Common Pixels
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We understand that each project has unique requirements. Our team works closely with you to identify the specific visual features that will best suit your application, whether it’s for advertising, public information, corporate use, or educational environments.
From high brightness and contrast ratios to advanced color calibration, we offer a wide range of visual features to enhance your display experience.
Our panels come in a variety of sizes designed to maximize visual interest and provide an exceptional viewing experience. By offering different dimensions, we ensure that your display can be tailored to fit any space, creating dynamic and engaging visuals that captivate audiences.
Dealers and resellers, please reach out for product details, pricing, and partnership opportunities.
If you are an end-user, we’ll connect you with a trusted vendor near you to ensure a smooth purchasing experience. Contact us, and we’ll direct you to the nearest authorized partner.
SignCode is a powerful content management system (CMS) designed to make managing your digital signage effortless. Whether you’re handling a single display or a network of screens across multiple locations, SignCode offers seamless remote control from a central hub, as long as you have internet access.
A CMS is a software platform that allows users to create, manage, and modify content on digital displays without requiring specialized technical knowledge. For digital signage, a CMS like SignCode enables efficient and centralized management of content across multiple screens.
SignCode boasts an intuitive interface, making it extremely easy to manage your digital signage content. Quickly update and schedule displays without any hassle, ensuring your messages are always fresh and relevant.
Control your digital signage remotely with SignCode from any location with internet access. Manage and update content across all your displays from a central location, reducing the need for on-site adjustments and saving valuable time.
SignCode offers flexibility in data storage and management. Choose to host your CMS on the cloud or on a local server, based on your specific needs and preferences. This ensures you have the control and accessibility you require, regardless of your IT infrastructure.
Manage different devices and content from a single platform with SignCode’s integrated control system. Coordinate your LED screens and other digital displays across various locations to ensure consistent and synchronized messaging.
LED screens and other digital signage managed through SignCode can be used for multiple purposes, from advertising and information dissemination to interactive displays. This versatility enhances the value of your digital signage investment, allowing you to tailor content for different audiences and objectives.
SignCode continues to provide convenience even after installation. Its centralized control capabilities allow you to easily update and manage your displays without needing to be physically present at each location. This reduces downtime and ensures your content is always current and engaging.
SignCode CMS simplifies the management of your digital signage, providing a user-friendly, remote-controlled platform that integrates seamlessly with your existing IT infrastructure. Whether you’re operating a single display or a network of screens across various locations, SignCode offers the tools you need for efficient, versatile, and centralized content management. Embrace the benefits of a specialized CMS designed for digital signage and ensure your displays deliver impactful and timely messages with ease.
Dealers and resellers, please reach out for product details, pricing, and partnership opportunities.
If you are an end-user, we’ll connect you with a trusted vendor near you to ensure a smooth purchasing experience. Contact us, and we’ll direct you to the nearest authorized partner.
Dealers and resellers, please reach out for product details, pricing, and partnership opportunities.
If you are an end-user, we’ll connect you with a trusted vendor near you to ensure a smooth purchasing experience. Contact us, and we’ll direct you to the nearest authorized partner.
Brightness is a crucial parameter for LED and LCD displays. It ensures that the content on the screen is visible in various lighting conditions, from dim indoor environments to bright outdoor settings. Measured in nits (cd/m²), brightness levels vary based on the application.
Higher brightness ensures content visibility in bright sunlight.
Excessive brightness increases power usage, while too low brightness can hinder visibility.
Suitable brightness enhances the viewing experience without causing eye strain.
Pixel pitch refers to the distance between the centers of adjacent pixels on an LED screen. Measured in millimeters (mm), a smaller pixel pitch indicates a higher pixel density.
A smaller pixel pitch means a higher pixel density within the same area, leading to a higher resolution and sharper images.
The pixel pitch of an LED screen directly impacts the optimal viewing distance. Smaller pixel pitches result in higher pixel densities, producing sharper and more detailed images. However, as pixel density increases, individual pixels become smaller and harder to distinguish from a distance.
For example, an LED screen with a pixel pitch of 3 mm viewed from approximately 4 meters will display a smooth image without visible pixels. However, viewing the same screen from 2 meters may result in a grainy or pixelated image due to the visibility of individual pixels.
Common Pixels recommends that the optimal viewing distance is approximately 1.3 times the pixel pitch (in meters). For instance, a screen with a 3 mm pixel pitch would have an optimal viewing distance of around 3.9 meters.
