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Crafted from 100% aluminum die-cast, our design ensures effective heat dissipation and corrosion resistance for lasting performance and durability. Enjoy superior quality and reliability with our all-aluminum construction, designed for enduring excellence.
Easy to move and set up, offering a stylish alternative to traditional signage. Boasting a minimalist, sleek design, the Standio Banner Series adds a touch of modern elegance to retail spaces, hospitality settings, and beyond, accentuating your content without overwhelming its surroundings.
Available in three models—Standard, Plus for higher resolution, and Economy for cost-efficiency—to meet diverse needs.
Offers both wall-mounting and stand options, ensuring seamless integration into any environment.
Available in two models—Standard and Plus with a micro LED higher resolution.
Offers both wall-mounting and stand options with better mobility with wheels, ensuring seamless integration into any environment.
Featuring built-in high-quality speakers and allowing for direct device connection or wireless data storage. Enjoy real-time playback from connected devices or easily store and replay videos from internal storage, offering seamless and flexible media options.
With high brightness, exceptional color accuracy, incredible gradation expression, Ai powered super resolution, and ultra-smooth performance, the Banner Series ensures your content is displayed with stunning precision. Whether you’re showcasing dynamic digital advertisements, retail promotions, or corporate messaging, the Banner Series guarantees exceptional performance that elevates your brand.
Link as many units for limitless configuration options, adapting to any space.
The Banner Series is engineered for top-tier performance, delivering stability and visual excellence with its integrated design. Featuring a unique integrated board that combines a hub, receiving card, and power supply, the Banner Series eliminates the need for data or power cables, ensuring stable and reliable operation with fewer components. This innovative design minimizes potential points of failure, offering a clean, efficient solution for any display environment.
With superior temperature control, the Banner Series prevents grid mura, eliminating any unwanted patterns or lines caused by temperature fluctuations across the screen. Thanks to its minimal heat generation and uniform temperature distribution, the Banner Series maintains a flawless, crisp visual experience, free from distortion or interference.
Using just 130W on average, it delivers high performance while reducing environmental impact, making it perfect for businesses aiming to cut costs and lower their carbon footprint without sacrificing quality.
The Banner Series features an integrated board combining the hub, receiving card, and power supply, reducing excess components and power cables. This streamlined design boosts stability and energy efficiency, delivering high performance with lower power consumption.
Whether in high-traffic areas or demanding environments, the Banner Series’ solid metal construction provides unmatched structural integrity. Combined with precision-crafted components, these displays are as reliable as they are visually stunning, ensuring long-term performance without compromising on aesthetics.
The Banner Series is engineered to deliver not only stunning visuals but also exceptional durability. With an impressive lifespan of up to 100,000 hours, the Banner Series is designed to perform at its peak for years, providing a reliable and long-lasting solution for your display needs.
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.
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.
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.
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.
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.
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.
In modern LED display technology, the integration of essential components into a single board is crucial for enhancing performance, reliability, and efficiency. Common Pixels’ SimpleBoard™ technology exemplifies this integration by combining multiple components into one seamless solution.
With Common Pixels’ SimpleBoard™ technology, your LED screens benefit from the latest advancements in integration, ensuring efficient, reliable, and high-performance operation. Embrace the future of LED display technology with SimpleBoard™, where innovation meets practicality.
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.
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.
