lcd screen brightness in stock

For the video display developer LCD panels are available in many sizes and resolutions, they are also available with many choices of maximum brightness. The following considers the topic of LCD panel brightness, the choices, the methods for adjusting brightness and some brightness adjustment scenarios.

LCD panels are generally rated as to their maximum brightness level which is expressed in Nits, it is equal to Candela/sqm (cd/m2), and this will be at a particular color temperature as noted in the specification, usually 10,000 K. In terms of a practical understanding, the following is a rough guide:

Outdoor displays range from a low end of 700 nits to typically 1,000 or 1,500nits and up with 2,000~2,500nits and even up to 5,000nits seen with some models. This may include standard LCD panels, custom LCD panels as well as custom cut LCD panels.

Virtually all LCD panels have a LED backlight these days, these are powered by an LED driver board. Brightness control via the driver board will be by one of two methods:

PWM (Pulse Width Modulation): This varies the duty cycle of the backlight “on time” – it is predominant in modern LCD panel LED backlight designs to enable support for digital brightness controls.

Analog: Uses a simple variable voltage to adjust brightness, for example this might be a dial or slider type potentiometer / variable resistor. To see how to enable analog backlight adjustment visit: https://www.digitalview.com/blog/brightness-adjustment/

One of the advantages of LED for the backlight is the range of adjustment that is possible, however it is important to note that the range varies significantly from model to model. Some industrial panels can be turned to very low light levels making them suitable for use in special environments such as at night. Lower cost panels limit the range of brightness to what might be required for typical usage, whereas panels with full range dimming from full off to full on require more complex backlight drivers.

Backlight lifetime: Many LCD panels have a backlight lifetime rating of 50,000 hours (typically measured to half brightness), this can be extended by running the LED backlight at a lower brightness level. Some panels may only offer 30,000 hours as a lower cost solution while other panels may offer up to 100,000 hours for high end applications.

An LCD panel backlight may be constructed so the LED’s are mounted directly behind a light guide diffuser, or they may be mounted along one or more edges of the light guide.

Active backlight: This is a function of some LCD panel backlights to automatically adjust the backlight brightness in response to the image. For more advanced systems there is an LED array making up the LED backlight, this adjusts the brightness in areas localized to the image being shown. This can greatly enhance the brightness across the display and is being used primarily with video, for example on consumer TV sets. It is not useful to all image types, for example a spreadsheet or content like maps or data is not likely to benefit.

Local dimming: Some LCD panels with direct LED may support local dimming so the LED’s are dimmed in response to the image close to them. This will not be at the same resolution as the LCD panel itself but will help greater contrast over the display by enhancing the brightness in bright areas of the image and darkening the image in dark parts of the image.

For the LCD monitor manufacturer it is important to consider that any covering over the LCD panel will reduce the brightness. For example the protective glass over a digital signage display, or a touch screen, or a semi-silvered mirror. So if a specific brightness is required the measurement should be taken with these in place.

There are various relatively low cost brightness meters available, typically in the couple of hundred dollars range. It is difficult to comment on the accuracy of these but we have found them to be within 5% of each other, though more importantly they do appear to be quite consistent in measurement so good for measurement comparisons. For more accurate measurement there are light meters from companies such as Minolta that can be calibrated, the cost may run into several thousand dollars.

Examples of light meters costing a few hundred dollars include SpyderX by Datacolor (needs a PC), a handheld meter is the SM208 by Sanpometer (search SM208 meter). Note: Many light meters, including smartphone apps, will be meters used for photography and not give readings in nits (or candelas). LCD panel specifications are typically measured using nits.

PWM and Analog: Most Digital View LCD controllers support PWM and Analog as a method for adjusting the backlight brightness level (this is noted in the column headed “Other” on the controller board summary table: https://www.digitalview.com/controllers/lcd-controllers-home.html. Also see https://www.digitalview.com/blog/brightness-adjustment/ for a guide to using a dial or slider type variable resistor to adjust the backlight.

Ambient light sensor: The backlight is adjusted for brightness or powered off depending on ambient light conditions. This uses a light sensor attached to the LCD controller board, see https://www.digitalview.com/blog/light-sensor-app-note/ for more details.

The specifics of the backlight control are documented separately for each LCD controller model (product summary here) in the product manual available for download on the product page.

Note: There are two ways to adjust the perceived brightness of a LCD panel or LCD monitor, the backlight and the black-level. Very often, particularly in the past, the monitor brightness setting adjusted the black-level, this adjusts the LCD but not the backlight.

