The Comprehensive Handbook on Grayscale LED in LED Displays – Must Read

Are you searching to better the quality of your LED display for stunning visuals, images, and videos? If yes, consider embracing the power of the Grayscale LED display.

Typically, Grayscale LED displays can be used in various activities, including indoor and outdoor activities. If you’re looking forward to investing in Grayscale LED for your projects, this post expounds on all the intricacies you may want to know about Grayscale LED.

Check it out:

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What is a grayscale LED?

LED-Screen-Grayscale

Grayscale Led Display

This is a specific variant of LED technology that incorporates a grayscale signal, specifically devised for regulating the brightness of individual pixels within LED wall displays. Similarly, its primary purpose is to enable precise control over brightness levels when presenting visual content.

Unlike traditional LED displays that only offer binary on/off states, grayscale LEDs can produce a diverse range of gray shades, spanning from pure black to white, with various intermediate steps.

Generally, from a color science view of grayscale, it is commonly defined as an array of gray tones that comes without proper discernible color components. Therefore, within this context, the black color usually symbolizes the absence of light reflection, thus appearing as the darkest shade. In contrast, the white color shows the highest level of light reflection, hence representing the brightest shade.

Additionally, the concept of grayscale also comes with huge impacts on the number of colors that can be reproduced by display technologies as far as data is concerned. Consequently, an elevated gray level implemented in an LED display yields a heightened degree of gradation in pictures, videos, and images. This, in turn, culminates in a more vibrant and nuanced portrayal of colors, enhancing the overall visual experience.

Now that you’ve acquaint yourself with what grayscale LED display means, what are some of the grayscale features in LED display products you must know?

Read on to find out;

Best Grayscale LED Features of All Times

If you want to benefit from Grayscale LED display, you must know all the nitty-gritty that characterizes Grayscale Led. The following points best explain some of the ideal features that accompany Grayscale LED;

Summary of the Grayscale features you need to know.

  • High Bit Depth Support

High bit depth tend to be one of the pivotal features in grayscale you need to deem fit in any of your LED display projects. The bit depth in any LED display is one of the key things determining how many shades of gray can be generated.

To cut to the chase, a higher bit depth is characterized by more shade of grays in a LED display that further leads to a detailed image, videos, and pictures, among others. Similarly, a higher depth ultimately results in realistic and more detailed visuals.

For example, a Grayscale LED display with 8 bits is capable of producing 256 shades of gray as opposed to the 16-bit Grayscale LED display, which has the strength to generate 65 536 shades of gray.

That said, a higher bit depth will always lead to more shades of gray.

  • Accurate Color Reproduction

The main reason mega industries would want to adopt grayscale LED is to have an excellent color reproduction in their industrial applications. That said, including grayscale capabilities in LED displays is vital in accurately adjusting and preserving precise color calibration, ultimately leading to exceptional performance.

That said, Grayscale features in LED displays play a significant role in fine-tuning and maintaining accurate color calibration for excellent performance.

While precise or superb color reproduction remains an essential component of grayscale LED, they provide additional perks contributing to overall display excellence. Therefore, this technique improves color reproduction in LED display products. And so, by adjusting the brightness of each pixel in LED, the display’s mere adjustment can generate more accurate and precise shades of color.

Some applications where accurate color reproduction is needed include medical and industrial applications. Thus, Grayscale can be an essential technique for accurate color reproduction in these areas.

  • Uniformity and Consistency

As uniformity and consistency of images are concerned, Grayscale can be a crucial element in fostering the uniformity and consistency of images in LED displays. Some ideal applications where uniformity and consistency are key include video walls and digital signage. 

Therefore, grayscale LED, in this case, can be essential when the brightness of each pixel is adjusted to make the image or display more uniform, devoid of any black or dark spots. It goes without saying that if you’re in digital signage, you must embrace the power of Grayscale LED in your LED display projects.

  • Energy Efficiency

Generally, this LED can be used to boost the energy efficiency of the display. This can be solely achieved by reducing the brightness of each display pixel, which ultimately leads to less power consumption.

That said, Grayscale plays a big role in enhancing power usage in applications such as display in energy-constrained environments or outdoor activity where energy utilization is key.