Common Pixels’ high refresh rate technology ensures that screen captures are flawless, without any scanning lines. This is particularly important when recording or broadcasting content using video equipment. Traditional screens can display visible scanning lines when captured, but our advanced technology eliminates this issue, providing a clear and crisp image.
Our High Refresh Rate Driver-IC technology is designed to enhance the performance of LED screens by:
Ensures that recorded footage is free from scanning lines, delivering a seamless and professional-quality output.
Provides higher frame rates for smoother transitions and motion, making fast-paced content look more natural and fluid.
Enhances the overall viewing experience by reducing visual fatigue and motion blur, ensuring that viewers enjoy clear and consistent visuals.
High refresh rates are crucial for delivering smooth and seamless visuals on LED screens. The refresh rate refers to the number of times per second the screen updates its image, measured in Hertz (Hz). A higher refresh rate results in smoother motion, reducing blurriness and visual artifacts, especially in fast-paced content like sports or action scenes.
With Common Pixels’ High Refresh Rate Driver-IC technology, your LED screens will provide unmatched performance, whether viewed live or through recorded footage. Enjoy the benefits of smooth, clear, and artifact-free visuals, setting a new standard for LED screen quality.
Perfect for advertising, broadcasting and video recording, ensuring high-quality captures without interference from scanning lines.
High refresh rates improve the clarity and sharpness of motion, making content more engaging and easier to watch.
Our Driver-IC technology maintains consistent performance, ensuring that your screens always deliver the best possible image quality.
Our LED displays boast wide viewing angles, up to 178 degrees both horizontally and vertically. This ensures consistent image quality even when viewed from the sides, making them ideal for environments where the screen needs to be seen from various positions.
LED technology ensures that brightness and color remain consistent when viewed from an angle. This is crucial for applications such as digital signage, public displays, and control rooms where uniformity is key.
Our LCD displays offer varied viewing angles depending on the model and technology used. TN (Twisted Nematic) panels typically have narrower viewing angles, around 160 degrees, with noticeable color and contrast shifts when viewed off-center. We provide various options to ensure the most effective and cost-efficient solution based on your project requirements.
In-Plane Switching (IPS) and Vertical Alignment (VA) panels offer wider viewing angles, often up to 178 degrees, similar to LED displays. IPS panels are particularly known for maintaining color accuracy and contrast, even from extreme angles, making them popular for professional graphic work and wide-audience displays.
While advancements have improved viewing angles, some LCDs may still experience minor shifts in color and contrast at wider angles compared to LEDs. Higher-quality IPS and VA panels minimize these shifts, but they can still be a consideration in applications requiring precise color fidelity.
LEDs excel in maintaining brightness and color consistency across wider angles, making them more suitable for dynamic viewing environments.
LCDs with IPS or VA technology offer competitive viewing angles, with some high-end models matching LED performance. However, TN panels in LCDs can be more limited in viewing angle performance.
Resolution refers to the number of pixels that make up the display on a screen, typically measured as width x height (e.g., 1920 x 1080). Higher resolutions mean more pixels, resulting in sharper, clearer images and text. This is crucial for delivering detailed and immersive visuals in both professional and commercial applications.
Benefit: Provides clear and detailed images, suitable for most standard applications. Ideal for both indoor and outdoor digital signage where clarity and readability are essential.
Benefit: Offers four times the resolution of Full HD, delivering exceptionally sharp and detailed visuals. Perfect for applications requiring high precision and clarity, such as professional displays, digital signage, and interactive touchscreens.
Benefit: Provides an incredibly high level of detail with sixteen times the resolution of Full HD. Ideal for the most demanding visual applications, such as large-scale digital signage and high-end professional displays, where maximum clarity and detail are paramount.
Benefit: Offers superior brightness, contrast, and color accuracy compared to traditional LED displays. Micro LEDs provide seamless and scalable resolution, making them perfect for high-end commercial displays and large video walls where visual quality and durability are critical.
Advancements in backlight technology, including edge-lit and direct LED backlights, have significantly improved the brightness and color accuracy of high-resolution displays. These technologies ensure that even at higher resolutions, the displays maintain excellent visual quality and energy efficiency.
High Dynamic Range (HDR) is a technology that significantly enhances the visual quality of displays by expanding the range of both contrast and color. This results in more vibrant and realistic images, providing a viewing experience that closely mirrors the real world.
