DisplayMan supplies PMOLED Displays for products that need small OLED modules for text, icons, simple graphics, status information and compact user interfaces.
PMOLED modules are commonly used in instruments, meters, controllers, medical devices, handheld equipment, smart appliances, industrial devices, audio equipment and embedded electronics.
This page focuses on PMOLED module selection and module-level integration, including size, resolution, color, interface, driver IC, FPC, connector, cover glass, mechanical structure and replacement requirements.
Choose PMOLED when the product needs a small self-emissive OLED module for simple text, icons, graphics or status information.
These models are reference examples. Final availability and specifications should be confirmed according to size, resolution, interface, driver IC, color, mechanical structure and quantity.
| Reference Size | Resolution | Interface | IC / Driver | Typical Use |
|---|---|---|---|---|
| 0.96″ PMOLED Display | 128 × 64 | I2C / SPI | SH1107 | Compact devices, status displays and handheld electronics |
| 1.3″ PMOLED Display | 128 × 64 | I2C | SH1106 | Instruments, meters, controllers and embedded products |
| 2.8″ PMOLED Display | 256 × 64 | I2C / SPI | SSD1322U | Long narrow status displays, industrial panels and audio equipment |
| 3.12″ PMOLED Display | 256 × 64 | SPI | SSD1322 | Larger monochrome graphics, instruments and control panels |
PMOLED selection should review size, resolution, color, interface, driver IC, active area, module outline, connector, environment and supply availability—not size alone.
PMOLED means Passive-Matrix Organic Light-Emitting Diode. Rows and columns are scanned to control pixels.
PMOLED is best suited to small display areas, monochrome content, icons, characters and status information.
No separate LCD backlight is required because the OLED pixels emit light directly.
PMOLED is not the right direction for large full-color video, complex animation or high-resolution graphical UI.
Small and thin modules fit instruments, meters and embedded products with limited front-panel space.
Self-emissive OLED structure can simplify the module and provide strong contrast in controlled environments.
Practical for numbers, icons, warning messages, measurements and simple menus.
I2C and SPI are common interfaces for microcontroller-based products.
Useful when a compact product needs an OLED appearance but does not require full-color AMOLED performance.
Existing PMOLED modules can be reviewed by IC, interface, FPC, connector and mechanical compatibility.
| Factor | PMOLED Displays | AMOLED Displays |
|---|---|---|
| Driving Method | Passive-matrix row and column scanning | Active-matrix pixel control |
| Display Size | Usually small sizes | Small to medium sizes |
| Resolution | Lower resolution and simple UI | Higher resolution and richer UI |
| Color Direction | Usually monochrome or simple color | Usually full-color |
| Content Type | Text, icons, simple graphics and status data | Images, animations, dynamic UI and full-color interface |
| Interface | Commonly I2C, SPI or parallel | Commonly MIPI, SPI or project-based |
| Cost Direction | More practical for small simple displays | Higher cost with stronger visual performance |
| Best For | Instruments, meters, controllers and compact devices | Wearables, smart devices, handheld products and premium UI |
| Selection Logic | Choose for small simple OLED display | Choose for full-color OLED performance |
| Factor | PMOLED Displays | Monochrome LCD Displays |
|---|---|---|
| Light Source | Self-emissive OLED pixels | Reflective, transmissive or backlit LCD |
| Backlight | Not required | May be required depending on LCD type |
| Contrast | High contrast in controlled environments | Depends on LCD mode and lighting |
| Power Behavior | Depends on lit pixels and content | Reflective LCD can be extremely low power |
| Outdoor Sunlight | Needs careful review | Reflective LCD can perform very well |
| Static Content | OLED lifetime and image retention should be reviewed | Usually more practical for long static content |
| Custom Segment Display | Less common | Very common and cost-effective |
| Best For | Compact OLED UI, icons and small graphics | Segment displays, character displays and low-power instruments |
| Selection Logic | Choose for self-emissive OLED appearance | Choose for ultra-low power, sunlight readability or custom segment LCD |
| Factor | PMOLED Displays | TFT LCD Displays |
|---|---|---|
| Display Content | Simple text, icons and monochrome graphics | Full-color UI, images, video and complex menus |
| Size Direction | Small sizes | Small to large sizes |
| Backlight | No backlight required | Backlight required |
| Interface | I2C, SPI or simple control | RGB, LVDS, MIPI, SPI and controller-board options |
| Cost Direction | Practical for small OLED UI | Practical for full-color display modules |
| Static UI | Needs OLED lifetime review | Usually better for long static UI |
| Best For | Meters, controllers and compact devices | HMI, terminals, instruments and smart products |
| Selection Logic | Choose for small simple OLED display | Choose for full-color graphical display |
Choose PMOLED for a small self-emissive OLED status display. Choose AMOLED for full-color OLED performance, Monochrome LCD for very low power or long static content, and TFT LCD for larger full-color graphical UI.
A correct PMOLED solution depends on the module, driver IC, firmware, connector, operating content, mechanical fit and supply plan.