  • Dynamic Content Adaptation

Numerous LED display products incorporate grayscale functionalities, serving as a valuable tool for real-time content adaptation in response to the prevailing environmental conditions. This allows for dynamic adjustments that optimize the visual experience. This innovative techniques allows for seamless adaptation and ensures optimal visual experiences for viewers.

For example, the display can automatically adjust each pixel’s brightness based on the ambient light level. This ensures the display is always easy to see, regardless of the lighting conditions.

  • Wide Application Compatibility

LED display products offer versatile compatibility with a wide array of applications, making them a valuable choice in various industries. These displays excel in scenarios where high-quality images, enriched with a broad spectrum of shades of gray, are essential. Their adaptability extends to diverse sectors, including digital signage, medical imaging, and security applications.

Why you shoul use Grayscale in LED Displays

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Grayscale in LED Displays

The grayscale feature plays a vital role in LED displays, bringing numerous advantages that enhance the overall visual experience. This pivotal feature plays a vital role in depicting a wide range of gray shades, elevating the quality of images and videos by presenting them with enhanced clarity and intricate details.

Thus, they contribute to a more immersive and captivating viewing experience for users in the following ways;

  • Enhance visual quality

Incorporating grayscale in LED displays brings forth a notable benefit: enhancing visual quality. This particular feature plays a pivotal role in elevating the overall viewing experience to new heights. By harnessing the power of grayscale, LED displays can achieve a heightened sense of depth and realism in their visual output. 

Including various shades of gray enables smoother transitions and finer gradations in brightness levels, resulting in a more lifelike and captivating display. This emphasis on visual quality not only enhances the aesthetic appeal of the content but also ensures the faithful reproduction of intricate details, immersing viewers in a truly captivating and enjoyable visual experience.

Thus, this results in sharper and more realistic images, enhancing the overall visual quality of the LED display.

  • Enables the representation of shades of gray

Also, grayscale LED enables the representation of shades of gray, which is essential for displaying black-and-white content and grayscale images. LED displays can effectively showcase black-and-white photographs, artwork, or videos by accurately representing shades of gray.

Thus allowing it to function well in design photography and medical imaging applications, where accurate grayscale representation is crucial for precise analysis and evaluation.

  • Improve the overall visual experience

Incorporating grayscale in LED displays plays a pivotal role in revolutionizing the image and video display, significantly enhancing the overall visual experience. With advanced grayscale enhancement algorithms, these displays intelligently analyze the input signal and meticulously adjust the intensities of subpixels. 

This intricate process enables seamless transitions between colors, resulting in a remarkably smooth and visually pleasing display. This transformative capability truly elevates the visual experience, captivating viewers and immersing them in a world of vibrant and lifelike visuals.

This results in seamless color gradients and reduces visible artifacts, such as banding or contouring, which can detract from the image quality. Grayscale enhances the clarity and detail of images and videos displayed on LED screens by ensuring smooth transitions between colors.

  • Contributes to the richness of details in LED displays

Moreover, Grayscale contributes to the richness of details in LED displays. By accurately representing shades of gray, the display can more effectively depict subtle variations in luminance. 

This enables the LED display to show fine details, amazing textures, and shading in images or videos. Whether the subtle nuances in a grayscale photograph or the intricate shadows in a high-resolution video, Grayscale ensures that these details are faithfully reproduced, creating a more immersive and engaging visual experience for the viewer.

  • Reduced complexity

Another significant benefit of grayscale displays is their reduced complexity, which leads to simplified design and manufacturing processes. Unlike RGB displays that rely on arrays of color subpixels like green, red, and blue to generate a wide range of colors, grayscale displays operate on a simpler yet equally efficient principle.

Grayscale displays harness the power of a single gray shade that can be meticulously adjusted in terms of intensity, enabling a vast spectrum of tones. This streamlined design not only facilitates easier production and assembly processes but also leads to reduced manufacturing costs. By simplifying the display’s architecture, grayscale displays become more cost-effective and economically viable options for various applications.

  • Improved reliability and longevity

Unlike RGB displays, grayscale displays offer a distinct advantage when it comes to color fading. Color fading refers to the gradual degradation of subpixel intensity over time, leading to imbalanced colors and diminished image quality. However, grayscale displays mitigate this issue by utilizing only one shade of gray, significantly reducing the likelihood of color-fading occurrences.

