2025-03-25
In the wave of technology, OLED display technology is constantly innovating. Driven by people's pursuit of high-definition images, major manufacturers around the world have developed various micro OLED screen products, fully meeting the needs of consumers.
Among them, the LMC071FHDC-A silicon-based OLED display launched by MOT Company in Hong Kong has won the favor of relevant enterprises with its excellent performance and cost-effectiveness advantages.
The LMC071FHDC-A-3000 is a 0.71-inch, FHD resolution (1920x1080), active-matrix color OLED (Organic Light Emitting Display) panel module based on a single-crystal silicon backplane. The pixel circuit and driver IC are integrated on the silicon backplane to achieve compact size and extremely low power consumption.
Features of LMC071FHDC-A-3000
◼ 0.71-inch ultra-clear display, PPI=3135
◼ Resolution 1920x1080, refresh rate up to 90Hz
◼ Full color mode, 16.7M colors
◼ High contrast (>10000:1)
◼ Brightness control, temperature compensation, 2D infrared compensation
◼ Scan direction can be selected up or down
◼ Interface supports MIPI or MIPI+IIC
Supports VESA-DSC on-chip decoder (3x and 3.75x compression ratio)
Supports 1.33x (1440×810 to 1920×1080) and 1.5x (1280×720 to 1920×1080) scaling
So, what are the advantages and disadvantages of this micro OLED screen? In this article, we will conduct a detailed review of this product.
The LMC071FHDC-A adopts an ultra-small size design of only 0.71 inches. As a spare part for many wearable devices, it can help make the device products lighter and smaller.
What are the advantages of this ultra-small size product of only 0.71 inches compared with other brands of products?
In the current trend of pursuing lightweight and miniaturized devices, the ultra-small size of 0.71 inches is lighter and thinner than products of other brands, reflecting a very high level of integration and miniaturization. It is very suitable for use in high-end virtual reality (VR) devices, miniature medical instruments, augmented reality (AR) glasses, and other micro display devices.
In some micro projectors, using a 0.71-inch micro display screen can not only maintain the compact appearance of the projector but also allow for the addition of more optical components, improving other performance aspects of the product and enhancing its competitiveness.
In addition, compared with products of other brands, the LMC071FHDC-A has a higher technical difficulty and requires overcoming more technical challenges.
The successful launch of this 0.71-inch micro display screen precisely demonstrates that MOT Company has very mature technology, more sophisticated manufacturing equipment, and higher craftsmanship, especially in semiconductor manufacturing processes, pixel design, and circuit integration.
According to the official disclosure, this silicon-based micro OLED display has an ultra-high brightness of greater than 3000cd/m².
In simple terms, even in an outdoor environment with direct strong light, you can clearly see the content on the screen. You can check navigation information on a sunny beach or in the scorching desert, getting rid of the limitations of ambient light.
What are the advantages of a micro display screen with an ultra-high brightness of greater than 3000cd/m² compared with products of other brands?
A high brightness of greater than 3000cd/m² means that the light-emitting components of the screen perform extremely well. In addition, the driving circuit and light-emitting materials of this silicon-based micro OLED display have all undergone quite strict design and testing.
Although some high-end similar products have already appeared on the market, the LMC071FHDC-A silicon-based micro OLED display produced by MOT Company is more affordable in price while maintaining good quality, offering a higher cost-performance ratio.
Moreover, a micro display screen with an ultra-high brightness of greater than 3000cd/m² has already provided excellent display effects in many scenarios, presenting great cost-effectiveness advantages.
The LMC071FHDC-A silicon-based micro OLED display has a DCI-P3 color gamut coverage of greater than 85%, enabling it to present extremely rich colors.
Such a color gamut coverage means that it can be used to present the visual effects that many artists dream of. Especially in the fantastic scenes of 3D movies, in order to create a dreamy atmosphere, such a high color gamut coverage range can perfectly restore the artistic colors on the small screen.
Although there are still a few top products with a higher DCI-P3 color gamut coverage, the LMC071FHDC-A micro display screen can already provide a rather good color experience, which is sufficient to satisfy consumers.
In addition, this product has a higher cost-performance ratio compared with products of other brands. With MOT's mature technical level and quality management, this product is more affordable and offers a very high cost-performance ratio.
The LMC071FHDC-A silicon-based micro OLED display has an excellent contrast ratio, making the black deeper and the white brighter, creating a three-dimensional effect.
For example, when displaying a night scene, the bright starry sky forms a sharp contrast with the deep night sky, making every star clearly visible. When appreciating the details of an image, subtle changes can be identified at the light and dark transition areas, and the image is more vivid and realistic.
Nowadays, there are more and more micro display screen products. So, if you are manufacturing a small device, how should you choose a micro display screen?
The LMC071FHDC-A silicon-based OLED display has an ultra-small size, which can make your product more compact and provide a better experience for wearable devices. With its excellent features of ultra-high brightness, wide color gamut coverage, and high contrast ratio, it can bring consumers a very good user experience. It is definitely a product with a high cost-performance ratio.