Color, color temperature etc: In addition to adjusting the brightness other settings may be adjusted as well. For example the color temperature or for example a switch to green monochrome for night vision.

Night-safe lighting (update) : Dual-rail backlights can also be supported. These special backlight enable normal brightness and extreme low level brightness with custom night-safe lighting. Contact us for details.

Note: We have a blog on methods for implementing an ambient light sensor with Digital View LCD controller boards to automatically adjust the backlight or system power, see: Ambient Light Sensor

Update March 2019: Most of the above remains unchanged except for the increased availability of high bright LCD panels of around the 1,000 nit to 2,500 nit range. AUO for example has a number of large size LCD panels with 1,500 nit brightness for the digital signage market. Tianma has panels under 20″ with 1,000 nit to 1,500 nit brightness for various outdoor applications.

Our high brightness LCD screens provide a sun and daylight readable solution for store window displays suitable for 24/7 operation. High brightness touch screens are also available on request.

High brightness displays provide a bright and vibrant solution for window advertising and brightly lit environments. The displays are manufactured using premium LCD panels and incorporate a slimline housing with options available up to 2,500 nits brightness.

Our High Brightness Indoor Displays are the ideal choice in locations were the lighting cannot be controlled, like window displays where the screen is subject to direct sunlight. With options for brightness’s up to 2,500 nits, our High Brightness Screens are a popular display choice for use in hospitality settings like bars & pubs and also in retail advertising projects.

Our LCD high brightness display is manufactured specifically to perform in brightly lit environments, even in direct sunlight. They are ideally suited to a number of digital signage applications in bus / train stations, airports, and retail store windows.

A common problem with creating an effective window display is how to combat the effect of harsh sunlight during your busiest hours that renders your advertising unreadable. Our daylight readable LCD displays are over five times as bright as standard residential TV’s, guaranteeing that your message will be seen.

Our high brightness LCD panels are quick and easy to set up, coming complete with an integrated Media Player for USB playback or just as a monitor for connecting your own Media Player or PC. Alternatively, connect a digital TV tuner via HDMI to create a high brightness TV for use in brightly lit environments like pubs, bars and restaurants.

The commercial grade high brightness display is designed for 24/7 usage, offering high contrast, excellent colour reproduction with a backlight option producing a brightness display of 1,500 or 2,500 nits.

Our sunlight readable displays are also available with a touch screen overlay or alternatively, a PCAP touch foil for touch screen window displays. This technology works by installing an interactive touch foil on the back of the store window, allowing users to interact with the content on the screen from outside the store. If you’re experiencing glare on standard LCD displays, we can also provide anti glare glass overlays to combat sunlight and reflections on your screen.

For outdoor applications, we also offer outdoor high brightness displays which come complete with an IP65 weatherproof housing. These screens offer the ideal solution for outdoor applications that require a high bright display, bringing attention to special offers, new products or important information.

A high brightness display is a type of screen that’s specifically designed to function in high ambient light such as broad daylight. High brightness screens often vary in brightness but are generally more than twice as bright as a standard display or TV screen.

Yes, we offer IP65 rated high brightness screens designed for outdoor use. These commercial outdoor screens are suited for 24/7 applications and boast a fully IP65 protected (water resistant, protected against dust) enclosure.

Yes, we can manufacture interactive high brightness solutions for both indoor and outdoor applications. Our High Brightness displays can be upgraded with an optional thru glass touchscreen fascia to enable interactivity for the user.

Yes, our High Brightness Displays can be used in applications that suffer from direct sunlight. With options up to 2,500nits brightness, these displays are perfect for areas where light cannot be controlled including window displays, airports and shopping centres.

Our High Brightness LCD screens are designed for 24/7 commercial use in any high ambient lighting environment, making them a popular choice for use in window displays like retail and fashion stores, estate and travel agents, airports, bus and rail stations and many more.

We manufacture in Britain and ship worldwide – if you need further information, a pricing quote, or want to discuss ideas for using our High Brightness Displays click the link below to contact us, email us via info@prodisplay.com or call us on +44 (0)1226 361 306.

Select the Networkicon on the right side of the taskbar, and then move the Brightnessslider to adjust the brightness. (If the slider isn"t there, see the Notes section below.)

Some PCs can let Windows automatically adjust screen brightness based on the current lighting conditions. To find out if your PC supports this, select  Settings >System>Display. Select Brightness, look for theChange brightness automatically when lighting changes check box, and then select it to use this feature. This automatic setting helps make sure your screen is readable wherever you go. Even if you use it, you can still move theBrightness slider to fine-tune the brightness level for a built-in display.

