In today's fast-paced business environment, customized services that meet personalized needs are becoming increasingly important. As a company specializing in display customization, we are committed to providing customers with the most perfect display solutions. Whether it is working in extreme temperature environments, requiring special function interfaces, touch screen requirements, or wanting to create a unique brand image, our customized services can meet all your needs.High and low temperature customization - adapt to various extreme environmentsIn some special industries, such as aerospace, military defense, and petrochemicals, the working environment may be extremely harsh, with extremely high or low temperatures. Our high and low temperature customization technology can ensure that the display can operate normally under extreme temperatures and provide stable performance and reliable image quality. Whether in the high temperature environment of the desert or the extremely cold zone of the Arctic, our customized displays can meet your needs.Interface customization - perfect adaptation to special functional requirementsDifferent industries have different requirements for interfaces. Our customized services can provide you with a variety of special function interfaces, such as SD card reader interfaces, to meet the needs of data transmission and storage. Whether you need to use it in industrial automation, security monitoring or medical equipment, we can OEM monitors that meet specific standards and requirements for you to ensure seamless integration and high-quality performance.Touch customization - Improve interactive experience and ease of operationTouch screens are becoming more and more common in modern applications. We can add touch functions to displays according to your needs, providing a more intuitive interactive experience and more convenient operation methods. Whether in industrial control, self-service terminals, education and training or retail industries, our touch customization solutions can meet all your needs for user interfaces. Such as we can both can provide resistive touch screen monitors as well as capacitive touch screen monitors.Customized color boxes and LOGO - Create a unique brand imageWe understand the importance of brand image to a company, so we provide customized color box design to create a unique brand image and attract the attention of the target audience. In addition, we also provide customized LOGO services to perfectly integrate your brand logo with customized displays to make your brand stand out in the market.As a company specializing in display customization, we are committed to providing customers with the most perfect display solutions. Whether it is high and low temperature customization, special function interface, touch customization, or customized color boxes and LOGO, our customized services can meet your unique needs and help shape your brand image. Working with us, you will get customized monitors of superior quality that will drive you to greater success in your industry. Contact us and let us create your customized display solution together!  

The industrial LCD display has become an essential part of modern industrial applications. Compared to ordinary consumer-grade LCD displays, industrial displays require higher reliability and stability to cope with harsh working environments and complex application scenarios.Industrial monitors need to withstand various constraints such as high temperatures, low temperatures, high humidity, strong magnetic fields, and vibrations, which makes their scope of applications extremely broad. Here are some examples of common application fields.1. Intelligent TransportationModern intelligent transportation systems require high-definition and high brightness LCD display that can adapt to various environments. Industrial-grade LCD displays can be used for traffic monitoring, station billboards, electronic road signs, and other applications.2. Industrial AutomationUsing heavy-duty displays can monitor production processes in real-time, and can withstand various conditions of the industry, such as high temperature, high humidity, and strong magnetic fields. Therefore, industrial displays are widely used in the production line of industrial automation.3. Medical Instruments Medical instruments require high resolution and sharp contrast to accurately display various scans and graphics. Medical displays can be used in various medical instruments, such as high-definition medical displays, image windows, blood glucose meters, appointment registration desks, body measurement testers, and others.4. Military and aviationMilitary and aviation equipment require durable and high-performance displays to support various tasks such as yaw, height, and speed. As military displays and aviation displays can withstand extreme vibrations, impacts, and high temperatures, they have become an essential component of military and aviation equipment.In addition to the above fields, industrial-grade LCD monitors are also widely used in manufacturing, metallurgy, petrochemicals, transportation, finance, power, and coal-mining industries. As the scope of applications for touch screen industrial monitor is extensive, their technical specifications and performance requirements also vary. Some technical features of the industrial display include high brightness, high contrast, wide viewing angles, wide color gamut, and multi-touch functions.In summary, industrial LCD displays have become an indispensable device for modern industrial control and their application scenes continue to expand. Their future development prospects are also very optimistic.  