HDR provides deeper blacks and brighter whites, which enhances the overall contrast of the image.
HDR-capable displays can achieve higher brightness levels, making images more vivid and lifelike.
HDR supports a wider range of colors, allowing for more accurate and nuanced color reproduction.
The increased contrast and color range reveal more detail in both the darkest and brightest parts of an image.
HDR content is encoded with more information about brightness and color levels. HDR-capable displays interpret this data and adjust their output accordingly. The result is a picture that is more dynamic and immersive.
Standard Dynamic Range (SDR) displays have a limited contrast ratio and color range compared to HDR. HDR enhances these limitations, making the images more realistic and engaging.
A louver is a structural element placed between LED lamps, designed to be higher than the lamps themselves. It serves multiple functions that enhance the performance and durability of LED displays.
Louvers shield the LED lamps from direct physical impacts, prolonging the lifespan of the display.
By blocking direct sunlight from hitting the lamps, louvers significantly increase the contrast ratio, ensuring clear and vivid images even in bright outdoor environments.
Louvers can be applied or removed based on site conditions. Adding louvers increases durability and contrast, while removing them improves vertical viewing angles.
The advanced lens cover technology directs light precisely where needed, enhancing brightness without unnecessary dispersion.
By optimizing the light direction, the technology reduces power consumption significantly, contributing to energy efficiency.
Ensures that light is focused in the visible direction, providing high brightness and clear visibility.
Lower driving current minimizes power usage, prolonging the LED lifespan and delivering long-term benefits.
Additional lenses and masks protect the LED lamps from damage, ensuring durability and reliable performance.
Our displays are equipped with smart dimming technology, featuring an ambient light sensor that dynamically adjusts the screen brightness based on the surrounding lighting conditions. This ensures optimal visibility and enhances the viewer’s experience, regardless of the environment. Here’s why smart dimming is crucial:
By automatically adjusting brightness, smart dimming reduces power consumption, contributing to overall energy savings and prolonging the display’s lifespan.
In bright environments, the display increases brightness to ensure content remains clear and readable. Conversely, in dim conditions, it reduces brightness to prevent eye strain and glare.
Whether used in a retail store, outdoor setting, or corporate environment, the smart dimming feature guarantees that your content is always presented in the best possible light, maintaining consistent performance and user satisfaction.
A range of our products feature a patented optical bonding technology revolutionizes LCD performance, addressing and eliminating common issues such as fogging and blacking out. By creating a seamless fit between the liquid crystal and the glass, this technology ensures that condensation and dust ingress are no longer a concern.
The optical bonding process reduces reflections and glare, providing crystal-clear visibility even in bright sunlight.
The bonded layers enhance the structural integrity of the display, making it more resistant to impact and environmental factors.
With a perfect fit between the liquid crystal and the glass, issues like LCD fogging and blacking out are effectively resolved.
Optical bonding seals the display, preventing condensation and dust ingress, ensuring reliable performance in outdoor environments.
Our displays incorporate a quarter-wave polarizer, ensuring that the screen remains visible even when viewed with polarized sunglasses in portrait mode. This feature is particularly beneficial in outdoor and semi-outdoor environments where polarized sunglasses are commonly worn. Here’s why polarized sunglass compatibility matters:
Polarized sunglasses can often interfere with screen visibility, causing darkened or obscured views. The quarter-wave polarizer eliminates this issue, allowing users to see the display clearly without removing their sunglasses.
Ensuring visibility with polarized sunglasses means our displays can be confidently placed in a variety of settings, including storefront windows, outdoor kiosks, and public information boards, where clear visibility is essential.
By providing a seamless viewing experience, even for users wearing polarized sunglasses, this feature enhances engagement and interaction with the displayed content, ensuring that no important information is missed.
Our displays are equipped with optimal anti-glare processed tempered glass, designed to ensure a clear and unobstructed viewing experience by effectively eliminating reflections.
The anti-glare treatment on the tempered glass significantly reduces reflections from ambient light sources, including sunlight and indoor lighting. This ensures that your content remains visible and sharp, without the distraction of glare.
By minimizing glare, the anti-glare processed glass enhances the readability of the screen, making it easier for viewers to see and engage with the content, even in brightly lit environments.
The tempered glass provides robust protection against impacts, scratches, and other potential damage. This ensures the display remains intact and functional, even in high-traffic areas or outdoor settings.
