2025-03-25
In the era of continuous iteration of display technology, there is a significant challenge in micro OLED display technology.
Nowadays, although there are a few small-sized and low-power micro OLED displays with high performance, due to reasons such as insufficient production capacity, the manufacturing costs remain high. This has led many manufacturers using micro OLED displays to seek more cost-effective products.
Among them, the LMC132U2K5C - B silicon-based OLED display is a latest product in the industry. It is a type of product developed by MOT Company, which features high performance and cost-effectiveness, redefining the visual standard for small-sized screens.
Next, we will evaluate the new micro OLED display product LMC132U2K5C - B from multiple aspects.
The LMC132U2K5C - B is only 1.32 inches, but it has a huge number of pixels arranged on it.
Compared with similar products of 0.7 inches, the 1.32-inch screen is of a medium size among micro displays, which can balance portability and display area, and is suitable for scenarios with high requirements for the field of view, such as lightweight AR glasses, micro industrial control screens, and wearable devices.
Currently, in the micro display industry, the common parameters of 1.3-1.5-inch micro OLED screens are: brightness of 1000-3000cd/m², color gamut of DCI-P3 80%-90%, and a resolution of about 1670PPI.
The LMC132U2K5C - B silicon-based OLED display we are reviewing today, with a 1.32-inch screen, has a brightness of ≥3000cd/m², a color gamut of DCI-P3≥85%, and a high contrast ratio of 500,000:1, which belongs to the high-end product series and has quite advanced technology.
Compared with products of other brands with the same performance parameters, this silicon-based OLED display has a more competitive price and a very high cost performance, and it is definitely your best choice.
The LMC132U2K5C - B has the characteristic of a variable refresh rate ranging from 1 to 144Hz. It dynamically adjusts the screen refresh rate to match the frame rates of pictures, videos, and games, achieving the optimization of the refresh rate.
The LMC132U2K5C - B matches the content frame rate in real time, eliminating the tearing feeling. At a high refresh rate of 144Hz, it can make fast dynamic images smoother; while at a low refresh rate such as 1Hz, it can reduce the display power consumption, extend the battery life, and enable the device to be used for a long time without affecting the project schedule. Therefore, this product is especially suitable for full-scene coverage, such as in the VR, medical, and wearable fields.
According to market research, about 70% of the micro screens globally use a fixed refresh rate, and the refresh rate is concentrated in the range of 60-120Hz. Therefore, the LMC132U2K5C - B has obvious advantages in technologies for reducing energy consumption and improving the smoothness of images.
In the field of VR/AR devices, the high refresh rate of 144Hz of the LMC132U2K5C - B reduces the feeling of dizziness, and the low refresh rate is suitable for the standby mode. In the field of medical imaging, the dynamic refresh rate supports real-time diagnosis and static image storage; in the field of industrial control, it can adapt to the dynamic data stream of robotic arms.
Whether it is an outdoor construction site under the scorching sun or a brightly lit large production workshop, the LMC132U2K5C - B micro display can provide clear image display. Even under the most stringent lighting conditions, you can easily see the screen information and complete tasks efficiently.
The LMC132U2K5C - B has a DCI - P3 color gamut coverage of more than 85%, which can accurately restore vivid colors.
This product meets the needs of film and television post-production, graphic design, HDR movie viewing, and gaming, and its color reproduction is significantly better than that of ordinary LCDs or low-color gamut OLEDs. It can completely present the fantasy scenes in some film and television works and the rich tones of art paintings.
Due to its large color gamut coverage, the LMC132U2K5C - B micro display is suitable for applications in film and television post-production, photography color correction, and animation design fields, providing more creative space for color expression for creators.
The LMC132U2K5C - B micro display has a contrast ratio as high as 500,000:1, which greatly improves the layering of the image.
This high-contrast characteristic enables it to play a crucial role in medical imaging diagnosis and aerospace instrument display fields. For example, in the aerospace field, the LMC132U2K5C - B can present the images of stars in the night sky very clearly.
In medical imaging diagnosis, doctors can more accurately identify diseased tissues through the screen even in low light conditions, greatly reducing the misdiagnosis rate. Moreover, the technological upgrade of medical equipment will also improve the treatment efficiency of doctors and save more scarce medical resources.
The contrast ratio performance of 500,000:1 has exceeded that of most conventional micro OLED screens, and its comprehensive performance has reached the level of high-end professional products. Combined with a brightness of >3000cd/m² and a high refresh rate of >120Hz, its cost performance is much higher than that of other similar products.
With its excellent performance in pixel resolution, refresh rate, brightness, color gamut, and contrast ratio, the LMC132U2K5C - B silicon-based OLED display has become the core display component for AR/VR devices, high-end microscope eyepieces, and portable medical diagnostic instruments.