With the rapid development of science and technology, industrial displays play an important role in various industries. Industrial displays meet the special needs of industrial environments by providing high resolution, high brightness and durability. This article will explore the wide application areas of industrial displays and look forward to their future development trends.   Manufacturing   Rugged displays play a vital role in the manufacturing industry. They are used to monitor real-time data on production lines, control equipment operations, and display product quality. High resolution and fast response time enable workers to accurately observe and analyze production data, improve production efficiency and quality.   Transportation and Logistics   In the field of transportation and logistics, Industrial display solution are widely used in vehicle consoles, ship navigation systems, and cargo tracking systems. They can provide reliable visual interfaces in harsh environmental conditions and resist adverse factors such as vibration, temperature changes and dust. These characteristics make industrial displays a key component of safe and efficient transportation.   Petrochemical and Energy   In the petrochemical and energy industries, Industrial-grade display products have excellent durability and corrosion resistance. They are often used to monitor and operate control systems such as oil well operations, energy generation, and chemical production processes. The high brightness and wide operating temperature range of industrial displays ensure reliable operation in harsh environmental conditions.   Healthcare   In the healthcare field, industrial displays are widely used in scenarios such as medical equipment and operating rooms. High-precision image display and touch screen control enable medical staff to accurately observe the condition and implement treatment. In addition, the dustproof, waterproof and easy-to-clean characteristics of Industrial display screens also meet the hygiene requirements of medical equipment.   Security monitoring   Industrial LCD displays play a key role in security monitoring systems. They provide high-definition video display and can display images from multiple cameras at the same time. The high reliability and long life of industrial displays enable the monitoring system to operate continuously, ensuring public safety and property safety. Future development trends:   With the continuous advancement of artificial intelligence, Internet of Things and virtual reality technologies, industrial monitors will show the following trends in the future:   Higher resolution and wider color gamut to provide more realistic and delicate image display.   Faster response time and higher refresh rate to meet the needs of real-time data monitoring and interaction.   Smarter functions such as touch recognition, gesture control and voice commands.   More rugged and durable design to adapt to harsher industrial environmental conditions. Better energy efficiency and environmental performance to reduce energy consumption and carbon emissions.   In conclusion, Industrial panel displays are increasingly used in various industries. The high reliability, high brightness, durability and flexibility they provide make them an indispensable part of the modern industrial environment. In the future, with the advancement of technology, industrial embedded displays will continue to develop and bring more efficient, safer and smarter working environments to various industries.

Smart manufacturing is the main application field of OSCAN touch screen monitors. In this large field, there are many sub-industries. Due to factors such as the application environment, the performance of supporting equipment, and special functions, different industry applications have different requirements for touch display devices. After years of precipitation and accumulation, OSCAN is commonly used in the field of smart manufacturing as follows:   CNC machine monitor   CNC machine tools are the representatives of precision manufacturing. They effectively integrate mechanical, automation, computer, measurement, microelectronics and other technologies, and complete the production of precision parts through program control system encoding and decoding. The supporting application of touch monitor is mainly reflected in CNC machine tool input devices. Strong computing power, stable operation, high anti-resistance properties, and rich interfaces are the basic requirements for input devices. OSCAN's industrial flat panel displays are widely used in CNC machine tool equipment, which can perfectly realize different installation methods such as embedded and vertical.   Production line automation monitor   The automated production line is to connect the machines on the entire production line according to the process requirements to form a high-efficiency production line that can automatically control all processes such as loading, unloading, loading and unloading, product processing, and testing. Touch Intelligence's applications in production line automation scenarios mainly include workstations and fourth-generation industrial all-in-one machines. They are used as smart dashboards, equipped with manufacturing management systems, real-time tracking of production results, timely delivery of production plans, and connecting the decision-making layer and the production end. In actual applications, common functional modules of touch display devices include alarm lights, cameras, RFID, etc., which are mainly used for error alarms, monitoring, and employee identification/clocking in production lines.   Power cabinet equipment monitor   Power cabinet equipment is a common application scenario for OSCAN touch industrial monitors, which realizes intelligent power control and intensive management of power systems in the area. From the application requirements of the power cabinet itself, stable and safe touch display equipment is the key to its operation. In this environment, anti-electromagnetic interference, anti-static, dustproof and waterproof properties have also become basic designs. In the OSCAN power cabinet case, in order to adapt to the power environment, the industrial all-in-one machine meets the needs of stable operation of intelligent control of power cabinets in current surge, wide voltage operation, power interface, anti-static, etc.   The above are just some of the common industry applications of OSCAN. We have successful cases in military and heavy industry, industrial security, aviation testing, industrial electrical, shipbuilding and shipping, etc. At the same time, we can provide more personalized customization services according to the actual needs of customers. For more application details, please call us for consultation.

