A Transparent OLED (Organic Light Emitting Diode) screen represents a paradigm shift in display technology. Unlike conventional LCD or even standard OLED screens, it is built upon a transparent substrate. The "magic" lies in its self-emissive nature. Each individual pixel is a tiny organic compound that lights up when electricity is applied. This means there is no need for a bulky, opaque backlight unit, which is essential in LCD and Transparent LED screens. By eliminating the backlight and using transparent components for the circuitry (like transparent thin-film transistors), the entire panel can achieve a high degree of transparency. When pixels are turned off, the screen is as clear as a pane of glass, allowing viewers to see directly through it. When they are on, they produce vibrant, brilliant colours that appear to float in mid-air. This unique capability makes it the pinnacle of see-through display technology, enabling a seamless blend of digital information and the physical world.

While both technologies offer transparency, their underlying mechanisms and resulting visual characteristics are fundamentally different. Transparent LED screens create transparency through physical spacing. They consist of a grid or mesh of tiny, individual LED bulbs mounted on a transparent frame. The "see-through" effect is achieved by looking through the gaps between these bulbs. This can sometimes result in a visible grid or line structure (pixel pitch) and may slightly obstruct the view.

In contrast, Transparent OLED is a solid-state panel. The entire surface is emissive, and transparency is an inherent property of the panel's construction. This results in a much more uniform and seamless transparency, akin to tinted glass. Critically, because OLED pixels can be turned completely off individually, they can achieve perfect, absolute black. Transparent LEDs cannot, as there is always some ambient light passing through the structure. This gives OLED an infinite contrast ratio and a far more vibrant, premium image quality, especially in controlled lighting environments. OLED also offers superior viewing angles and a much thinner, lighter form factor.

The advantages of Transparent OLED are numerous and place it in a class of its own. The primary benefits include:
1) Superior Image Quality: Thanks to self-emissive pixels, OLEDs offer an infinite contrast ratio. Blacks are truly black (as pixels are completely off), making colours appear exceptionally vibrant and lifelike.
2) Unmatched Transparency: The technology provides a uniform, high-quality transparency without the visible grid structure that can be present in Transparent LED screens. This creates a more magical and seamless integration of digital content with the real world.
3) Design Flexibility: The absence of a backlight allows for incredibly thin and lightweight panels. This opens up enormous possibilities for architects and designers, including curved, flexible, and even rollable applications that are impossible with rigid display technologies.
4) Wide Viewing Angles: Colours and contrast remain consistent and accurate even when viewed from extreme angles, ensuring a perfect image for everyone.
5) Energy Efficiency: Since only the active pixels draw power, displaying content with significant black areas is highly energy-efficient compared to backlit displays.

Transparent OLED film is a revolutionary product that takes the core benefits of OLED technology and packages them into an ultra-thin, flexible, and self-adhesive format. Think of it as a high-tech "sticker" that can turn any existing glass surface into a high-performance transparent display. It is manufactured by depositing the organic emissive layers onto a flexible plastic substrate instead of rigid glass. This film typically includes an integrated driver IC and a transparent adhesive layer. The installation process is remarkably simple compared to traditional displays; it can be carefully applied directly to interior windows, glass partitions, display cases, or even curved glass surfaces. This makes it an ideal solution for retrofitting existing spaces without the need for major construction. It brings dynamic digital capabilities to locations where installing a conventional screen would be impractical or aesthetically disruptive, opening up new frontiers for retail advertising, corporate branding, and informational displays.

The transparent oled price is a significant consideration, as it is a premium, cutting-edge technology. The cost is influenced by several key factors. The primary driver is size; larger screens require more material and more complex manufacturing, increasing the price. The second factor is resolution. A higher resolution (smaller pixel pitch) means more pixels are packed into the same area, which increases manufacturing complexity and cost but delivers a sharper image for close viewing. Transparency level also plays a role, as different models offer varying degrees of light transmittance. Finally, the product type is crucial – a standard rigid panel will have a different cost structure than a flexible film or a fully custom-engineered, glass-integrated solution with touch capabilities. While the initial investment is higher than for conventional displays, it is essential to consider the total value proposition, including its unparalleled 'wow' factor, brand enhancement, energy savings, and the unique customer experiences it enables. We provide detailed, project-specific quotes to ensure you receive the most cost-effective solution for your needs.

