small sunlight readable tft display factory

Sunlight readable TFT LCD display: By high brightness backlight, we can make sunlight readable LCD modules such as our 2.0inch 240x320 1000nits, 3.34 inch round display 320x320 750nits, 3.5inch IPS 320x480 2000nits, 3.5inch 320x240 600nits, 4.3inch 480x272 800nits, 5.0inch 800x480 1000nits, 7.0inch 800x480 and 1024x600 1000nits, 10.1inch wide temperature LCD display 1280x800 IPS 1000nits.... For other sizes of sunlight readable screen, we can custom made high brightness sun readable LCD displays for you too. As a LCD factory, we can produce qualified sunlight readable touch screens and our sunlight readable LCD prices are competitive in the market. Feel free to contact us.

Sunlight readable Digital Displays – CDS has the widest range and variety of hibrite sunlight readable LCD display solutions and industrial hi-brite LCD TFT displays for applications in direct sunlight.

There are different hibrite TFT panel technologies available to achieve sunlight readability in environments with very bright ambient environments, with high brightness up to 5000 nits! The most common way is to upgrade the backlight to dramatically increase brightness with our high-quality LED backlights. However, we also have factory manufactured super high bright panels featuring optical bonding technology in order to make our TFT panels sunlight readable.

Although high brightness displays will generate more heat and use more power than a traditional LCD ours utilise the latest low power high bright LEDs to keep power consumption to a minimum.

To get a clear image under the sunlight, the high brightness displays should be over 700cd/㎡ +,with good contrast and ideally 1000cd/m² +. This is because the illumination of ambient daylight is around 30,000㎡(107,600 LUX). Our high brightness LCDs are possible up to 2,500㎡ and designed with proprietary technologies and produced at our well-equipped factory.

Our high brightness display products have been installed in locations around the world for the outdoor applications such as outdoor KIOSK, Fuel pumps, Ticket Vending Machines (TVMs), Outdoor ATM, Military, Marine etc.

Alternatively, Optical Bonding is a great technology for sunlight readability on our high brightness displays.  Optical Bonding is a process in which an optical gel is bonded between your LCD and a cover glass or touchscreen.  The gel behind the glass stops any condensation, strengthens the front glass, and also improves sunlight readability.  It also keeps power and heat down as does not affect the backlight in any way.

Our displays outperform commercial products that washout in sunlit conditions. Superior quality and readability make these displays an ideal solution for factory automation, marine/mobile and process control applications.

Our proprietary backlight technology was developed for high brightness displays and Outdoor readable Display Monitors requiring a luminance level of at least 700 nits (cd/m²) as required for outside viewing.

Other improvements include significantly reduced power consumption, increased reliability and extended lifetime of the Sunlight readable Digital Displays and high brightness display systems.

CDSSunlight readable Digital Displays alsoinclude ….… High brightness LED Displays, square Displays, waterproof marine Displays, widescreen Displays, display showcases,  curved touch screen Displays, large square Displays, IP65 and IP66 Displays, Digital Display screens, square computer Displays, Industrial LCD Displays, largest ultra-wide Display, daylight readable Displays, touch overlay for Displays, ultra-wide touch screen Display, large capacitive touchscreen Displays, square LCD Displays, kiosk screens, infrared touch screen Display, clear touch screen Displays, weather proof IP66 Displays, marine LCD Displays,  interactive touchscreen Display, one glass solutions, embedded Displays, USB touchscreen Displays, low power LCD Displays, kiosk touch Displays, high brightness Displays,  LCD Display, outdoor Display screens, multi-touch Display, Dynascan Displays, dual touch screen Displays, outdoor digital screen displays, square HDMI Display, touchscreen overlays for Displays, optical bonding Displays as well as optically bonded Displays, water resistant touch screen Displays, glass touch screen Displays,  waterproof touch screen Displays, mini USB Display touch, video wall display Displays,  high bright TFTs, high bright TFT LCD, high bright TFT Displays, high brightness Displays, sunlight readable TFT LCD Displays, High Bright LCDs, High Brightness TFT modules, high bright TFT-LCD, enhanced brightness Displays, anti-reflective, anti-glare coatings, high brightness TFT LCD modules, High Bright TFTs, high brightness TFT-LCD, High Brightness TFT Displays, LED backlights, high ambient brightness, high brightness TFT Displays, sunlight readable displays, resistive touch panel, capacitive touch panel, high brightness TFT Display, high back lighting sunlight viewable TFT Display, 10.1″ high bright colour PCAP TFT LCD Display, 5.7″ high bright TFT Display module, full colour TFT display module, high screen luminance, ultra-bright TFT LCD, low cost high end TFT modules, ultra-bright 1300nit backlights, optical bonded anti-reflective overlays, sunlight readability,  and advertising Displays LCD.