You might also see another check box displayed: Help improve battery by optimizing the content shown and brightness. Some Windows PCs can automatically adjust the screen brightness and contrast based on content that’s displayed on your built-in screen. For more info, see Adaptive brightness and contrast in Windows.

You might not see the Brightness slider on desktop PCs that have an external monitor. To change the brightness on an external monitor, use the buttons on it.

When you plan to use digital signage and are wondering what screens to use, there are several aspects that you should consider. The most obvious one is the size of the screen.

The subject of a previous blog post is how to choose the best screen size. However, a second factor you should consider is the screen"s brightness, which can significantly influence the screen"s price and running costs. This article will explain what brightness is and what things you should consider in choosing a screen and includes a table of what screen brightness to best use in typical digital signage environments.

To understand the rest of this article and most screen vendor documentation, it is necessary to briefly define what we mean by "brightness" and "illuminance":

Brightness (also called luminance) is a measure of how much light is reflected or emitted from an object (screen), it is expressed/measured in "nits" (which is the same as cd/m2)

In short, brightness is the measure of light coming from a screen, and illuminance is the measure of light in a space. So, it makes sense that for content on a screen to be visible, it has to be brighter than the objects around it (which are illuminated by the ambient light).

The "correct" brightness of a screen is "enough to make the content of the screen overcome the brightness of its direct surroundings". Which, in its turn, depends on the illuminance of the screen"s location. When the illuminance around the screen varies, the maximum illuminance is considered. On the other hand, the brightness should not be too high; a screen that is too bright will be unpleasant to look at, unnecessarily expensive, and negatively influence the surrounding lighting indoors.

Since brighter screens have a higher purchase price, use more electricity, and, depending on the screen technology, need to be replaced more frequently, it makes sense to use a screen with just enough brightness for its location. In addition, some professional screens have a light sensor allowing them to adjust the brightness to the illuminance of the environment. Adaptive brightness ensures good visibility at the lowest energy use and can be valuable for screens in locations with variable lighting conditions.

for indoor screens; a brightness of at least 300 nits and double the illuminance - so if the illuminance in a room is 200 lux the brightness of the screen should be 400 nits.

The 2-to-1 rule holds for outdoor screens, but a maximum of 3000 nits is enough in most situations. Factor 2 can be adjusted down in cases with higher illuminance to 1,5. Since most outdoor conditions have an illuminance of 1000 lux a minimum brightness for outdoor screens is around 2000 nits, which rules out consumer TV screens. When using outdoor screens at night, they should not be brighter than 100-150 nits

Digital signage screens are available in several technologies; LCD, OLED and LED to name a few. There are some pros and cons to each of these technologies. Concerning screen brightness, there are a few things that you should take into consideration concerning these technologies:

Placing a screen behind a shopping window takes special care. A bright screen will probably solve visibility issues, but it is more expensive to purchase and use electricity. Placing the screen close to the glass and ensuring the surrounding light is adjusted can eliminate the need for high-brightness screens.

To support your decision-making, we include a table of typical ambient illuminance and the recommended screen brightness for that environment. Using this table, you will get more detailed advice than the "rule of thumb" explained above.

IndustryWorkspaceTypical ambient illuminance (in lux or lm/m2)Recommended screen brightness (in nits or cd/m2)Aviation and TransportationAirport departure hall350 – 5,000700 – 2,500

Intel Display Power Saving Technology (DSPT) is a power-saving feature in Intel’s latest version of mobile graphics chips. These graphics chips reducing power consumption on the computer by altering the brightness and contrast of the display.

Intel DPST controls the LCD backlight, by reducing the backlight as needed they can save power. This can be important on mobile computers running off the battery. The aim is to automatically reduce the backlight brightness while maintaining good visuals on-screen. It analyzes the image to be shown, and it uses equations to change the chroma value and reduce the brightness of the backlight simultaneously. This means you should not see any distortion to the image on-screen. Intel says that 70% of the power that the backlight uses when watching media is saved.

Since the introduction of digital photography our cameras are provided with a nice LCD screen to see the photo we’ve just taken, or to see the photo that we’re about to take. But be careful with these screens, they can be misguiding in some situations.