Due to their simplified design, grayscale displays exhibit enhanced longevity and maintain consistent image quality over extended periods. The absence of multiple subpixels with varying intensities minimizes the potential for color imbalances and ensures that the displayed content remains visually accurate and true to its original quality throughout the display’s lifespan. 

This reliability makes grayscale displays particularly well-suited for applications that demand long-term performance and durability, such as digital signage installations or industrial control panels.

By addressing the problem of color fading, grayscale displays offer a reliable and robust solution that surpasses the limitations of RGB displays. Their ability to maintain image quality consistently over time contributes to their suitability for a wide range of applications where long-term performance and unwavering visual integrity are crucial factors to consider.

Enhanced readability

In contrast, grayscale displays provide a notable advantage in terms of enhanced readability, especially in low-light settings. These displays excel in scenarios where ambient lighting is limited, such as dimly lit rooms or nighttime environments. Grayscale displays outperform RGB displays in such conditions by offering superior visibility and legibility.

Utilizing a single gray shade in grayscale displays contributes to their high contrast and sharpness, resulting in improved readability of text and graphics. The distinct contrast between the gray shade and the background ensures that information is easily discernible, regardless of the lighting conditions. This readability advantage proves particularly valuable in applications where clear visibility of information is paramount, such as e-readers, electronic shelf labels, or dashboard displays.

Grayscale displays provide optimal readability in various lighting environments, allowing users to access and comprehend information effortlessly. The high contrast and sharpness offered by the single gray shade enhance the legibility of text and graphics, making grayscale displays an excellent choice for applications where readability is crucial, regardless of the prevailing lighting conditions.

  • Wider viewing angle

This advantageous feature ensures that the displayed image remains clear and discernible from a broader range of angles, accommodating viewers in various seating positions or locations within a space.

The wider viewing angle of grayscale displays can be attributed to the characteristics of the grayscale signal, which exhibits a reduced sensitivity to changes in viewing angle compared to the RGB signal. 

The grayscale signal’s inherent properties enable it to maintain consistent image quality and clarity even when viewed from off-center positions or extreme angles. This characteristic improves the accessibility and adaptability of grayscale LED displays, making them an excellent option for situations that require clear visibility for a wider audience

Unlike RGB displays, which rely on a combination of red, green, and blue subpixels to create a full-color spectrum, grayscale displays can achieve shades of gray without needing multiple color channels. 

This means that the intensity of the single color channel can be adjusted uniformly across the entire display surface, resulting in a more consistent visual appearance from different viewing angles.

The Connection between Grayscale and LED Technology

These two are closely connected and can work perfectly to enhance superb image reproduction. However, there is a slight difference between grayscale LED and LED technology. The following table gives an amazing breakdown of Grayscale and LED technology for a better understanding of;

Difference between Grayscale and LED technology.

Grayscale LED technology
It uses shades of gray to display images. It uses light-emitting diodes (LEDs) to create images.

Grayscale technology in LED displays operates by assigning specific brightness levels to individual LEDs within each pixel. The grayscale signal plays a crucial role in determining the brightness levels of LED displays, allowing precise control over the desired shades of gray for optimal visual presentation

The grayscale signal plays a pivotal role in accurately portraying various shades of gray. By manipulating the grayscale signal, LED displays can precisely control the brightness of individual pixels, contributing to the overall grayscale gradient.

Furthermore, LED technology and grayscale displays are inherently intertwined, as the grayscale signal can be seamlessly encoded and decoded using LED displays. This close connection allows for efficient communication between the grayscale signal and the LED display, ensuring accurate representation of shades of gray with minimal loss of quality.

The encoding and decoding in LED displays are made possible because the brightness of each LED can be adjusted easily without any hassle to suit the grayscale signal.

 What is the Role of Grayscale in Displaying Images and Videos?

led-screen-Grayscale

Grayscale is a simpler and less demanding way to display images than color, and it can be used in various applications. As such, it plays a significant role in displaying images and videos by providing a monochromatic representation of visual content. 

Unlike full-color displays that utilize the RGB (Red, Green, and Blue) color model, Grayscale uses only shades of gray to depict different brightness levels. The following noteworthy points expound on the role of Grayscale in displaying images and videos.

  • Simplifies visual information.

By reducing the content to various shades of gray, the intricacies of the original colors are removed, allowing for more focused analysis and interpretation of the underlying structure, contrast, and luminance values.