Project application requirements   With the rapid development of the 3C industry, the large market demand has made it urgent for enterprises to upgrade automated auxiliary material mounting equipment and production lines to solve the quality, efficiency and cost problems of mounting.   The efficient operation of the fully automatic auxiliary material mounting production line for mobile phones requires visual equipment for operation supervision and interactive control. Industrial displays are a good choice. When selecting, customers should pay attention to the hardware performance and durability of industrial displays, as well as the adaptability of displays in industrial environments.   OSCAN product solution   A 3C industry customer chose Oscan's 7 inch embedded industrial monitor to integrate with its auxiliary material mounting production line, showing excellent adaptability and compatibility.   3mm slim flat embedded design, cabinet versatile compatibility   Oscan's 15 inch flat screen industrial display is designed for cabinet equipment. Its outstanding appearance feature is the slim front panel design of only 3mm thickness, which is suitable for the embedded installation of the customer's auxiliary material mounting machine. The application is compact, beautiful, harmonious and regular.   10.1″-23.8″, ideal size and ratio selection   OSCAN has multiple specifications from 10.1 inches to 23.8 inches, supporting 16:10, 16:9, 4:3, 5:4 and multiple full and wide screens. Whether in terms of screen size or display ratio, there are rich adaptation solutions, which are easy to integrate with terminal devices of different sizes.   Smooth display and control interaction, enhanced screen performance upgrade   Equipped with Oscan's self-developed display driver board, it can automatically identify VGA/HDMI/DVI signals, support upgrades to high brightness, high resolution, full viewing angle and other enhanced screen performance, and can display key data and production progress of equipment operation in real time and from multiple angles, adapting to the complex environment of auxiliary material mounting site.   Multiple protections, 24-hour stable operation   Based on the careful consideration of equipment stability, OSCAN focuses on product details, HDMI/VGA/AV/BNC/USB full interface design, USB interface both can using as the touch interface, but also can using as the USB reader. Built-in 2x2w speakers, support SD card slot design, wide temperature (-10℃~60℃) and wide voltage (DC 12V-36V) operation, through waterproof and dustproof, anti-electromagnetic interference, anti-static, anti-vibration and anti-impact reliability tests, play an important role in improving the stability and efficiency of production lines.   OSCAN application empowerment   By matching OSCAN industrial-grade display, customers can achieve more intelligent and efficient non-standard equipment management, and visualization technology also brings about the improvement of production quality and process efficiency. Relying on strong R&D resources, OSCAN industrial control equipment has demonstrated unique advantages in hardware performance, personalized customization and technical support. Its product solutions and application benefits stand out in the field of industrial automation and have become the assured choice of many customers.

Lines that appear on your computer display can be caused by a variety of factors, including hardware problems, software problems, or connection problems. The following 7 - 22 Inch Monitors are the most likely situations and solutions:   Reconnect the video cable: Check that the video cable (such as HDMI, VGA, Display Port, etc.) is firmly connected to the computer and the monitor. Sometimes a loose or damaged cable can cause the lines to appear.   Replace the video cable: If the line persists, try replacing the video cable to make sure there is no problem with the cable itself.   Adjust the resolution and refresh rate: In the monitor display settings of your computer, try adjusting the screen resolution and refresh rate. Sometimes mismatched settings can cause lines to appear.   Check the pc monitor settings: Check if there are any configuration options in the monitor menu that can solve the line problem, such as clarity, sharpness, color, etc. settings.   Update the graphics card driver: Make sure the graphics card driver is the latest version. You can find the graphics card in Device Manager and try to update the driver.   Check for hardware failure: Lines may be a sign of a hardware problem with the monitor or graphics card. Try connecting another monitor to determine if the problem is associated with a specific monitor. If the problem persists with a different monitor, it may be a problem with the graphics card.   Check your computer hardware: If you suspect the lines are caused by a hardware problem, such as a graphics card failure or memory problem, try reinstalling or replacing the hardware.   Reduce electromagnetic interference: Keep your computer away from electronic devices and other objects that may cause interference to reduce the possibility of lines appearing.

