When sourcing for OEM projects, selecting the right OLED Display requires matching the interface content, resolution, and size to the driving matrix. Jingda Display supplies both passive-matrix and active-matrix options, allowing design teams to compare module specifications directly.
Beyond diagonal size, a successful procurement process evaluates the module against real-world usage. Jingda Display supports engineering teams through the following checkpoints:
A: MOQ depends on whether the program uses a standard module or a custom configuration. Standard PMOLED modules in sizes such as 0.96-inch and 2.8-inch typically support lower entry quantities, while a fully custom OLED Display with modified active area, FPC, interface or cover glass generally requires a higher tooling-related MOQ. Jingda Display reviews MOQ alongside the electrical and mechanical specification so the sourcing plan matches both prototype and volume production stages.
A: PMOLED is generally suited to small displays with simpler graphics, character data and icon-based interfaces, where a straightforward driving scheme and lower cost are priorities. AMOLED uses a TFT backplane with a storage capacitor per pixel, enabling higher resolution, faster refresh and lower power consumption for complex or dynamic content. Selection should match the interface content, resolution requirement, size and expected service life rather than choosing a technology by name alone.
The self-emissive nature of our modules makes them a strong fit for demanding environments. Jingda display has successfully supplied a 0.96-inch OLED Display module (128×64, SSD1306) for a wearable pulse oximeter application, where true-black contrast was critical for SpO2 waveform rendering. Our modules are also widely deployed in industrial HMI terminals, smart locks, and portable IoT instrumentation. If you require color complexity or larger sizes beyond OLED's typical band, you can review our TFT display category or explore the Monochrome LCD and OLED Display category.