The combination of anti-glare treatment and tempered glass not only enhances visual clarity but also extends the lifespan of the display by protecting it from wear and tear.
Whether the display is installed in a storefront, corporate office, or outdoor kiosk, the anti-glare processed tempered glass ensures that it delivers clear, vibrant visuals in any environment.
Ideal for a wide range of applications, from digital signage and interactive kiosks to information displays and advertising screens, this feature guarantees that your content always looks its best.
A color gamut defines a specific range of colors that a device can reproduce, which is a subset of the colors identifiable by the human eye within the visible spectrum. Different devices such as digital cameras, scanners, monitors, and printers have varying capabilities in reproducing colors. The color gamut helps in making these differences clear and in reconciling the colors that can be used in common between devices.
The most common method used for expressing the color gamut of display products is the xy chromaticity diagram of the XYZ color system, established by the International Commission on Illumination (CIE). This diagram represents the colors of the visible spectrum using numerical figures and graphs them as color coordinates. In the xy chromaticity diagram, the range of colors visible to the human eye is indicated by an area shaped like an upside-down “U” surrounded by dotted lines.
Various standards govern color gamuts, with sRGB, Adobe RGB, and NTSC being the most frequently cited for personal computers. These standards are depicted as triangles on the xy chromaticity diagram, showing the peak RGB coordinates connected by straight lines. A larger triangle area indicates a standard capable of displaying more colors.
The international standard for personal computers, established by the International Electrotechnical Commission (IEC) in 1998. sRGB is widely used in Windows environments and is supported by most LCD monitors, printers, digital cameras, and various applications to ensure color consistency between input and output devices.
Defined by Adobe Systems in 1998, this standard offers a broader color range than sRGB, particularly in the green domain. It is widely used in professional color imaging environments and the print and publishing industries.
The standard for analog television, developed by the National Television Standards Committee of the United States. It has a color range close to Adobe RGB but with slightly different R and B values.
Improvements in backlight technology have significantly expanded the color gamuts of LCD monitors. The two major approaches include enhancing cold cathode backlights and using RGB LED backlights.
Modifying the phosphors of cold cathode backlights has expanded the color gamut without major changes to the existing structure, making it cost-effective.
These backlights achieve higher levels of luminance and color purity, although they come with challenges like lower color stability and difficulty in achieving uniform white color. Despite the higher cost, the number of LCD monitors incorporating RGB LED backlights is increasing due to their effectiveness in expanding color gamuts.
Color accuracy is essential for any display technology, including LED screens. Traditional LED screens often struggle with color distortion and unexpected color variations, leading to images that do not faithfully represent the original content.
AccuColor™ technology is a proprietary color algorithm applied to LED screens. It analyzes the final color output of each LED element and applies precise color and brightness corrections to ensure the intended color is displayed accurately. The result is a true-to-life representation of images on the screen.
With AccuColor™ technology, you can achieve up to 22-bit color depth and display over 4 billion colors. This enhanced color depth provides more nuanced color hues and more accurate color reproduction. AccuColor™ adjusts the display’s color output in real-time to compensate for color variations, delivering a consistent and precise image.
High color accuracy in standard monitors typically requires high-end components, driving up costs significantly. Even traditional LED screens need expensive components to achieve acceptable color accuracy, making them less accessible.
AccuColor™ makes superior color accuracy more accessible and cost-effective. It can be implemented in low- to mid-range models as well as high-end products by meeting specific part standards, eliminating the need for additional equipment or parts.
AccuColor™ technology eliminates the issues of color distortion and unintentional color shifts in advertising and presentations. For displays that need to reproduce colors vividly and accurately, AccuColor™ is not optional—it’s essential.
Choose AccuColor™ for the most accurate and vibrant color reproduction available, ensuring your content is displayed as intended.
The world is made of tones and gradients, not just solid colors. Traditional LED screens often struggle to represent these subtle variations accurately, leading to issues like banding and color bleeding. ProDepth™ revolutionizes this by precisely controlling brightness down to 0.002 nits, ensuring seamless gradients and eliminating these common problems.
Our LEDs support up to 22 color bits, ensuring they meet high-performance requirements. If your color settings use 8 bits or less, you might notice banding in the grayscale areas. For optimal performance, we recommend a color depth of at least 10 bits.