LCD screens may have some problems during long-term use, such as white screen, flowery screen, black screen, dark screen, yellowing, white spots, bright lines, bright bands, dark lines, dark bands, outer film scratches, etc. What should I do?When the LCD screen has the above faults, how should we troubleshoot and solve the problem? Today we has sorted out 2 common faults and solutions for LCD screens for you, so save them quickly!A: LCD screen white screen fault1. First, determine whether the fault is in the switching power supply, signal processing part, or TCON part.2. The fault range can be determined by measuring the LVDS signal connecting the signal processing part and the TCON part. If it is normal, the TCON part at the back end is suspected; if it is abnormal, check the signal processing part at the front.3. For the TCON part inspection, the main checks are: key point voltage and RSDS line connectivity.4. There are two situations for white screen:a) There is signal input, the whole screen is white, and the image is not clear. This is caused by a fault in the control circuit board;c) There is signal input, the whole screen is white, and the image can be seen, but the image seems to be covered by a layer of fog. This is caused by a bad cell. It cannot be repaired and the LCD screen needs to be replaced.5. Check three voltages:a) 10V (or 12V), which is a voltage generated by a simple boost of the 5V (or 3.3V) screen power supply voltage.b) 25V (or 30V), which is output by the DC---DC circuit.c) Negative 7 volts, which is also output by the DC---DC circuit. If these three voltages are normal, then consider whether the main chip is poorly soldered or damaged. Another key point to check is the screen cable, to see if the screen cable is installed in place and whether it has good contact. If necessary, clean the screen cable. In addition, the first thing to check for the DC---DC conversion circuit of the screen is the filter capacitor, and the second is that the IC of the DC--DC circuit is often broken.6. Characters are blurred or tailed: Check the VGA signal line, and focus on whether the ground wire of the R.G.B three-color line is connected normally → Replace the screen line or adapter board → Rewrite the driver → Change the driver board → LCD screen backplane signal interface IC is broken → LCD screen backplane contrast potentiometer adjustment → LCD screen light guide plate is misaligned → - Polarizer is wrong.7. The screen displays an error prompt "out of frequency range": Check the signal line → Rewrite the MCU driver → Replace the EPROM → Rewrite the EPROM program → Change the driver board.8. After power on, the white screen appears backlight without pressing the switch button: After pressing the button, the image can be displayed normally, which is caused by the reverse connection of the switch signal and ADJ signal of the high-voltage board interface. Some of the switch signal outputs of the driver board MCU are abnormal, which can be rewritten The program can be repaired or the MCU can be replaced.B: LCD screen black screen failureIt may be a bad built-in power supply or a bad driver board inside the machine. Troubleshooting method: Check whether the power output is normal. If there is no output, it can be confirmed that the power supply is bad. If the power output is normal, it may be that the driver board is bad.1. The LCD screen panel black screen failure is first caused by abnormal power supply circuit:First check whether the 12V and 5V voltages are normal. If the 5V voltage is abnormal, it may be caused by the input level of the power supply circuit or the increased load.After troubleshooting and replacing the faulty components, the 5V voltage may return to normal, but it may still not be able to boot up. This may be related to the MCU program or its own damage. If you cannot find the original replacement board, you can consider purchasing a replacement board. 2. The second situation is that the power supply is normal, the key response of the panel is also normal, and the screen is black:The power supply is normal, the key response is normal, but the screen is black. It may be that the backlight is not lit, and there is a problem with the driver backlight circuit. It is necessary to connect the host to turn on the machine for inspection. If the image is dim, the signal processing circuit is normal, and the problem is in the high-voltage board and the control switch circuit. High-voltage board failures may include fuse burnout, switch chip failure, etc. Damage to the backlight tube may also cause a black screen, but the manifestation is different.The above summarizes the LCD screen white screen and black screen failures and treatment methods. The solutions provided in the article are for reference only. Please operate with caution according to the specific situation. When it comes to display hardware failure, please be sure to seek help from professional maintenance personnel.  