This simplification process is precious in fields such as image processing, scientific analysis, and data visualization, where the emphasis lies on extracting meaningful insights and highlighting key features. 

Grayscale simplifies visual information, facilitating a more precise analysis of the content’s intrinsic characteristics and promoting a deeper understanding of the underlying structures and relationships within images and videos.

  • Enhancing interpretability

Grayscale enhances the interpretability of visual information in scientific analysis, medical imaging, and photography. Its ability to simplify complex data, and accurately represent tissue densities, and evoke a timeless aesthetic makes it a valuable tool in these contexts, facilitating clearer understanding, accurate diagnosis, and artistic expressions

  • Assists with visual impairments.

Incorporating this technology in your projects might help a big deal in assisting individuals with specific visual impairments. Primarily, its usage can offer tremodous perks and support to those with certain vision challenges, boosting their overall visual experience and accessibility. Some people with color blindness or visual disabilities may have difficulty perceiving or distinguishing colors accurately.

Grayscale representations can mitigate these challenges by clearly differentiating brightness levels, making it easier for individuals to understand and interpret visual content.

  • Simplify the printing process.

Furthermore, the use of Grayscale can have practical advantages in certain scenarios. For instance, grayscale displays consume less power than full-color displays, making them suitable for low-power devices and applications where energy efficiency is crucial. Grayscale can also simplify printing and reduce costs since it requires fewer ink or toner variations.

  • Reduced distraction

Another role of Grayscale in displaying images and videos is that it reduces distraction compared to color visuals. This characteristic proves beneficial in applications where maintaining focus is crucial.

When we view a color image or video, our attention can be easily drawn to the vibrant hues and combinations of colors present. While this can be visually appealing and convey certain emotions, it can divert our attention from the main subject or intended message. Sometimes, the colors become the center of attention rather than the content they represent.

On the other hand, Grayscale eliminates the visual noise caused by different colors and allows us to concentrate more directly on the content itself. Removing the element of color, grayscale images, and videos simplify the visual experience, enabling viewers to focus on the composition, shapes, textures, and overall structure without unnecessary distractions.

  • Reduces eye strain

One of the notable roles of Grayscale in images and videos is its ability to reduce eye strain, particularly for individuals who are sensitive to bright light or have difficulty perceiving colors.

Color images and videos often feature vibrant and contrasting hues, which can be visually stimulating. While this can enhance the overall visual experience, it can also strain the eyes, especially when viewing content for extended periods or in environments with bright lighting conditions. The intense colors and their interactions can require additional effort from our eyes to process and interpret the visual information accurately.

Grayscale, on the other hand, provides a more subdued visual experience. By eliminating the complexity of colors, grayscale images, and videos offer a softer, more uniform visual presentation. This reduced visual stimulation can alleviate the strain on the eyes, making it easier to view and engage with the content for longer durations without discomfort.

Role of Grayscale in LED Display Systems

Grayscale, an essential aspect of LED displays, is crucial in achieving amazing and stunning visual experiences. 

  • Gray Shades and Brightness Levels

LED displays, unlike conventional display technologies that depend on color filters, possess a distinct advantage by directly emitting light. This characteristic grants them precise control over individual pixels, resulting in enhanced display quality and versatility.

By emitting light instead of relying on filters, LED displays can achieve greater color accuracy and vibrant imagery. The ability to control each pixel independently enables dynamic adjustments, such as brightness and color variations, leading to improved visual experiences across a range of applications.

This control enables LED displays to produce a vast spectrum of gray shades, enhancing image depth and realism. By adjusting the grayscale value for each pixel, LED displays can achieve smooth transitions from dark to light, effectively reproducing complex images and videos with remarkable clarity.

  • Pulse Width Modulation (PWM) and Grayscale

Pulse width modulation is a technique employed by LED display systems to control the intensity of light emitted by each pixel. PWM operates by rapidly turning pixels on and off at different intervals, varying the time they remain illuminated within a given timeframe. This rapid switching is invisible to the human eye due to the persistence of the visual effect.

Grayscale relies on PWM to achieve different brightness levels accurately. By adjusting the duration of pixel illumination during each switching cycle, LED displays can simulate varying shades of gray. 