Is there a demo of this display to prove that it actually works? Because leaving out the serial interface seems like it might have been a mistake made by the designers. I just want to make sure that this module actually functions.

There are more and more TFT displays used in outdoor applications, such as automobile display, digital signage and kiosks. High ambient light in outdoor environment often causes wash-out image and renders the screen not readable. Readability & sustainability of TFT  display under direct sunlight is becoming vital. Topway Display has been developing sunlight readable LCD display solution for years. The company understands the ins and outs of sunlight readable TFT LCD.

For an LCD to be readable in outdoor environment with very bright ambient light, the LCD screen’s brightness needs to exceed the intensity of light that is reflected from the display surface. To be comfortably viewed by human eyes, the LCD’s brightness needs to exceed its reflected light by a factor of 2.5 at minimum. Naturally, to make an LCD sunlight readable, we can work on two areas, increasing brightness or reducing reflectance.

On a clear day in direct sunlight, the ambient brightness is about 6000 cd/m2. And a typical TFT LCD with touch screen reflects about 14% of ambient light, which is around 840 cd/m2. These days, most LCD displays use LED backlight as light source. It is not too difficult to increase an LCD’s brightness to 800 ~ 1000 Nits, to overpower the bright reflected sunlight. Thus, you have a sunlight readable TFT LCD.

However, this method requires more backlight LEDs and/or higher driving current. The drawbacks are high power consumption, more heat dissipation, increased product size and shorter LED backlight lifespan. Apparently, increasing backlight to make TFT LCD sunlight-readable is not a very good solution.

Transflective TFT LCD is a TFT LCD with both transmissive and reflective characteristics. A partially reflective mirror layer is added between LCD and backlight. This change turns part of the reflected ambient light into LCD’s light source, increasing the TFT display’s brightness. However, transflective TFT LCD is more expensive than transmissive one. At the same time, the partially reflective mirror layer will block some of the backlight, making it not ideal in indoor or low ambient light environment.

The total reflectance on a TFT LCD with touch panel is the sum of reflected light on any interface where two materials meet. As an example, between polarizer and display glass, the difference in index of refractions for the two materials is very small, around 0.1. So the reflected light on this interface is only 0.1%. As Fresnel’s equation points out, we should focus reflection reduction on air interfaces. For air, its index of refraction is 1; for glass, it is 1.5. And that results in a reflectance of 4.5%. Therefore, the three air interfaces contribute majority of TFT LCD’s reflectance, at about 13%.

For food industry application, shattered glass is a serious problem. An LCD screen with external film solves this issue nicely. As for automotive applications, in an accident, broken LCD with top AR film won’t produce sharp edge glass that could harms auto occupant. Nevertheless, a top film always reduces TFT LCD’s surface hardness. And it is susceptible to scratches. On the other hand, AR coating retains LCD’s hardness and touch performance. But it comes with a bigger price tag.

Another quick and easy way to tackle reflectance is to affix a linear polarizer on the top of TFT screen. When ambient light gets to the top polarizer, only half of the light passes through. Which results in reflection light cutting to half. This is a very low cost way to increase TFT LCD’s contrast, such that making it more sunlight readable.