With the rapid development of science and technology, the development and evolution of displays as core components for human interaction not only reflects the progress of technology, but also reflects the changes in social lifestyles. From early cathode ray tube displays to liquid crystal displays, and now to organic light-emitting diode displays, quantum dot displays, etc., displays have brought us unprecedented visual experience in constant innovation and breakthroughs, and also made displays ubiquitous. 1. Cathode ray tube display (CRT)Cathode ray tube, referred to as CRT (Cathode Ray Tube), was the mainstream display technology in the 1980s and early 1990s. This display technology uses the electron beam emitted by an electron gun to hit the phosphor, excite the phosphor to emit light, and thus form an image. Representatives of CRT displays include IBM's color display and monochrome display. However, due to the large size, heavy weight, high power consumption, and the inability to achieve thinness, CRT displays have gradually been replaced by new display technologies.2. Plasma Display Panel (PDP)PDP, also known as PDP (Plasma Display Panel), entered the market in the late 1990s. It uses the principle of gas discharge to form images by arranging the three primary colors of red, green and blue in a specific way and applying voltage to make them discharge and emit light. PDP displays have the advantages of high brightness, high contrast and rich colors, so they are gradually widely used in the market. Early PDP TVs were expensive due to technical and cost issues and were mainly aimed at the high-end market. PDP's performance advantage is unquestionable, but the biggest problem it faces is that the price of the whole machine remains high and lacks competitive advantages, so it is difficult to popularize.3. Liquid Crystal Display (LCD)Liquid Crystal Display, also known as LCD (Liquid Crystal Display), was the mainstream display technology from the mid-1990s to the early 21st century. LCD uses the optical properties of liquid crystal molecules under the action of an electric field to display images. LCD has the advantages of small size, light weight, low power consumption, thinness, and can achieve high-resolution display. With the development of technology, LCD has also made significant improvements in color, brightness and contrast. However, LCDs have a relatively small viewing angle and slow response speed, which limits the development of LCDs in some high-end application fields. 4. Traditional LED Displays (LED)The evolution of traditional LED (Light Emitting Diode) displays can be traced back to the 1960s, when LEDs were mainly used in simple display devices such as indicator lights and digital displays. With the advancement of technology, the emergence of multi-color LED displays in the 1980s and 1990s further promoted the development of LED displays. By combining red, green and blue LEDs, multi-color LED displays are formed, allowing displays to present more colors. During this period, LED displays began to be widely used in some medium and low-resolution display devices, such as televisions and computer monitors. Entering the 21st century, with the continuous development of science and technology, the quality and performance of LED displays have been significantly improved. High-end LED displays with high brightness, high contrast, and high resolution have gradually emerged and are widely used in billboards, large-screen TVs, high-end commercial displays and other fields.5. Organic Light-Emitting Diode Display (OLED)Organic Light-Emitting Diode, referred to as OLED (Organic Light-Emitting Diode), is a display technology that began to emerge in the early 21st century. OLED uses the optical properties of organic materials under the action of an electric field to realize image display. OLED has the characteristics of self-luminescence, so the colors are bright and the contrast is high. At the same time, OLED has a large viewing angle and a fast response speed. These advantages make OLED have broad application prospects in high-end mobile devices, TVs and other fields. However, OLED has a relatively short lifespan and high manufacturing costs on large-size displays. These problems limit the development of OLED in certain fields.6. Quantum Dot Display (QD)Quantum Dot Display, referred to as QD Display (Quantum Dot Display), is a new type of display technology that has developed rapidly in recent years. QD-Display uses quantum dot materials as backlight sources and has the advantages of high color saturation, high contrast and wide viewing angle. In addition, QD-Display has a fast response speed, high brightness and low power consumption. These advantages make QD-Display have broad application prospects in TVs, monitors and mobile devices. However, the manufacturing process of QD-Display on large size displays is not yet mature, and the cost is high. These problems limit the development of QD-Display in certain fields.7. Mini LED Display (Mini LED)Mini LED display is a new type of display using Mini LED backlight technology. It uses 100~200 micron LED crystals and can produce display screens with 0.5-1.2 mm pixel particles, and the display effect is much better than traditional LED screens. Mini LED display has the advantages of high image quality, wide color gamut, fixed-point drive, high response