A shorter on-time will result in a lower grayscale value, producing a darker shade, while a longer on-time will generate a lighter shade. Through precise control of PWM, LED displays can render grayscale shades with exceptional precision and smoothness.

Grayscale Applications in LED Displays

Grayscale, a fundamental attribute of LED displays, holds immense significance across various industries. Let’s delve into the unique and captivating ways Grayscale enhances visual experiences across different sectors.

  • Advertising and Digital Signage

LED displays have become a preferred choice for advertising and digital signage due to their versatility and visual impact. Grayscale capabilities allow advertisers to showcase captivating content with precise control over brightness levels and shades of gray. 

Using Grayscale, LED displays can effectively capture attention, convey messages, and create memorable visual experiences in diverse advertising environments.

  • Sports and Entertainment Venues

LED displays are vital in delivering immersive experiences to spectators in sports and entertainment venues. Grayscale empowers these displays to render intricate details, such as the movement of athletes or performers, with exceptional clarity and precision. 

By accurately representing shades of gray, LED displays enhance the overall visual quality, enabling fans to vividly witness the action and emotions in stadiums and arenas.

  • Command and Control Centers

Command and control centers rely on cutting-edge visualization solutions to support decision-making and monitoring processes. In this context, grayscale-enabled LED displays offer unparalleled advantages by delivering exceptional image clarity and contrast, perfectly suited for presenting crucial data, surveillance footage, and maps. The precise rendering of nuanced shades of gray empowers operators to efficiently analyze information, enabling them to swiftly adapt and respond to evolving situations.

  • Outdoor and Architectural Displays

grayscale technology serves as a crucial component in outdoor LED displays, enabling them to overcome challenges posed by ambient light conditions. The ability to optimize image quality through grayscale adjustments ensures outstanding legibility and impact, making these displays a perfect choice for architectural displays, billboards, and large-scale outdoor installations where visibility and visual impact are paramount.

  • Concert and Stage Backdrops

Concerts and live performances often use LED displays to create captivating stage backdrops. Grayscale capabilities allow these displays to showcase intricate visuals, dynamic lighting effects, and video content with remarkable precision. By accurately reproducing shades of gray, LED displays enrich the visual narrative, elevating the overall impact of the performance and engaging the audience.

  • Interactive Art Installations

Artists and designers increasingly incorporate LED displays into interactive installations, blurring the boundaries between art and technology. Grayscale-enabled LED screens offer artists a canvas to explore diverse shades and intensities of light, enabling them to create immersive and transformative experiences. 

From interactive sculptures to light-based installations, Grayscale unlocks new dimensions for artists to express their creativity and engage viewers in novel ways.

Expected Grayscale Levels and Bit Depths in LED Displays

Generally, the expected grayscale level and bit depths in LED displays vary depending on the display. However, you’ll encounter specific levels and bit depths in Grayscale.

As a rule of thumb, the more bits used to represent the grayscale signal in LED displays, the more and finer shades of gray that display ought to generate. And so, bit depths in LED come out as one of the essential metrics for buyers, content creators, and promoters to consider.

In that case, a bit is refers to as a binary value, which is usually represented by (0, 1) or simply what is known as off/on. This can be explained in the following ways; a normal light color is deemed binary, whereas a dimmable light color has several levels. In the context of an image or video display, the same concept remains, but another term is introduced for black and white color, which is referred to as (shades of gray)

Here is a table that summarizes the expected grayscale levels and bit depths in LED displays:

Bit Depth Grayscale Levels
8-bit 256 is sufficient for many applications.
16-bit 65,536 allows for a more detailed and realistic image.
24-bit 16,777,216, it is only used in very high-end applications.

NOTE

Prudently, more bits in LED displays seem to be better. Yes, but this should be done in moderation. 

Why?

According to the information provided in the table, several LED displays are designed with an eight-bit depth, which is considered sufficient for numerous applications. As these displays are equipped with eight bits per channel (24 bits in total), they primarily have the capacity to generate approximately 16.7 million colors (256 x 256 x 256).

Fascinatingly, according to the book “Psychology” by David G. Myers, the average human eye can discern approximately 7-10 million shades of color

The widespread adoption of 8-12 bit color in LED displays, computers, screens, and other visual interfaces can be credited to the aforementioned research findings. These bit depths have become the standard bits due to their suitability for representing a wide range of colors.