PMOLED modules are normally selected from existing standard sizes. Common resolutions include 128 × 64 and 256 × 64.
Many PMOLED modules are monochrome, including white, blue, yellow and green. PMOLED is not normally selected for rich full-color UI.
I2C and SPI are common PMOLED interfaces. The selected interface must match the MCU, mainboard, firmware and connector design.
The driver IC affects command set, firmware, interface compatibility and replacement possibility.
FPC length, connector pitch, pin definition and installation direction must fit the PCB and enclosure.
Static or semi-static icons and text require OLED lifetime and image-retention review.
Module outline, active area, connector direction and mounting structure must fit the final product.
Small OLED modules may change over time depending on panel, IC and material availability.
For most PMOLED projects, use an existing standard module first. Customization normally focuses on FPC, connector, PCB structure, cover glass, interface matching and mechanical integration. Fully custom PMOLED development may require tooling, higher MOQ and longer lead time.
| Project Requirement | Recommended Direction |
|---|---|
| Small monochrome OLED display | PMOLED Displays |
| 128 × 64 simple OLED module | PMOLED Displays |
| 256 × 64 status display | PMOLED Displays |
| Full-color OLED image display | AMOLED Displays |
| Curved or bendable OLED structure | Flexible OLED Displays |
| Custom FPC, connector or mechanical integration | Custom OLED Displays |
| Transparent OLED effect | Transparent OLED Displays |
| Very low-power static display | Monochrome LCD Displays |
| Full-color HMI display | TFT LCD Displays |
| Long static industrial display | Industrial TFT LCD Displays or Monochrome LCD Displays |
Use PMOLED when the main requirement is a small, simple OLED interface. Route full-color OLED to AMOLED, curvature to Flexible OLED and special FPC or mechanical integration to Custom OLED.
For replacement projects, provide the original OLED photos, datasheet, connector details, pin definition and sample whenever possible.
A PMOLED Display is a passive-matrix OLED display module commonly used for small-size text, icon, simple graphic and status applications.
PMOLED uses passive-matrix scanning and is generally selected for small simple displays. AMOLED uses active-matrix driving and is more suitable for full-color, higher-resolution and dynamic UI.
Most PMOLED modules are monochrome or simple-color displays. If full-color image performance is required, AMOLED is usually the more suitable direction.
Common PMOLED sizes include small modules such as 0.96, 1.3, 2.8 and 3.12 inches, with common resolutions such as 128 × 64 and 256 × 64.
Common interfaces include I2C and SPI. Some modules may use parallel or other project-based interfaces depending on driver IC and module design.
Yes. PMOLED is commonly used in instruments, meters, controllers, handheld devices and embedded electronics for text, icons and status information.
Sometimes, but power, readability, interface, size, operating environment and static-content behavior must be reviewed. Reflective monochrome LCD may still be better for ultra-low power or sunlight readability.
Yes. OLED image retention or burn-in can occur when static content is displayed for long periods. UI content and operating hours should be reviewed.
FPC, connector, PCB structure, cover glass, mechanical outline and interface matching can be reviewed. Fully custom PMOLED development depends on tooling, MOQ and feasibility.
PMOLED is usually used for small non-touch displays. Touch can be reviewed in selected projects, but AMOLED or TFT LCD touch products may be more practical for touch-heavy applications.
Selected outdoor-facing use is possible, but brightness, sunlight readability, sealing, temperature, lifetime and enclosure design require careful review.
FPC length, direction and connector position can be reviewed depending on the standard module structure and quantity.
Driver-IC changes require a deeper feasibility review because the IC affects command set, firmware, pinout, interface and module structure.
The original model, driver IC, resolution, connector, pinout, FPC direction, outline and firmware compatibility should be checked.
It can be used, but OLED lifetime and image-retention risk must be reviewed for long-duration static icons, text or status areas.
Power depends on how many pixels are illuminated, brightness, content and operating time. A reflective monochrome LCD can be more efficient for some static low-power products.
Use standard modules where possible, validate samples early and plan alternatives because small OLED modules, ICs and materials can change over time.
Choose Custom OLED when special FPC, connector, cover glass, replacement or mechanical integration cannot be solved by a standard PMOLED module.
Choose Monochrome LCD when ultra-low power, long static content, sunlight readability or low-cost segment customization is more important than self-emissive OLED appearance.
Please provide size, resolution, color, interface, driver IC if known, FPC and connector requirements, mechanical drawing, quantity, environment, UI content and existing model information.
Send us the required size, resolution, color, interface, driver IC, FPC direction, connector requirement and product structure.
DisplayMan will review whether a standard PMOLED module is suitable, or whether AMOLED, Flexible OLED, Custom OLED or Monochrome LCD would better match the project.
PMOLED is practical for small simple OLED display needs, but module selection should still review IC, interface, FPC, connector, operating content, lifetime, mechanical fit and supply availability.
Please share your application, display size, quantity and project background. We will review the most practical display direction.