This is a critical technical consideration. Standard Transparent OLEDs are primarily designed for indoor or controlled semi-outdoor environments. The main challenge for outdoor use is brightness. Direct sunlight is incredibly bright (over 100,000 lux), and a display must have sufficient luminance to produce a visible, vibrant image against it. While our OLEDs are bright, competing with direct, midday sun is a challenge for any transparent technology. A second factor is environmental protection. Outdoor displays must be sealed against water, dust, and humidity (typically with an IP65 rating or higher) and be able to operate in a wide range of temperatures. We do offer specialised, high-brightness models that are engineered for outdoor use. These screens are typically integrated into weatherproof enclosures and are best suited for locations that are not in constant, direct sunlight, such as building facades with an overhang, covered walkways, or transport hubs. We always conduct a thorough site analysis to recommend the most appropriate and effective solution for any outdoor project.

Absolutely. Making our displays interactive transforms them from a passive viewing experience into an engaging, participatory installation. We achieve this by integrating advanced touch-overlay technologies with our transparent OLED panels. The two most common methods are PCAP and IR frames. Projected Capacitive (PCAP) touch film is a transparent, conductive film that can be laminated directly onto the screen's surface. It's the same technology used in modern smartphones and tablets, offering a highly responsive, multi-touch experience that can detect many touch points simultaneously. For larger video walls or situations where a lamination is not desired, we use an Infrared (IR) Frame. This is a slim bezel that fits around the display and emits a grid of invisible infrared beams. When a finger or stylus breaks the beams, the coordinates are registered as a touch point. Both methods can be seamlessly integrated to create incredible interactive experiences for retail product browsing, collaborative boardroom tables, museum exhibit information, and public wayfinding kiosks.

The lifespan of an OLED display is a common and important question. It's typically measured in terms of L50, which is the number of hours it takes for the screen to degrade to 50% of its original brightness. For our commercial-grade ClariOLED panels, the typical lifespan is rated at 30,000 to 50,000 hours of operation. To put that in perspective, if a display is running 12 hours a day, 7 days a week, a 30,000-hour lifespan equates to nearly 7 years of use. Several factors can influence this, including the brightness level at which the screen is operated (lower brightness extends lifespan) and the nature of the content displayed. Like all emissive displays, OLEDs can be susceptible to "burn-in" or image retention if a static, high-contrast image is displayed continuously for thousands of hours. However, our displays incorporate mitigation technologies such as pixel shifting and dynamic screen savers, and our content management systems can be programmed to vary content regularly. With proper usage and content management, a ClariOLED screen is a long-term investment that will provide stunning visuals for many years.

Managing content effectively is key to maximising the impact of your transparent display. Our ClariOLED solutions are designed to be flexible and integrate with industry-standard Content Management Systems (CMS). Typically, the display is connected to a small, powerful media player (like a BrightSign or a dedicated PC) which runs the CMS software. This allows you to remotely manage your content from anywhere with an internet connection. Through the CMS interface, you can upload various media formats, including high-resolution images (JPEG, PNG), videos (MP4, MOV), and even web-based HTML5 content for interactive applications. A key feature is scheduling, where you can create playlists and set specific times and dates for content to appear, perfect for retail promotions or daily announcements. For real-time data, our systems can be configured to display live feeds, such as news tickers, stock prices, weather updates, or social media walls. We provide comprehensive training and can recommend the best CMS partner for your specific needs, ensuring you have full, easy control over what your audience sees.

Pixel pitch is a fundamental specification for any digital display, including our transparent OLED screens. It refers to the physical distance, usually measured in millimetres, from the centre of one pixel to the centre of the adjacent pixel. This measurement directly determines the display's resolution and optimal viewing distance.

A smaller pixel pitch (e.g., 1.8mm) means the pixels are packed more closely together. This creates a higher pixel density, resulting in a sharper, more detailed image that looks crisp even when viewed from a very short distance. This is crucial for applications where the audience will be close to the screen, such as interactive retail displays or boardroom monitors. A larger pixel pitch (e.g., 10mm or more) means the pixels are further apart. This results in a lower resolution, and the image may appear pixelated or "blocky" up close. However, for large-scale applications like architectural facades or stadium displays where the audience is far away, a larger pixel pitch is perfectly acceptable and much more cost-effective. Choosing the correct pixel pitch is a balance between the desired image quality, the typical viewing distance, and the project budget. Our experts always help clients select the ideal pixel pitch for their specific application.