Laminating a circular polarizer in TFT LCD will get rid of a lot of reflectance. That is because when ambient light passes through circular polarizer it gets circularly polarized. And when it is reflected, the polarization direction flips by 180 degrees. So when reflected light comes back to the circular polarizer, nothing goes through to viewer’s eyes.

This method is very effective for an LCD display with resistive touch panel. We know resistive touch LCD has two air gaps: air gap between two ITO layers and air gap between touch panel and LCD display. Reflectance caused by the two air gaps is very high. Applying circular polarizer blocks off most of the reflected light, and makes the LCD display sunlight readable.

The disadvantage of such solution is its cost. Since we need not only a circular polarizer, but also a retarder film on the top of LCD display, making sure light originates from within LCD is not blocked by external circular polarizer.

Add AR films on both interfaces of internal air gap. The add-ons can reduce this area’s reflection from 8.5% to 2%. And since the AR films are not outside facing, they are much cheaper than the one used outside. Keeping the air gap also retains the ease of service, in case either touch panel or LCD display needs to be repaired.

The most effective way is to eliminate air gap totally, by using optical bonding. In plain language, we fill air gap with special optical adhesive, to smooth out the area’s refraction index differences. Such that reflectance caused by internal air gap drops from 8.5% to 0.5%. Optical bonding is expensive but effective way to improve TFT LCD sunlight readability. It enhances durability and resistance to impact. Moreover, no air gap means no moisture condensation and fogging.

There are many ways to make TFT LCDsunlight readable. They all have their own pros and cons. With 20+ years" LCD design and manufacturing experience, Topway knows how to create the best sunlight readable TFT LCD for challenging environments. Leave us a message and let"s start the conversation of creating suitable sunlight readable TFT LCD for your project.

Sunlight readable TFT displays feature high brightness LCD backlights, making them an excellent option for bright ambient light or direct sunlight environments. Our sunlight readable TFT displays are available with or without touchscreen features and come with different formats and display modes to fit any application.

The use of a transflective polarizer enables the display background to be brightened using sunlight (similar to a mirror). Transflective display, i.e. reads from sunlight, can be found in the EA DOG series, in the EA DIP Displays and in the EA eDIP series (linked here)

For colour displays this technique is extremely expensive. Therefore, an extremely bright backlight is constructed to enable reading even in sunlight. Sunlight-readable displays need a brightness of at least 1000cd/m². Our EA uniTFTs series for example is definitely sunlight readable.

If a device is installed outdoors (sunlight) or is to be read as a handheld device, sunlight readability (readable) must be considered. Reading or readability in direct sunlight depends on many parameters. Let us advise you: email

For many years now, transmissive TFT displays have been the dominating technology in visualization. With more and more screens being used outdoors and in portable applications, sunlight readability has become a critical factor in the display market. One way many LCD manufacturers address this issue is to increase the display’s backlight luminance. Although this works well for many applications, it also increases the power consumption and bulkiness of the display making it a non-ideal solution for some portable or small-size applications.

As an alternative to high-brightness TFTs, New Vision Display offers transflective TFT solutions which offer readability in any lighting condition without increasing power consumption or bulkiness. However, the more complex structure of transflective displays increases the manufacturing costs.

Simple, low-resolution LCDs routinely are offered in reflective, transmissive, and transflective (partially transmissive and partially reflective) modes. This is achieved simply by choice of the reflector behind the display, which is usually attached to the rear polarizer. This method is not feasible for TFT displays due to the inherently much lower transmission of these devices.

Transflective TFT displays have a unique cell architecture compared to standard TFT display modules. This is necessary to accommodate for the fact that, in transmissive mode, light passes only once through the liquid crystal layer before reaching an analyzer, while in reflective mode it passes the liquid crystal layer twice.