Traditional LED screens use Pulse Width Modulation (PWM) to control brightness, which can create visible artifacts and distort colors. This leads to the “puddling phenomenon,” where different colors merge and lose their distinctiveness. ProDepth™ uses an advanced dimming process in addition to PWM, allowing for finer adjustments and smoother gradients without visible artifacts.
ProDepth™ shines in low-light environments such as museums and conventions, where maintaining accurate color representation is crucial. Its precise brightness control prevents damage to sensitive artworks and ensures that subtle differences in color are clearly visible.
ProDepth™ vs Conventional
ProDepth™ provides a viewing experience that captures the world as it is, with smooth and seamless gradients. Enhance your displays with ProDepth™, and offer your customers a visual experience like never before.
In modern LED display technology, achieving profound contrast levels is crucial for delivering an enriched viewing experience. Our Real Black Film technology exemplifies this by enhancing both contrast and color reproduction, ensuring deep blacks and vibrant visuals.
Real Black Film enhances the depth of blacks, creating a striking contrast that makes images more vivid and lifelike. This technology ensures that dark scenes and elements are displayed with true black tones, providing a richer and more immersive viewing experience.
By improving contrast, Real Black Film also enhances color accuracy. This technology ensures that colors are reproduced authentically, maintaining their true hues and vibrancy. The result is a display that brings content to life with accurate and vibrant colors.
Real Black Film technology delivers deep, rich blacks that enhance the overall contrast of the display, making visuals more striking and immersive.
By maintaining accurate color reproduction, this technology ensures that colors appear as intended, providing a more lifelike viewing experience.
The combination of deep contrast and authentic color reproduction results in an enriched viewing experience, making content more engaging and visually appealing.
With our Real Black Film technology, your LED screens achieve unparalleled contrast and color accuracy. Embrace the future of LED display technology with Real Black Film, and enjoy a viewing experience that is both vivid and immersive.
All LED lamps have inherent brightness variations. NeoCalib™ addresses these differences through advanced software calibration, ensuring each LED lamp performs at its best.
NeoCalib™ ensures consistent brightness across all LED lamps, enhancing visual quality and uniformity. Say goodbye to uneven lighting and enjoy a flawless display experience.
Unlike standard calibration methods, NeoCalib™ is effective at maintaining uniform brightness across the entire range of LED output. Whether your display is set to its highest or lowest brightness, NeoCalib™ keeps it looking perfect.
NeoCalib™ utilizes sophisticated algorithms to finely tune each LED lamp, ensuring precise brightness and color accuracy. This precision adjustment guarantees that your display meets the highest standards of visual performance.
Converts any content to ultra-high resolutions, up to 8K, using advanced AI-based technology.
AI-based deep learning technology enhances video details based on the type of content, avoiding common issues like pixelation and artifacts.
Delivers real-time, high-quality video conversion, maximizing advertising effectiveness and ensuring superior display quality.
Dot AI technology makes videos appear as if they were originally produced in higher quality, enhancing the viewing experience for advertisements and events.
Degradation refers to the unwanted color banding that appears on LED screens due to heat effects. When different parts of the LED module experience varying temperatures, it can cause a straight line or crisscross pattern, affecting the overall image quality. This phenomenon is known as grid Mura.
Heat can significantly impact the color output of LEDs. Temperature differences between various parts of an LED module can cause noticeable banding, resulting in straight or crisscross lines that degrade image quality. This banding is a visible sign of degradation, compromising the visual integrity of the display.
Common Pixels’ products are designed to have zero degradation, thanks to our advanced Zero Grid Mura technology. This technology ensures:
With Common Pixels’ Zero Grid Mura technology, you can enjoy LED screens that deliver pristine image quality without the risk of degradation. Our commitment to zero degradation ensures that your content is always displayed at its best, providing a superior viewing experience.
By maintaining uniform temperature across the LED module, our screens prevent color banding and ensure consistent color output.
Eliminating grid Mura results in a clean, sharp image, free from distracting patterns and color inconsistencies.
Our technology guarantees that your LED screens maintain their high-quality performance over time, without degradation due to heat effects.
A high contrast ratio is crucial for displaying realistic blacks, which significantly improves overall image quality. Screens with low contrast ratios often appear washed out because areas meant to be dark appear bright and faded. Ensuring a high contrast ratio is essential for delivering clear, vibrant images.