Proper planning for power and data is crucial for a successful installation. Each transparent OLED panel or section of a video wall has specific power requirements, which we provide in our technical specification sheets. Generally, each panel requires a standard AC power outlet. For larger video walls, multiple circuits may be necessary to distribute the load, and we work closely with your electricians to ensure all power infrastructure is in place before installation.

For data, the most common setup involves a dedicated media player connected to the display's controller. This media player needs a stable network connection, either via an Ethernet cable (LAN) or a strong, reliable Wi-Fi signal, to receive content updates from the Content Management System (CMS). We typically recommend a hardwired Ethernet connection for maximum stability and security, especially for mission-critical installations. During the consultation phase, our technical team provides a detailed schematic outlining the exact locations for power outlets and data ports, ensuring a clean and seamless integration with your building's infrastructure. For our self-adhesive OLED film, the power and data connections are often routed through discreet, thin cabling to a nearby concealed media player.

Maintaining the pristine look of your ClariOLED screen is straightforward. The screen surface is glass, so it can be cleaned in a similar manner to a high-end window or monitor. First, it's essential to power down the display before cleaning to prevent any electrical issues and to see dust and smudges more clearly. We recommend using a soft, lint-free microfibre cloth. For general dust removal, a dry cloth is sufficient. For fingerprints or smudges, lightly dampen the cloth with a solution of distilled water and a small amount of isopropyl alcohol (a 70% solution is ideal). It is crucial to never spray liquid directly onto the screen, as it could seep into the electronics. Instead, always apply the cleaner to the cloth first. Gently wipe the screen in a consistent pattern (e.g., top to bottom) without applying excessive pressure. Avoid using harsh chemical cleaners, such as those containing ammonia or abrasives, as they can damage the anti-reflective coatings on the screen. For our self-adhesive film products, the same gentle cleaning process applies. Regular, gentle cleaning will keep your display looking its best and ensure the transparency and image quality are never compromised.

We stand behind the quality and craftsmanship of our products. All ClariOLED displays come with a comprehensive manufacturer's warranty, typically ranging from two to three years, covering defects in materials and workmanship. The specific terms and duration will be detailed in your sales agreement. Our commitment to you extends far beyond the initial purchase. Our after-sales support programme is a core part of our service. This includes access to our dedicated technical support team via phone and email for any operational questions or troubleshooting needs. Should an issue arise that cannot be resolved remotely, we can arrange for on-site service from our certified technicians. We also offer extended warranty packages and preventative maintenance plans for mission-critical installations. These service plans include regular check-ups, performance diagnostics, and cleaning to ensure your display operates at peak performance and to maximise its lifespan. Our goal is to build a long-term partnership with our clients, providing peace of mind and ensuring your investment continues to deliver value for years to come.

Yes, the ability to create custom shapes is one of the most exciting aspects of our transparent OLED technology, particularly with our flexible and modular products. While standard OLED panels come in rectangular formats, they can be tiled together in creative configurations to form non-traditional shapes. For example, you could create a staggered video wall, a circular arrangement, or a display that wraps around a column. The true innovation, however, lies in our flexible transparent OLED solutions. Because these are built on a pliable substrate, they can be manufactured or mounted to follow curves, creating convex or concave displays that integrate seamlessly with non-linear architectural elements. For highly specific and unique shapes, we can engage in custom engineering projects. This could involve creating displays in specific geometric shapes or even integrating OLED technology into custom-fabricated objects. This level of customisation allows architects, artists, and designers to break free from the constraints of the traditional rectangle and use digital light as a truly integrated architectural material, creating displays that are not just screens, but iconic sculptural elements.