In the transflective cell architecture, every single pixel is divided into a transmissive and a reflective section. The reflective sections are based on a polymer film with micro-metal mirrors within the glass cell. The size and partition of both transmissive and reflective sections are flexible and depend on the desired focus of the final display. Typically, the liquid crystal layer thickness in the reflective part is only half of the cell gap in the transmissive part. The front polarizer acts as both polarizer and analyzer for the reflective portion of each pixel. This requires selection of a liquid crystal mode that works with parallel polarizers, unlike transmissive displays where the polarizer and analyzer are usually crossed. Furthermore, in order to achieve satisfactory picture performance in reflective mode, the front surface reflection must be suppressed, which is achieved by coating an anti-reflective or an anti-glare layer on the front polarizer.

Within transflective LCDs, transmissive and reflective modes work together for enhanced performance:In dimly lit environments, the display’s transmissive modeis dominant: Light emitted from the display’s backlight illuminates the display image for the viewer (see Image 2 below).

In bright environments, such as direct sunlight, the display’s reflective mode is more dominant: The display image is illuminated via bright ambient light reflected off the internal mirror structure, rather than emitted light from the module’s backlight (see Image 3 below).

The major difference to other manufacturer’s transflective LCD products is that NVD combines the sunlight readability with its wide viewing angle technology, Amplified Intrinsic Fringe-Field (AIFF), which is a variation of Multi-Vertical-Alignment (MVA). The result is stunning viewing angles of typically 80 degrees into all four directions and under all environmental light conditions.

Transflective TFT display modules can be manufactured in a wide range of sizes and for diverse applications. NVD focuses its efforts in transflective displays on portable applications, currently up to 4.3 inches with resolutions in the 230ppi range. Other sizes are available as custom designs.

Call one of our LCD experts to discuss your project, or complete the below contact form and we’ll put you in touch with the right representative. We look forward to helping you choose the right display solution for your application.

198 5 inch sunlight readable tft lcd screen products are offered for sale by suppliers on Alibaba.com, of which lcd modules accounts for 56%, lcd touch screen accounts for 11%.

155 sunlight readable tft lcd screen 6 inch products are offered for sale by suppliers on Alibaba.com, of which lcd modules accounts for 87%, lcd touch screen accounts for 8%.

155 sunlight readable tft lcd screen 6 inch products are offered for sale by suppliers on Alibaba.com, of which lcd modules accounts for 87%, lcd touch screen accounts for 8%.

The diagonal size of RFE430W-AWH-DNN is 4.3", and it’s a sunlight readable display with resolution of 480x272 dot. With brightness of 1000 cd/㎡ (nits), contrast ratio (typical value) 800:1, and viewing angle 80/80/80/80 degree, this model RFE430W-AWH-DNN sunlight readable TFT LCD Display is suitable for indoors and outdoors applications. The operating and storage temperature both range from -30℃~+80℃.

An excellent WVGA resolution 5:3 aspect ratio display with a super bright 1000cd backlight that gives bright and vivid images in the brightest outdoor and directly lit environments.

TFT LCD display is the general category that includes TFT display panels, MCU TFT displays, Arduino TFT displays, Raspberry Pi TFT displays, HDMI TFT displays, IPS TFT displays, VGA TFT displays, and embedded TFT displays.

TFT LCD panel means TFT LCD glass with LCD controller or LCD driver and backlight, with or without touch panel. Orient Display provides broad range products with the most competitive TFT LCD Panel Price by working with the most renowned TFT panel glass manufacturers, like AUO, Innolux, BOE, LG, Sharp etc.

Orient Display offers a range of small to mid to large size TFT LCDs. Our standard products for TFT screens start at 1” in diagonal size and up to 7 inches and to 32 inches. Orient Display TFT displays meet the needs for applications such as automotive, white goods, smart homes, telecommunications industrial, medical, and consumer devices.