SuperBlack™ COB technology represents a significant advancement over traditional SMD technology. This next-generation technology produces more vivid and lifelike images, setting a new standard in LED display performance.
Produces deeper blacks and more accurate colors, resulting in vivid and lifelike images.
A substantial improvement over traditional SMD technology, offering superior visual excellence.
Delivers a more engaging and realistic display, making content come to life.
With Common Pixels’ SuperBlack™ COB technology, your LED screens will achieve unparalleled visual performance. Embrace the future of LED display technology and enjoy the most vivid and lifelike images available.
With DualCoat™, your displays are not just seen—they’re experienced. Enjoy pristine condition and visual excellence through cutting-edge protective technology. Embrace the future of LED display technology with DualCoat™.
Our DualCoat™ GOB and COB LED screens overcome the limitations of traditional GOB technology. This innovation ensures your screens stay vibrant, scratch-resistant, and durable, even in harsh environments.
External Hard Coating: Provides a tough, resilient outer layer that guards against cracking, heat-induced discoloration, and physical wear.
Internal Soft Layer: Adds flexibility and additional protection, enhancing overall durability and longevity.
DualCoat™ provides comprehensive protection, reducing static damage risks, in contrast to single-layer coatings, which offer minimal or no protection, increasing static damage risk.
DualCoat™ offers superior moisture resistance, protecting against potential damage, whereas single-layer coatings are less effective, leading to potential damage.
DualCoat™ prevents delamination, preserving display longevity and appearance, unlike single-layer coatings that are susceptible to delamination.
DualCoat™ is designed to adapt to temperature variations, minimizing component damage. Single-layer coatings offer limited adaptation, risking component damage.
DualCoat™ technology provides exceptional protection against dust intrusion, making it ideal for challenging environments like underground tunnels.
DualCoat™ blocks UV rays to prevent yellowing and color degradation, a feature often insufficient in single-layer coatings, leading to yellowing over time.
DualCoat™ ensures effective glare reduction for better visibility, while single-layer coatings may lack this feature, resulting in reduced visibility under bright conditions.
DualCoat™ maintains exceptional color uniformity without deviation, whereas single-layer coatings are prone to color deviations, affecting image quality. Through the use of DualCoat™, which provides a darkened treatment, you can express even deeper and clearer images.
DualCoat™ combines a robust surface hard layer with a flexible internal soft layer for enhanced durability. In contrast, single-layer coatings lack this dual-layer robustness, making them more susceptible to wear and surface damage.
DualCoat™ allows for traceless repairs, maintaining aesthetic integrity, while repairs on single-layer coatings often leave visible marks.
Experience freedom from dead pixel management. DualCoat™ technology prevents lamps from detaching or having poor contact with the PCB, effectively eliminating pixel lighting issues.
A defective (dead) pixel refers to a part of the screen where the lamp fixed on the PCB falls off or has poor contact, causing the pixel to not light up. With DualCoat™, these issues are minimized, ensuring a seamless visual experience.
Choose DualCoat™ for your LED screens and experience the difference that comes with advanced technology. Perfect for any application where durability and visual excellence are paramount, DualCoat™ not only protects but also elevates your display solutions, ensuring they stand the test of time and performance expectations.
With DualCoat™, your displays are not just seen—they’re experienced. Enjoy pristine condition and visual excellence through cutting-edge protective technology. Embrace the future of LED display technology with DualCoat™.
MattMask™ is an innovative technology designed to significantly improve the contrast of indoor LED screens. Unlike traditional masks that merely hold the lamps in place, MattMask™ actively enhances picture quality by reducing reflections and glare from ambient light.
This technology excels in indoor environments where lighting conditions vary and high contrast is crucial. By minimizing unwanted reflections, MattMask™ ensures your LED screens deliver sharper, more vibrant images, regardless of the surrounding light.
With MattMask™, LED screens are ideal for a wide range of indoor applications, including digital signage, events, and broadcast. Experience clearer, more dynamic visuals that captivate your audience.
Traditional LED Screens: Lower contrast with visible inner surfaces.
A high contrast ratio is crucial for displaying realistic blacks, which significantly improves overall image quality. Screens with low contrast ratios often appear washed out because areas meant to be dark appear bright and faded. Ensuring a high contrast ratio is essential for delivering clear, vibrant images.
Black levels play a major role in image quality. Better black levels contribute to higher contrast, resulting in sharper and more dynamic visuals. High contrast technology is designed to enhance these black levels, making images more lifelike and engaging.