The transparency level, or light transmittance, is a critical specification that involves a trade-off with certain aspects of image quality, particularly in bright environments. Our screens are available in various transparency levels, typically ranging from around 38% to over 50%. A higher transparency level means more ambient light can pass through the screen from behind. This is excellent for applications where maintaining a clear, unobstructed view is the top priority, such as a retail storefront or a museum display case. However, this high level of ambient light can also wash out the displayed image, reducing its perceived contrast and colour saturation, especially in brightly lit rooms. Conversely, a lower transparency level means the panel is less "see-through" but offers better image performance. By blocking more ambient light from behind, the displayed image appears with higher contrast and more punchy, vibrant colours. The choice depends entirely on the application. For a dramatic, high-impact visual display, a lower transparency might be preferred. For a subtle, augmented-reality-style overlay, higher transparency is ideal. We help clients balance these factors to select the perfect panel for their specific lighting conditions and aesthetic goals.

The lead time for a ClariOLED project, from order confirmation to final installation, can vary significantly based on the complexity and scale of the project. For standard panel orders or our self-adhesive film products, the manufacturing and delivery time is typically in the range of 8 to 12 weeks. This includes manufacturing, quality control, calibration, and international shipping. For large-scale video walls or highly customised solutions (such as custom shapes or glass-integrated products), the lead time will be longer, potentially 14 to 20 weeks or more. This extended timeline accounts for the detailed engineering and design work, custom fabrication, and more complex logistics involved. The installation phase itself can range from a single day for a simple film application to several weeks for a large, complex architectural integration that requires coordination with other construction trades. We establish a clear and detailed project timeline at the outset, with milestones for design approval, site readiness, delivery, and installation, ensuring transparency and clear communication throughout the entire process.

Our commercial-grade ClariOLED displays are engineered for reliability and are capable of operating 24 hours a day, 7 days a week. They are built with high-quality components designed for continuous use in professional environments like command centres, transport hubs, and broadcast studios. However, for applications requiring 24/7 operation, it's particularly important to consider content strategy to maximise the display's lifespan. As an emissive technology, displaying a bright, static image for extended, unbroken periods can, over thousands of hours, contribute to uneven ageing of the pixels (image retention or "burn-in"). To mitigate this, we strongly recommend implementing a dynamic content strategy. This includes using screen savers during idle periods, periodically shifting the image by a few pixels (a feature built into our controllers), and ensuring that no single, high-contrast element remains in the exact same spot for weeks on end. For many 24/7 applications, such as those displaying dynamic video or data feeds, this is naturally not an issue. By following these best practices, you can confidently operate our displays around the clock while ensuring a long and reliable service life.

Handling reflections is a key aspect of transparent display performance, as the screen is essentially a pane of glass. Our ClariOLED screens are engineered with advanced optical properties to minimise distracting reflections and glare. The front surface of the display is treated with a high-quality anti-reflection (AR) coating. This specialised, multi-layer coating works by disrupting the light waves as they hit the surface, significantly reducing the amount of ambient light that is reflected back at the viewer. This is crucial for maintaining image clarity, especially in environments with bright overhead lighting or windows. In addition to the AR coating, the inherent high contrast of OLED technology also helps. Because the pixels can produce perfect black, the displayed content tends to "pop" more, making the image more dominant and any residual reflections less noticeable to the human eye. While it's impossible to eliminate all reflections from a glass surface, our combination of advanced AR coatings and superior contrast ratio ensures that the on-screen content remains the clear focus, providing a comfortable and visually stunning viewing experience even in challenging lighting conditions.

The structural requirements for a transparent OLED video wall are significantly less demanding than for traditional video walls, which is a major advantage. Our OLED panels are exceptionally thin and lightweight. However, ensuring a stable and perfectly flat mounting structure is paramount for a seamless final appearance. For most installations, this involves a custom-fabricated steel or aluminium support frame. Our engineering team designs this frame based on the specific size and configuration of your video wall. The frame is then securely anchored to the building's primary structure, which could be a load-bearing wall, floor, or ceiling joists. We provide detailed drawings and load calculations to your structural engineer to verify that the support points can handle the weight. The key is precision. The mounting frame must be perfectly plumb and level to ensure that the individual panels align flawlessly, with no visible gaps or seams. For suspended or "floating" designs, more extensive structural work, including ceiling reinforcement and high-tensile steel cables, may be required. We collaborate closely with your architects and contractors throughout this process to ensure the supporting structure is prepared correctly before the displays arrive on site.

This is a fantastic question that touches on the future of this technology. Currently, the transparency level (or transmittance) of a specific transparent OLED panel is a fixed physical property, determined during its manufacturing. A panel designed for 40% transparency will always be 40% transparent. It cannot be electronically "dimmed" to become more opaque or more transparent on demand.