Orient Display not only provides many standard small size OLEDs, TN or IPS Arduino TFT displays, but also custom made solutions with larger size displays or even with capacitive touch panels.

If you have any questions about Orient Display TFT LCD displays or if you can’t find a suitable product on our website. Please feel free to contact our engineers for details.

Maybe you have even seen some displays that were used outdoors and sometimes they become black. We call that the blackening effect. If they become black, that means the crystals become isotropic. You can sometimes see that the part of the display is black or sometimes the whole display becomes black, depending on the temperature. The good thing is that it is not damaging the display, so once the temperature drops it goes back to the nematic phase and the display is working again, but in a high temperature you cannot see anything on the display, it is not working.

On the picture above, we have an example from a data sheet of a display with high temperatures. As we said it’s a liquid crystal from -40 to +110 degrees, and this is the latest technology. But you need to be careful! This is only about the surface of a display, the TFT glass itself. If we have the sunlight going to the display it can increase the temperature of the whole display as a module.

For the whole display module, the operating temperature range can be as low as 0 to +50 degrees or -20 to 70 degrees. We can have two operating temperatures, that means if we use the display outdoors, we are safe from the sunlight, the surface of the display can go very high, but we need to control the ambient temperature inside the display housing to not go too high. +50 or +70 will be maximum, usually we need fans to remove the heat from inside. Typically, in our case we have a computer inside and we have more devices that cannot work at high temperatures like +100 degrees, so we control the temperature anyway. So, the temperature cannot be too high inside and for sure cannot be that high as a liquid crystal itself can withstand, which is +110 degrees.

And that will be all in this article about contrast, brightness, and temperatures. Just one more thing: if you are planning on buying a laptop today, you can find brightness in the specification. Look at this number because this will determine how good your laptop will be outdoors. There are laptops on the market today that will have 1000 candelas or even more. If you are looking for a new device my recommendation also goes for mobile phones. Low brightness mobile phones can have 300, maybe 500 candelas, but nowadays the standard will be around 1000 candelas, but there are phones on the market that already have 1500 or even 1800 candelas. That means if you are in the sunlight you will still be able to see the image clearly. Of course, the battery will be drained faster, but sometimes it is not so important, maybe you just want to check something quickly, to read something and you want to have a clear image just be aware that this number is pretty important when you buy new devices!

Industrial applications are often exposed to bright outdoor sunlight that might cause wash-out images and darker display screens, leading to lower contrast and blurry display quality. Therefore, a sunlight readable touch screen monitor provides high contrast, readable, and clear display quality to tackle daylight environments. This blog will dive further into the technologies behind sunlight readable touch screen monitors and their benefits on industrial deployments.

A sunlight readable touch screen monitor is an industrial display monitor built to benot onlyviewablebut clearlyreadable under direct sunlight exposure. However, high ambient light from the sunlight causes backlight, reducing its brightness, contrast, and sharpness. Therefore, the sunlight readable touch screen monitor must have a high level of luminance or nits to create a high contrast display, necessary to make the monitor visible against glare.This also means that these monitors need to be truly reliable because of its harsh environment of being outdoors and being constantly exposed to sunlight.

TFT LCD, short for thin-film-transistor liquid-crystal display, is sunlight readable touch screen monitor technology used to improve image quality. This liquid-crystal display utilizes a thin-film transistor technology that separates transistors for each pixel on display to minimize the amount of charge needed to control each pixel on display, thus reducing crosstalk between pixels and improving the performance image stability.

Each pixel in TFT LCD consists of red, blue, and green rectangles to produce different colors by adjusting the amount of light that passes through each pixel. The light from the backlight LEDs is located behind the pixel layer; this LED series emits a white light that projects through the LCD pixels. In addition, TFT LCD technology utilizes a light diffusing material between the LED backlight and the LCD pixel layer that scatters the light from each backlight LED to prevent bright spots on the touch screen monitor. As a result, with different color intensity combinations on each pixel, the sunlight readable touch screen monitor can produce thousands of colors in a single display screen.

