 | Rigid | LTPS | Circular | |
3.2 | BINTU-P-0045 | 1024 × 768 | Flex | LTPO | Square | |
3.48 | BINTU-P-0046 | 980 × 980 | Flex | LTPO | Square | |
3.54 | BINTU-P-0047 | 604 × 1024 | Rigid | LTPS | Square | |
3.92 | BINTU-P-0048 | 1080 × 1240 | Rigid | LTPS | Square | |
4.39 | BINTU-P-0049 | 568 × 1210 | Rigid | LTPS | Square | |
To confirm | BINTU-P-0050 | 900 × 900 | Rigid | LTPS | Square | |
4.5 | BINTU-P-0051 | 1280 × 960 | Rigid | LTPS | Square | |
5.48 | BINTU-P-0052 | 1080 × 1920 | Rigid | LTPS | Square | |
5.78 | BINTU-P-0053 | 1080 × 2400 | Flex | LTPS | Square | |
6.01 | BINTU-P-0054 | 1080 × 2160 | Rigid | LTPS | Square | |
6.28 | BINTU-P-0055 | 2120 × 1320 | Flex | LTPO | Square | |
6.39 | BINTU-P-0056 | 1080 × 2504 | Flex | LTPO | Square | |
6.39 | BINTU-P-0057 | 1220 × 2340 | Rigid | LTPS | Square | |
6.45 | BINTU-P-0058 | 1080 × 2440 | Flex | LTPO | Square | |
6.58 | BINTU-P-0059 | 1256 × 2760 | Flex | LTPO | Square | |
6.59 | BINTU-P-0060 | 1260 × 2750 | Flex | LTPS | Square | |
6.67 | BINTU-P-0061 | 1260 × 2800 | Flex | LTPS | Square | |
6.78 | BINTU-P-0062 | 1080 × 2436 | Flex | LTPS | Square | |
6.78 | BINTU-P-0063 | 1276 × 2848 | Flex | LTPO | Square | |
6.806 | BINTU-P-0064 | 1272 × 2860 | Flex | LTPO | Square | |
6.83 | BINTU-P-0065 | 1280 × 2772 | Flex | LTPS | Square | |
7.0 | BINTU-P-0066 | 1080 × 1920 | Rigid | LTPS | Square | |
7.4 | BINTU-P-0067 | 1200 × 1920 | Flex | LTPS | Square | |
7.71 | BINTU-P-0068 | 2016 × 2348 | Flex | LTPS | Square | |
7.84 | BINTU-P-0069 | 600 × 1920 | Rigid | LTPS | Square | |
7.847 | BINTU-P-0070 | 2496 × 2224 | Flex | LTPS | Square | |
7.92 | BINTU-P-0071 | 2344 × 2156 | Flex | LTPO | Square | |
8.8 | BINTU-P-0072 | 1440 × 2304 | Flex | LTPS | Square | |
11.0 | BINTU-P-0073 | 1640 × 2360 | Hybrid | LTPS | Square | |
13.2 | BINTU-P-0074 | 2880 × 1920 | Flex | LTPS | Square | |
14.2 | BINTU-P-0075 | 3120 × 2080 | Flex | LTPS | Square | |
14.2 | BINTU-P-0076 | 2650 × 1392 | Flex | LTPS | Square |
BINTU references are catalog identifiers. “—” and “To confirm” indicate information to discuss, not zero or an unsupported specification. Flexible structure does not by itself establish a permitted bend radius.
Basic datasheets are available for most catalog references. For detailed specifications and engineering documents, please contact Bintu Global.
FLEXIBLE OLED CAPABILITIES
Size, form factor, FPC, cover glass and interface structure can be reviewed around your product requirements.
Match the display window and active area to the product layout.
Support flat, curved, circular and custom-shaped directions.
Coordinate cover geometry, appearance and display window.
Review touch stack and bonding requirements together.
Coordinate length, routing and exit direction for the product structure.
Review interface and connector positioning for practical integration.
Review active area, curvature and viewing requirements.
Coordinate OLED, touch and cover glass bonding.
Review the complete display stack for available product space.
Match bezel, enclosure and mounting requirements.
Coordinate FPC and connector location with the hardware layout.
Adapt the display solution around the target device and use case.
Final geometry and integration details are confirmed during project review.
05 / THREE SOLUTION CHAPTERS
From screen geometry through embedded interaction to finished surface design, each project starts with a feasibility discussion.
Explore size, curve, cover glass and touch options against the enclosure and visual goal.
Bring the OLED viewing area, touch, connector and cover into one hardware design. The final bezel and mechanical fit are confirmed for the selected module.
Viewing area, curvature and active area aligned with the product surface.
Touch stack, cover geometry and optical integration designed as one system.
FPC, connector, bezel and enclosure constraints reviewed together.
Start with your product contour. We review cover-glass geometry, touch, bonding and the flexible OLED together before confirming a display stack.
Discuss cover-glass options
CURVED COVER APPLICATION CONCEPT · FINISHED DEVICE NOT SUPPLIEDTHREE SOLUTION CHAPTERS
From screen geometry through embedded interaction to finished surface design, each project starts with a feasibility discussion.
INTEGRATION ZONES / CONFIGURATION DEPENDENT
01 / FLEXIBLE OLED CUSTOMIZATION
Explore size, curve, cover glass and touch options against the enclosure and visual goal.
Configuration first · Feasibility before commitment02 / AI HARDWARE & EMBEDDED INTEGRATION
Bring the OLED viewing area, touch, connector and cover into one hardware design. The final bezel and mechanical fit are confirmed for the selected module.
DISPLAY INTEGRATION
03 / CURVED & SPECIAL-SHAPED OLED
Start with your product contour. We review cover-glass geometry, touch, bonding and the flexible OLED together before confirming a display stack.
Discuss cover-glass options →SECONDARY SOLUTIONS
APPLICATIONS INDEX
Flexible AMOLED and custom OLED solutions for products where form factor, integration and visual quality matter.
ENGINEERING TO PRODUCTION
We connect display selection, integration review, sample validation and production preparation in one clear process.
Define target size, application and mechanical constraints.
Select a suitable display direction and review integration feasibility.
Validate display performance, touch and mechanical fit.
Confirm the approved configuration for production preparation.
MANUFACTURING / QUALITY
BINTU coordinates module structure, bonding, assembly, cover glass, touch, FPC and interface requirements against the approved configuration.
Incoming material, assembly, optical, touch and reliability checks are reviewed against the confirmed project requirements. Documentation applies only to the relevant sample or model.
MANUFACTURING / QUALITY
START A DISPLAY PROJECT
Share your display size, product application and integration requirements.Tell us the display size, product application and integration requirements. Add your contact details so the live site can route your inquiry to our team.
Full specifications and drawings are discussed after a candidate configuration is selected.
Start Your Display ProjectDiscuss Your Display Project
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