Camera LCD screens have become larger and brighter over the years, showing us the photo even before we take the shot. The last couple of years some cameras even have a second screen; the electronic viewfinder. It is wonderful to have those bright and large LCD screens on our cameras. We are able to review our work and correct our exposure or composition right at the spot. The screens are packed with information about our settings, the AF point and even a histogram. We can zoom in, look at it in high magnification and in some occasions it even give us the opportunity to post-process a raw file without transferring it to a desktop computer or laptop. LCD screens on cameras are so handy that we even wonder how the photographer in the previous millennium, when digital was still science fiction, managed to get the images right. Well, they did. And as a matter of fact, I did – which gives a pretty good idea how long I have been into photography.

The use of a LCD screen or viewfinder may be very convenient, it also has a few downsides that you have to be aware of. Especially for those who use their digital camera to make photos of the night sky in very dark locations. When photographing the stars and Milky Way in a dark locations, it is good to have your night sight. This means your eyes have to get accustomed to the light level to have the best possible sight. It takes approximately twenty minutes for your eyes to get accustomed to the dark. Can you image what happens when you activate your camera and stare into that bright LCD screen?

When I go out to take pictures of the night sky, I prepare myself and set the brightness of the LCD as low as possible. This way the screen doesn’t blind you completely when you are on location. I noticed that not only the LCD screen can be destructive for your night sight, an electronic viewfinder (EVF) that is found on the modern mirrorless cameras can also be too bright. Looking to it will also ruin your night sight. I found out the hard way when I reviewed the Leica SL and the Sony A9 during a nightly photo session, and I noticed it also with the newer Canon EOS-R.  Even reducing the brightness of the EVF is often not enough to maintain night sight.

Above is the difference shown of the LCD screen brightness of a Canon EOS-R, with brightness set to default and set to minimum. You can image what happens when the screen is set to maximum brightness.

The comparison above gives a good idea how much light the electronic viewfinder of the Canon EOS-R gives. It can definitely ruin your night sight when looking into the viewfinder. Of course, I only used this camera as an example. Every LCD screen and electronic viewfinder has this effect, no matter what brand or type of camera you use.

But not everyone is active in night photography. So perhaps most of you don’t care about losing night sight because you’re never photographing under these conditions. Still, the LCD screen brightness can also work against you in normal daylight situations when judging the exposure of an image. Let me explain.

I think every photographer nowadays looks at his or her screen to check if the exposure of the image is correct. This is a good habit, unless you are scrutinizing the image while losing contact with your subject in the process. Just a fast glimpse should do fine. But be aware of the brightness of your screen; this affects the way you see the image. If the brightness is of the LCD screen is set too high, you might be mistaken that the image is over exposed. If the brightness of the LCD screen is set too low, the opposite can occur and you may think the image is underexposed.

The example above shows the effect of screen brightness on a Canon EOS 5D Mark IV. When the screen is set too bright, it even looks  like an over exposure.

Not only the brightness of the screen can affect the way you interpreted the image, also the brightness of the surroundings have an effect on the way you see the image on the screen. In bright sunlight an image may seem underexposed even if the exposure is correct and in the darkness of night that same correctly exposed image may seem over exposed. The solution to this problem is very simple, but often forgotten in the heat of the photoshoot; look at the histogram for exposure.

I already wrote about checking the histogram for exposure in my previous article. The screen brightness may affect the way you interpret the image you’ve just taken, the histogram does not lie. The histogram is never affected by the screen brightness and is the only trustworthy way of checking exposure. Don’t get fooled by how an image looks in the electronic viewfinder of a mirrorless camera also. Again, the brightness setting will affect the interpretation of what you see.

So, what then is the best setting for the screen brightness? That depends of the ambient light. In bright sunlight you can benefit from a bright setting to check composition and other details, while in low ambient light a lower setting can work better. But always be careful and check the histogram for the correct exposure. Luckily the gigantic dynamic range of most modern camera’s is so large, it gives us a bit of room to correct a faulty exposure, even when we thought it looked great on the LCD screen or electronic viewfinder.

The SXOBH-55-4 is the best outdoor waterproof sunlight readable LCD TV monitor on the market. It represents the most advanced technology available today. This Optically Bonded high-brightness (2500 nits) 55″ TV monitor screen features 2,500 nits screen brightness. You will see clear, sharp video images even with bright sunlight directly on the screen.  Thanks to our special polarizer, our high brightness full sun TV operates in both Portrait and Landscape modes.  It is a corrosion-resistant enclosure, rated IP66. This is the ultimate solution for use outdoors. Also, it is very popular for challenging industrial environments. Additionally, the optional waterproof sound-bar provides exceptional sound quality. Remote-Monitoring is supported via IP-addressable user interface for temperature, humidity and power draw diagnostics of the display.

