The SQX Series Quatro incorporates energy-efficient edge-lit LED technology, significantly reducing power consumption while delivering brightness levels of 450 nits. This eco-conscious design ensures lower energy costs without sacrificing display quality, making it a sustainable choice for businesses focused on both performance and environmental impact.
Equipped with WiFi, and Bluetooth connectivity, the SQX Series Quatro seamlessly integrates with your network for effortless content management. The Quatro is built for 24/7 continuous operation, providing consistent performance for any application.
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.
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.
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.
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.
RoHS (Restriction of Hazardous Substances) compliance refers to a directive that restricts the use of specific hazardous materials found in electrical and electronic products. This standard originated in the European Union and aims to reduce environmental and health risks associated with these substances.
RoHS compliance helps to reduce the environmental impact of electronic waste by limiting hazardous substances such as lead, mercury, cadmium, hexavalent chromium, and certain flame retardants.
By restricting harmful chemicals, RoHS standards contribute to safer working conditions during the manufacturing process and safer usage for consumers.
Ensures that products meet legal requirements in markets that enforce RoHS standards, facilitating international trade and market access.
Demonstrates our commitment to environmental sustainability and public health, enhancing reputation and consumer trust.
Limits the use of specific hazardous substances to minimal amounts, ensuring safer and more eco-friendly products.
Products must undergo rigorous testing to verify compliance, ensuring high standards of quality and safety.
Encourages the development of safer alternatives and greener manufacturing processes, promoting overall sustainability in the electronics industry.
RoHS compliance is essential for reducing the environmental and health risks associated with hazardous materials in electronic products. It ensures that products are safer, meet regulatory standards, and support sustainable practices, benefiting both consumers and the environment.