By employing 8-12 bits per channel, these display systems can generate an extensive palette of colors, providing a visually pleasing experience for users. This range of bit depths offers a balance between color depth and computational efficiency, making it ideal for various applications.

Challenges and Considerations in Grayscale Implementation in LED Displays

Grayscale implementation in LED displays is crucial for achieving accurate and high-quality image reproduction. However, several challenges and considerations must be addressed to ensure optimal grayscale performance.

By understanding and addressing these challenges, professionals can enhance the grayscale performance of LED displays. Let’s dive into the challenges and considerations in grayscale implementation in LED displays;

  • Panel Quality and Uniformity

LED panels differ in quality, thereby making sure there is consistent performance across panels. Manufacturers should implement robust quality control processes to detect and rectify issues related to dead pixels, brightness variations, and color inconsistencies. 

Therefore, by maintaining stringent standards, panel quality and uniformity can be improved, leading to enhanced grayscale implementation.

On the other hand, calibration techniques, such as adjusting luminance, gamma correction, and white point settings, help compensate for panel variations. Thus, calibrating each LED panel individually or implementing uniformity correction algorithms can mitigate panel quality and uniformity challenges effectively.

  • Color Shift and Viewing Angles

LED displays may exhibit color shifts when viewed from different angles. This color shift can result in inaccurate grayscale reproduction, especially in critical applications such as medical imaging or color-critical design work. 

To address this challenge, manufacturers should utilize advanced color management techniques, including color profiling and compensation algorithms, to minimize color shift and maintain color accuracy across a wide range of viewing angles.

LED displays often have optimal viewing angles where grayscale reproduction is most accurate. It is essential to consider the intended viewing positions and optimize the display setup accordingly. 

In this case, color shift and viewing angle challenges can be effectively managed by providing proper viewing angle guidance to the end-users and incorporating adaptive display technologies, such as wide viewing angle panels or polarizing filters.

  • Content Compatibility and Adaptation

Grayscale implementation should consider the dynamic range capabilities of the LED display. Content with a wider dynamic range may require additional adjustments to ensure accurate grayscale reproduction. It is crucial to utilize appropriate color spaces and dynamic range conversion techniques to adapt the content for optimal grayscale performance on LED displays.

On the flip side, LED displays often have a specific color gamut that differs from the standard color spaces used in content creation. Mapping the content’s color gamut to the LED display’s color gamut requires careful consideration and implementation of color management techniques. 

However, proper color gamut mapping ensures consistent and accurate grayscale reproduction, even when content is created in different color spaces.

FAQs

  • Why should I consider bit depth in grayscale LED displays?

The bit depth of grayscale LED displays holds significant importance in accurately representing shades of gray. A higher bit depth for instance of 10 bit can allow for a greater number of grayscale levels, thus, leading to finer transitions between shades and more accurate reproduction of grayscale. For instance, an 8-bit grayscale display can depict 256 shades of gray, while a 10-bit display can represent 1,024 shades.

  • How does grayscale technology improve LED display performance?

Grayscale technology plays a vital role in improving LED display performance in several ways:

Improve LED wall Contrast: By leveraging grayscale technology, LED displays can achieve a wider range of contrast, accurately rendering dark and light shades. This improvement enhances the overall visual experience and brings out finer details in the displayed content.

Finer color transitions: LED displays equipped with grayscale technology excel at producing smooth and refined color transitions. By accurately rendering grayscale levels, these displays ensure visually appealing images that are free from distracting color banding or artifacts.

Reduced Artifacts: Grayscale technology effectively minimizes unwanted visual artifacts such as pixelation or contouring. By ensuring seamless transitions between shades of gray, LED displays can present cleaner and more natural-looking images, free from noticeable imperfections.

Accurate Image Reproduction: Grayscale technology plays a crucial role in ensuring precise grayscale levels, leading to accurate representation of textures, shading, and subtle details in displayed images. This level of accuracy proves especially vital in applications where faithful grayscale reproduction is essential, such as medical imaging or professional photography.

Conclusion

Grayscale LED displays might help in you array of industrial application. If you want stunning and high quality images or visuals, then subscribing to the use of grayscale LED display might do you good. However, in case you need any assistance, Nseled got your problems covered. 

Note, the quality of your display is the window to your brand or message. Choose grayscale LED technology, and seize the opportunity to leave a lasting impression.

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