The IK10 rated impact-resistant tempered cover glass protects the screen against vandalism and debris. An Anti-Reflective, UV-protective safety glass reduces glare and reflections. It also protects the LCD panel. Our glass is 5mm thick on this monitor, and is rated IK10+. Consequently, it will withstand a direct impact from a baseball thrown at 60 MPH!  We also feature Optical Bonding on this display. Optical Bonding dramatically increases the perceived contrast ratio. Additionally, it reduces glare, which results in amazing picture quality , even in direct sunlight.

We design the SXOBH-55-4 high brightness displays to operate in nearly any environmental conditions.  Whether in frigid conditions or blazing heat, these sunlight displays will survive and thrive. To clarify, these outdoor monitors will operate in temperatures down to -31°F (-35°C).  They will also withstand brutal heat.  Moreover, operating  temperatures go up to 140°F (60°C).  All of this without any fans, vents or filters.Another key factor is that the internal LCD panel is actually rated to 230°F (110°C).  This is far higher than nearly any other LCD panel available today. This ensures that the monitor will never experience isotropic black-outs, where the screen turns dark due to excessive heat. This is a major problem for standard LCD monitors. These special LCD panels enable our SXOBH Series monitors to operate in the hottest environments on earth!

Our 55″ Sunlight Readable 2500 nit screen brightness monitors have been deployed in a wide range of demanding industries. For example, military, law enforcement,  digital signage, and sports stadiums feature these 55″ TV displays. They are also found in inspection,  amusement parks, on ships, and  in train and bus stations,  TRU-Vu monitors are backed by our full 3-Year Warranty.  This ensures you of many years of reliable service.

With over 200 LCD monitors and touch screens on our site, selecting the best waterproof TV, or outdoor television solution may be a bit overwhelming.To help narrow-down the choices, check out ourAdvanced Search Tool.For example, this enables you to filter by your own specific search requirements. See our full line-up of industrial-grade Sunlight Readable and Daylight Readable displays. This highlights all of our high brightness monitors.Shop by size  21.5″to 65″monitors , or see our  full line ofTRU-Vu Monitors also offers a wide range of LCD monitor mounts and stands.

TRU-Vu High Bright Sunlight Readable Monitors enable users to see clear, sharp video images even in direct sunlight with a bright screen.  Our high brightness displays produce at least 1,000 nits brightness. Some go up to 2,500 nits of brightness.  This makes them far brighter than standard LCD monitors.  Specifically, consumer or commercial-grade monitors typically offer only 150 to 300 nits brightness.  High brightness displays and sunlight readable touch screens will ensure crystal-clear video images even in bright sunlight. The result is better performance and bold colors in other high ambient light conditions as well. They are also available with optical bonding as monitors or touch screen displays.

In outdoor or bright conditions, it is imperative to increase the brightness of a display to ensure crisp images.  The number of nits an LCD display emits is the main factor in determining the monitor’s perceived brightness. A monitor luminance of around 200-350 nits will work well indoors.  Most LCD displays and monitors fall in this range. However, 400-700 nits would be required for use in daylight conditions. Most importantly, a Sunlight readable display requires at least 1,000 nits or more for viewing in direct, bright sunlight . These high brightness displays are available with 16:9 aspect ratio or 4:3 aspect ratio screens.  All TRU-Vu Sunlight Readable monitors and high-brightness touch screens are TAA Compliant.

Some monitors feature a sheet of glass over the LCD panel to protect it from accidental or intentional damage. However, the glass also produces unwanted glare and reflections. Internal reflections in the air gap between the glass and the LCD panel diminish image quality even further. In order to combat this, monitors are optically bonded.

Optical bondingis the process of laminating protective glass or a touch screen panel to the LCD panel with an optical-grade resin.  This completely fills the air gap between the glass and LCD panel. It not only eliminates the internal reflections, but  also increases the contrast ratio. This makes the screen appear much brighter and more viewable in bright light conditions. Optical bonding  also eliminates internal moisture and condensation. Moreover, it will make the monitor more rugged and durable. Lastly, an Anti-Reflective coating is applied to the outside of the glass. Consequently, this will drastically reduce glare and surface reflections.