In Fine Pitch products, the inner surface between chips can sometimes be visible, impacting contrast. BlackPrint™ technology addresses this by applying a special black coating to the sides where the chips are attached. This results in significantly higher contrast and superior image quality.
Real Black Film technology delivers deep, rich blacks that enhance the overall contrast of the display, making visuals more striking and immersive.
By maintaining accurate color reproduction, this technology ensures that colors appear as intended, providing a more lifelike viewing experience.
The combination of deep contrast and authentic color reproduction results in an enriched viewing experience, making content more engaging and visually appealing.
Upgrade to BlackPrint™ for the best in high contrast display technology, ensuring your screens deliver the sharpest and most vibrant images possible.
Our LED and LCD displays feature housing designs that are unparalleled in the industry. We understand that housing is not just an outer shell; it plays a crucial role in heat dissipation and preventing malfunctions, making it an area of high-level design expertise.
If you purchase only the LCD and create the housing on-site, malfunctions can occur within a few months. Our expertly designed housings ensure that your display maintains its original performance, even in extreme environments.
Our housings are designed with a structure that completely blocks dust and moisture. They allow hot air to escape while preventing moisture and dust from entering, ensuring long-term reliability and performance.
We apply the highest level of case design in the industry, ensuring your display is protected against water, dust, and rust.
Our housings are designed for installation efficiency and can withstand repeated door use, maintaining their structural integrity over time.
We consider all electrical and electronic characteristics in our designs to ensure optimal performance and safety.
Do you have a desired design? Everything is possible with our customizable housing options. Since we manufacture the cases ourselves, we can provide custom designs that match the unique characteristics of your brand.
We welcome separate design requests tailored to the specific atmosphere or design of your site. Our goal is to provide a housing solution that not only protects your display but also enhances its visual appeal.
Die-casting is a manufacturing process that involves forcing molten metal into a mold cavity under high pressure. This method is used to produce precisely shaped, high-quality metal parts with excellent dimensional accuracy and a smooth surface finish.
Die-casting molds, also known as dies, are made from hardened steel and designed to create complex shapes with tight tolerances.
The molten metal is injected into the mold at high pressure, ensuring the metal fills every part of the mold cavity, resulting in detailed and accurate components.
Once the metal has solidified, the mold is opened, and the cast part is ejected. This process allows for rapid production of high-quality parts.
Die-casting is widely used in the production of automotive parts, electronics housings, and LED display frames due to its ability to produce durable and precise components.
Die-casting is an essential manufacturing process for producing detailed, high-quality metal parts with exceptional precision. This method is particularly advantageous for creating components that demand high accuracy and durability, such as frames for LED displays. Its efficiency and ability to deliver precise, high-quality metal parts make it perfect for applications requiring intricate and durable components. This process ensures the production of flat, gapless, and robust frames, ideal for high-performance LED displays.
Our design team crafts custom enclosures, mounts, and panels designed to meet the unique requirements of each project.
Installation and service plan options with comprehensive coverage and guaranteed repair or replacement response times as low as 4 hours.
Achieve pixel-perfect displays with extremely fine pixel pitches, delivering the sharpest images even at close range.
Micro LEDs consume less power while maintaining superior brightness, making them an eco-friendly choice for sustainable visual solutions.
Designed to last, Micro LEDs provide consistent performance over time, reducing the need for frequent maintenance or replacements.
Micro LED modules connect easily to achieve large-scale video walls, allowing for endless possibilities in display configuration.
The Standio Fold features 3D anamorphic technology. This innovative combination transforms ordinary spaces into captivating visual adventures, offering an immersive experience that truly stands out.
3D anamorphic content, a fusion of artistic perspective and optical distortion, crafts stunning illusions of depth and dimensionality directly on your LED screen. This technique, designed to be viewed from specific angles, unfolds a dynamic, three-dimensional world that appears to leap off the screen.
From electric live events to impactful marketing displays, the Standio Foldable captivates and engages, making it ideal for diverse environments. Its immersive capabilities and artistic design elevate audience interaction, ensuring memorable experiences.
Merging technology with creativity, the Standio Foldable enhances any setting, encouraging viewers to engage and explore its content. Its versatility and interactive nature make it an innovative solution for memorable visual communication, catering to a broad spectrum of applications.