However, it is possible to create an effect of "adjustable" or "switchable" transparency by combining our transparent OLED screens with other technologies, such as Polymer-Dispersed Liquid Crystal (PDLC) switchable film. This film can be laminated alongside the OLED panel. In its default, unpowered state, the PDLC film is opaque (frosty white). When an electric current is applied, its crystals align, and it instantly becomes clear. By integrating these two technologies, you could have a single pane of glass that functions in three modes: 1) Fully opaque (PDLC on, OLED off), 2) A standard opaque display (PDLC on, OLED on), and 3) A transparent display (PDLC off, OLED on). This creates a truly dynamic and versatile architectural element, perfect for privacy-on-demand in boardrooms or creating dramatic reveals in retail spaces. This is a custom-integrated solution we can design for specific projects.

Designing content for a transparent display is a creative art that differs from designing for an opaque screen. To maximise the "floating" effect, it's best to create content that strategically uses black space. On an OLED screen, any pixel set to true black (#000000) is completely turned off, meaning it becomes fully transparent. Therefore, by designing graphics or videos with elements surrounded by a pure black background, you make those elements appear to hover in mid-air with no visible bounding box. This is the key to creating magical visuals. Avoid using large, solid, bright-coloured backgrounds (unless you intentionally want to obscure the view). Instead, focus on high-contrast elements, bold typography, and animated outlines or particle effects against a black canvas. Using formats like PNG for images and MOV (with an alpha channel) for videos is ideal, as these formats support transparency natively. It's a shift in thinking: you are not just placing content on a screen, you are layering digital information onto the real world. We provide detailed content creation guidelines and best practices to all our clients to help their creative teams get the most out of this incredible medium.

While they share the same core technology, there are critical differences between a consumer-grade Transparent OLED TV (like the models occasionally shown by LG or Xiaomi) and a ClariOLED commercial display. The primary distinction is durability and intended use. Commercial displays are built for longevity and continuous operation (e.g., 12/7 or 24/7), using more robust components and advanced heat dissipation systems. Consumer TVs are typically designed for a few hours of use per day. Secondly, brightness and control are different. Commercial panels are often brighter to perform better in varied lighting conditions and come with extensive professional controls via RS-232 or LAN for integration into AV systems. A TV has consumer-focused inputs (like HDMI) and simpler controls. Finally, features and format differ. Commercial displays are designed for digital signage, available as modular panels for video walls, and lack consumer features like TV tuners or smart TV apps. A Transparent OLED TV is a standalone unit with all the typical consumer electronics features. In essence, a TV is a consumer appliance, while a ClariOLED commercial display is a rugged, professional tool designed for integration into public and corporate spaces.

This is an excellent and perceptive question. The goal of a transparent display is to be as invisible as possible when off. The "magic" of Transparent OLED lies in making the complex electronics required to drive millions of pixels effectively disappear. The pixel-driving elements, known as the Thin-Film Transistor (TFT) backplane, are constructed using transparent conductive materials and insulators. These microscopic circuits are arranged in a fine mesh between the pixels. When viewing the screen from a normal distance, this mesh is practically invisible to the naked eye, allowing for a clear, unobstructed view through the panel. However, if you were to get extremely close to the screen—within a few inches—and look very carefully, you might be able to discern a very faint, fine pattern in the glass. This is the transparent circuitry. Our engineers have perfected the manufacturing process to minimise the visibility of this mesh, ensuring that from any practical viewing distance, the illusion of a simple, clear pane of glass is perfectly maintained. This is a key area where OLED has a significant aesthetic advantage over Transparent LED, which relies on larger, more visible physical support structures.

Transparent OLED displays deliver their most dramatic and impactful performance in dark or dimly lit environments. This is where the core strength of OLED technology—its infinite contrast ratio—truly shines. In a dark room, when a pixel is set to black, it emits no light whatsoever. This means the screen blends perfectly into the darkness, becoming completely invisible. When an image or text then appears, the lit pixels seem to materialise out of thin air, creating a stunning, high-contrast visual that appears to float in space. This is impossible to achieve with Transparent LED or any projection-based system, as they always have some degree of light spill or background illumination. This makes ClariOLED screens ideal for applications such as museum exhibits in controlled galleries, high-end home cinemas, exclusive nightclubs, and theatrical stage effects. The ability to create brilliant, vibrant content that emerges from and disappears into perfect blackness allows for an unparalleled level of visual storytelling and atmospheric creation. In the dark, a Transparent OLED is not just a screen; it's a window into a digitally augmented reality.