A nit is a measurement of how much light per square meter is being emitted from a source, measured in one candela per square meter (1cd/m2). An LCD screen is considered sunlight readable if it offers a minimum of 800 nits of brightness. Increasing the brightness of the touch screen monitor backlight is one way to make it sunlight readable. Therefore, most sunlight readable touch screens offer 1000+ nits TFT LCD to ensure clear vision against scorching hot direct sunlight on the screen.

Another method to make a sunlight readable touch screen monitor is to convert the diffuser material that is located between the LED backlight and LCD pixels to a transflective material. Transflective TFT LCD is a TFT LCD with both transmissive and reflective characteristics. The reflective mirror layer faces the LCD pixels; therefore, when the sunlight enters, it will bounce off the transflective layer back through the pixels to the eyes. Thus, high sunlight intensity has a lower impact on readability as the sunlight is reflected through the pixels and contributes to LCD brightness. On the other side, the transmissive layer scattering the light passing through the LED backlight to the LCD pixels, but this does not allow as much of the backlight to pass through the diffuser layer, making it not ideal in indoor or low ambient light environments.

Optical bonding is an additional thin resin layer added between the touch screen and the TFT LCD layers. The resin layer consists of a plastic layer molded with a liquid synthetic resin that eliminates air gaps between the glass and TFT layers. In the touch screen monitor, the touch screen sensor is mounted in front of the LCD surface, causing a small air gap between these two components. Therefore, when sunlight passes through the touchscreen layer, some lights are reflected between the LCD surface and touch screen, reducing the LCD’s viewability. As a result, optical bonding reduces refractions on the screen since the sunlight can no longer pass through under the screen’s surface, increasing contrast and clarity.

A sunlight readable touch screen monitor is often exposed to direct scorching hot sunlight, which means that the monitor must have high resistance against a wide range of temperatures. The liquid crystal in the monitor can be sensitive to extreme operating temperatures. If the temperature gets too cold, the liquid crystal may freeze; or if the temperature gets too hot, the liquid crystal may easily deteriorate. Therefore, it is crucial for the sunlight readable touch screen to withstand wide operating temperature. C&T"s sunlight readable touch screen monitors are built fanless with industrial-grade materials to withstand extreme operating temperatures ranging from - 20°C to 60°C, without compromising performances.

Sunlight readable touch screen monitors offer two types of touch screen features to choose from, such as capacitive and resistive features. A sunlight readable resistive touch screen monitor consists of several thin layers. It works by applying pressure on the outermost layer, which later is pushed onto the next layer, allowing the touch screen sensor to sense pressure and register input. On the other hand, a sunlight readable capacitive touch screen monitor utilizes electrical conductivity to register input. Capacitive touch screen senses conductive properties, such as fingertips or conductive gloves. As a result, capacitive touch screens have higher responsiveness and sensitivity.

Ingress Protection (IP) rating measures the level of resistance a sunlight readable touch screen monitor has against dust and water. A sunlight readable touch screen monitor is often exposed to volatile outdoor environments. That is why a high IP rating is needed to ensure durability, reliability, and longevity amid wet and dusty outdoor deployments. IP rating usually consists of two digits where the first digit represents solid ingress protection against tiny dust particles and the second digit represents protection against water. C&T"s sunlight readable touch screen monitors are equipped with IP65 to IP69K full protections against tiny dust, powerful high-temperature water jets, and water immersions.

Some displays are attached to a machine or moving vehicle that shakes and vibrates frequently. Being exposed to constant shock and vibrations may be detrimental to the sunlight readable touch screen monitors. Therefore, C&T sunlight readable touch screen monitors have been tested and validated to endure 20G of shock and 1.5 Grms, 5-500Hz of vibrations due to their capabilities to utilize industrial-grade materials, minimize moving parts, and fanless architecture. In addition, C&T applies additional PET (polyester) film on the touch screen monitor to enhance durability, reliability, and longevity. This PET film is a high-performance, transparent thermoplastic with high tensile strength, Ultra-Violet (UV) resistance, and low moisture absorption. As a result, this sunlight readable touch screen monitor is often deployed in the most challenging industrial deployments.