For installations in indirect sunlight, or reflected bright light, our Daylight Viewable displays will most likely suffice. These are also more cost-effective than Sunlight Readable monitors with 1,000 nits brightness. Daylight viewable monitors feature  LCD screens with 400 nits to 700 nits brightness.  The LCD panels also include optical bonding.

Daylight-viewable touchscreens with optical bonding are also significantly brighter than standard touch screens. Consequently, they produce far better image quality in bright conditions. Although they are not as bright as High Brightness Sunlight Readable touch screens, daylight readable touch screens do offer the benefit of lower power consumption. This may be useful in portable or mobile applications. We currently offer over 60 monitors with optical bonding; all are TAA-Compliant.

Our outdoor high brightness Sunlight Readable LCD monitors feature waterproof stainless steel enclosures. These are ideal for factory wash-down environments.  Additionally, they are perfect for outside use in challenging weather.  Our panel mount enclosures are made from steel, stainless steel, or aluminum. This enables them to be flush-mounted. Outdoor LCD monitors with high brightness work in a wider range of temperatures. Consequently, this broadens the environments in which they may be used. Additionally, temperature ranges are very important to consider when using outdoors.  When we combine extreme operating temperatures with outdoor waterproof enclosures, we ensure your high brightness monitors will be able to function in even the harshest wet and hot environments. We will also modify or customize any model to meet your exact requirements.

In conclusion, we deploy TRU-Vu outdoor waterproof sunlight readable monitors and high brightness touch screens in a wide range of industries. For example, military, law enforcement, manufacturing plants benefit from high bright LCD displays. Amusement parks, sports stadiums, mass transit, and construction & heavy equipment also rely on high bright sunlight readable displays.  In addition, outdoor high brightness LCD monitors are demanded in pipeline inspection,  kiosks, marine,  oil & gas, drones, security applications. When it counts, you can rely on TRU-Vu Monitors to deliver the optimal weather resistant high bright LCD monitor solution for your specific needs.

"Lower Brightness" application helps you reduce brightness to any level. You can set brightness level from 0% to 100% by just opening the application and choose brightness level you want.

Model SRD-PM-121 is a Second Generation Sunlight Readable High Brightness model and is a high-quality industrial LCD system offering NEMA 4 (IP65) level protection at the front bezel. The product boasts a 12" display size with 1024 x 768 pixels, 1200 NITS brightness (long-life LED backlight) and Ultra High Contrast Sun Readability 60:1 CR @10,000 Lux.This industrial grade Sunlight Readable NEMA 4 IP65 LCD TFT monitor is designed for use throughout a wide range of harsh outdoor applications.

These rugged LCD displays are rigorously tested to ensure compliance with various industry standards and are engineered to withstand the effects of severe environments such as water, dust and dirt intrusion. These products perform well beyond ordinary ‘commercial’ type monitors. AbraxSys" high bright Sunlight Readable LCDs are ideal for use in any high ambient light condition, and will give you the intensity and brilliance your application requires.

With a range of sizes from 32” to 65”, and single-side and dual-sides LCD screen available for various installation methods ( suspending, wall-mounted, and freestanding),

our High Brightness Behind Window LCD Screens are suitable for 24/7 operation, are ideal for applications like retail stores & shopping centres and airport & rail stations.

Store front Sunlight Readable LCD Displays support multiple control methods. It allows for USB playback, mobile phone APP wireless control, connect via RJ54 network cable and control by PC, as well as cloud base remote control.

With High Brightness commercial grade ultra-high brightness panels with outstanding visibility and high performance, is the perfect outdoor display for advertising & information.

These displays include an external ambient light sensor that ensures the screen is always operating at the most suitable brightness for its environment.

The narrow bezel not only gives these displays a stylish, modern aesthetic, but also means maximum attention is drawn to the on-screen content for high impact messaging.

The integrated Android system allows easily update on-screen content via USB plug and play. Alternatively, be networked without needing any additional hardware to use our smart phone APP and cloud-based CMS software.

By the built-in cooling fans (for high brightness upto 2500cd/sqm models), we have made the this series an ideal choice for the in-window environment Its operating noise level is under 25DB, which is quieter than that of typical daily conversation.

Storefronts High Brightness LCD Digital Signage support split-screen playback, play multiple programs at the same time, and switch pictures and videos arbitrarily

StoreFront Window Display High Brightness LCD allows to upload advertising contents via USB, WiFi sonnected by smart phone APP, network cable connected by PC via Clould base software.

The responsive internal airflow system help heat dissipation and keeps the panel and other internal components at optimum working temperature to ensures a long and reliable life for your screen.