The colour gamut of a display refers to the specific range of colours it is capable of reproducing. It's a critical measure of its colour accuracy and vibrancy. ClariOLED screens boast an exceptionally wide colour gamut, typically covering over 90-98% of the DCI-P3 colour space. The DCI-P3 standard is the colour space used by the digital cinema industry and is significantly wider and more encompassing than the standard sRGB gamut used by most computer monitors and web content. What this means in practical terms is that our displays can reproduce a vast spectrum of colours with incredible depth and nuance. Reds appear richer and deeper, greens are more lush and vibrant, and blues are more intense and varied. This is possible because each OLED pixel generates its own coloured light, without the need to pass through a colour filter like in an LCD. This direct emission results in purer, more saturated colours. This wide colour gamut is essential for applications where colour accuracy is paramount, such as in luxury retail for displaying fashion or jewellery, in automotive showrooms for accurately representing car paint colours, and in museums for faithfully reproducing the colours of digital artwork.

The refresh rate of a display, measured in Hertz (Hz), indicates how many times per second the image on the screen is updated. Our ClariOLED commercial displays feature a standard 120Hz refresh rate. This is a significant advantage for displaying any kind of motion. A 120Hz rate means the image is redrawn 120 times every second, which is double the rate of many standard 60Hz displays. This higher refresh rate, combined with the instantaneous pixel response time of OLED technology, results in exceptionally smooth, clear, and fluid motion. For fast-moving video content, such as sports or action sequences, it eliminates motion blur and judder, providing a crisp and lifelike picture. This is also critically important for interactive applications. When a user touches the screen or drags an element, the high refresh rate ensures that the on-screen reaction is immediate and fluid, creating a responsive and satisfying user experience. For broadcasting or virtual production, the 120Hz refresh rate also helps to avoid flickering or banding issues when filming the screen with high-speed cameras. It ensures that the visual performance is as seamless and professional as the technology itself.

The size of a Transparent OLED display is determined by two main factors: the size of a single manufactured panel and the ability to tile those panels together to create a larger video wall. Currently, the largest single Transparent OLED panel produced is around 55 to 77 inches diagonally. This is the base unit. For applications requiring a screen of this size or smaller, a single panel is used. However, the true power of our solution lies in its modularity. There are virtually no upper size limitations when creating a transparent OLED video wall. By precisely arranging multiple 55-inch panels together in a grid, we can construct a display of almost any desired size and aspect ratio. Because the bezels (the border around the active display area) on our commercial panels are incredibly thin, the seam between adjacent screens is minimal, creating a near-seamless canvas on a large scale. We have built video walls that are dozens of metres wide for building facades, convention centres, and transportation hubs. So, while the individual "building block" has a size limit, the final creative canvas is limited only by the project's ambition and budget.

Transparent OLED and transparent projection systems (using special projection film on glass) both aim to create images on a see-through surface, but they are worlds apart in performance and application. The most significant difference is image quality and contrast. A projection system relies on reflecting light from a projector. This means it can never achieve true black; the "black" areas are simply where no light is being projected, but they are still subject to ambient light, making them appear grey. OLED, being self-emissive, produces perfect black and an infinite contrast ratio, resulting in a vastly superior, more vibrant image. Secondly, ambient light dependency is a major factor. Projection systems are highly susceptible to being washed out by ambient light and perform best in very dark conditions. Transparent OLEDs are much brighter and perform exceptionally well in a wide range of indoor lighting conditions. Thirdly, there is the physical footprint. A projection system requires a projector, which needs to be mounted at a specific distance and angle (the "throw distance"), and this projector can be bulky and create logistical challenges. A Transparent OLED is a self-contained panel, with no external projection equipment needed. While projection film can be a cost-effective solution for some temporary applications, for any professional, high-quality, or permanent installation, Transparent OLED offers a vastly superior, sleeker, and more visually stunning solution.