Due to its capabilities to operate reliably under direct sunlight exposure and volatile outdoor environments, sunlight readable touch screen monitors have attracted a wide range of industrial sectors, such as:

C&T offers three different industrial sunlight readable touch screen monitors to match different industrial requirements. In addition, the touch screen monitors come with an IP rating that ranges from IP65 to the maximum level of IP69K. Each one of the industrial sunlight readable touch screen monitors is engineered specifically to withstand the harshest industrial deployment with a high level of integrity, such as:

This series of sunlight readable touch screen monitors are specifically designed to withstand high-pressure and high-temperature washdowns. SIO Series is made up of stainless steel SUS316 that provides additional protection against chloride commonly used in antiseptics and water purifiers. Thus, the SIO series are often deployed on display in hygienic and aseptic factory deployments.

WIO series of sunlight readable touch screen monitors are built for outdoor dirty, harsh, and soaking environments. This series is built with integrated aluminum alloy heatsink technology and anterior heat-dispersion fins to tackle thermal concerns, usually deployed in mining and agriculture.

VIO series of sunlight readable touch screen monitorsis are known for its patented modular design (MDM). This MDM technology allows configuring the sunlight readable touch screen monitor as a monitor or a panel PC. As a result, this series of sunlight readable touch screens are often deployed in intelligent transportation and factory automation that benefits from the MDM versatility.

Sunlight readable means that the display monitor is readable under high-intensity sunlight exposure during its deployments. Therefore, a touch screen monitor must offer 800+ nits to be considered sunlight readable. Still, most sunlight readable touch screen monitors now come with 1000 or higher nits of brightness to ensure application in outdoor high ambient light environments.

Both nits and lumen measure light intensity, but they are not the same. Nits measure how much light from the display screen goes directly into your eyes. But lumen is the total amount of light emitted directly from the source. In measurement, one nit equals 3.424 lumens, which means the source will have to give off three times as many lumens to produce a single nit.

Sunlight readable touch screen monitor utilizes LCD technology. A Liquid Crystal Display (LCD) is a flat panel display that uses the light modulating properties of liquid crystals which do not emit light directly. In addition, LCD offers several advantages that are crucial for outdoor industrial deployments, such as low-power consumption, slim profile, lightweight, excellent contrast, and a high number of pixels per square inch. As a result, LCD has been widely used in the commercial and industrial sectors.

High Brightness TFT LCD displays feature High LED backlight, providing a brightness of up to 2800cd/m², of cause, these high brightness acceptable customized in any size of lcd panel, but there are still some stock one could provide.

If you need to any support of high brightness lcds, feel free to contact us, professional experts always here. or any stock lcd display you need to check as follow:

The 4 inch TFT sunlight readable LCD display with 4700 nit brightness, this LCD resolution is 320*240, the brightness is customized according to your requirements.

Rjoytek offer a comprehensive range of Sunlight readable TFT LCD Displays designed to operate in high ambient light conditions. as a tailor-made LCD solution manufacturer, any special LCD module is acceptable to discuss. These products are evaluated according to the application, whether it is water resistance testing or temperature stability to make changes to meet customer requirements. Outdoor high-brightness displays are also different from indoor high-brightness displays. How to deal with the surface glass of the screen is also a problem that a professional supplier should discuss with customers.

Our offer superior quality and readability LCD displays to make these displays an ideal solution for factory automation, marine, malls, and process control applications.

When we want to buy some products, we may want to know more about its content. Buying LCD display is the same thing. If you are interested in the following content, you can directly click on the title to read it. They are not the most professional opinions, but its may give you some inspiration. If you have any good idea, welcome to communicate with us.