speed, and excellent stability. It has gradually become an important technical development direction in the field of backlight and direct display. Driven by consumption upgrades, Mini LED is mainly used in display screens, automotive displays, mobile phones, and wearable devices. Since 2018, the application side of Pad, car-mounted, e-sports, and TV (especially TV) has shown a strong interest in Mini LED as a substitute for OLED. With the continuous maturity of Mini/Micro LED technology, major panel manufacturers have taken Mini LED backlight as one of the new backlight evolution directions, resulting in a large-scale increase in the industrialization demand in the application field of Mini/Micro LED and a strong demand for high-end LED chips.8. Micro LED Display (Micro LED)Micro LED is a technology of LED miniaturization and matrixization. Simply put, it is to make the LED backlight source thin-film, miniaturized, and arrayed, so that the LED unit can be less than 100 microns. Like OLED, each image element can be individually addressed and driven to emit light (self-luminous). Micro LED is a new product and new technology for upgrading LED display technology after LED indoor and outdoor display screens and LED small spacing. It has the advantages of "thin filmization, miniaturization, and arrayization" and represents the future development trend of high-end LED.The development and evolution of monitors is a process of continuous innovation and breakthrough. From the early CRT to the current OLED, QD, etc., every technological advancement has brought unprecedented visual experience. However, each monitor technology has its advantages and disadvantages and application scope, so it is necessary to choose the appropriate display technology according to the specific application scenario. Related Tags: LCD Monitor , Touch Monitor    

What should I do if my LCD monitor leaks light? Many friends who use LCD monitors have encountered light leakage on their monitors. Severe light leakage can easily cause eye damage. So, today Selina will talk to you about the causes and solutions for LCD light leakage.   1. Two reasons for light leakage on monitors   The light leakage on monitors mainly occurs on the panel. Some panels are of poor quality or have problems during transportation, which will cause serious light leakage. Such panels will be inspected during the production process and are prohibited from leaving the factory. The performance of panels with light leakage is generally obvious and can be seen in normal use. The common light leakage we see is mainly caused by the frame pressing on the monitor during assembly, which is manifested as a halo around or in a corner, but such light leakage can basically not be found in ordinary use. It can only be seen when the test picture is displayed in a completely dark environment.   2. Light leakage detection method Usually, the light leakage is all around. Adjust the entire screen to completely black, and then look at the display area around the monitor at a 45-degree angle up, down, left, and right to see if it is obviously white and whether there is light coming out of the gap.   3. The principle of light leakage The light leakage phenomenon is caused by the structural characteristics of the LCD screen itself. It is a normal phenomenon to a certain extent. The light leakage will not affect the basic technical parameters of the TV itself, such as brightness, response time, and life. Liu Quanen, leader of the National Digital TV Reception Equipment and Performance Standards Development Working Group, pointed out that due to the different grades of LCD screens, the degree of light leakage is also different. The《General Specifications for Digital TV LCD Monitors》to be implemented on January 1, 2007 clearly stipulates that the light leakage of LCD TVs must be ≤4cd/㎡ under the full black screen. We usually measure the technical parameters of TVs by the three basic TV colors of red, green, and blue. Based on the particularity of LCD TVs, the quality of products should be examined from the five colors of red, green, blue, white, and black when purchasing. In this way, in addition to understanding the basic parameters, it also avoids unnecessary troubles such as bad pixels, bright spots, dark spots, and light leakage when you buy products.     4. Solution to the light leakage problem Since the light leakage caused by the frame basically does not affect normal use, no manufacturer will replace it. Generally, LCD or LED monitors will have slight light leakage during the assembly process, so you don't need to pay too much attention. Brand Monitors rarely have light leakage. The main reason is that they use the best quality panels when purchasing panels, and they are very careful during the assembly process. The design of the monitor is also excellent. Therefore, high-end monitors rarely have obvious light leakage.   If you buy a low-end monitor, there is no need to ask about the light leakage problem, because even if there is, no one will return it to you unless the problem is very serious. But if you buy a higher-end monitor, you must ask about the light leakage problem. After all, you spend a lot of money, and getting excellent service is what you deserve for spending more money.  

  Nowadays, TFT-LCD liquid crystal displays or LCD monitors have become a popular choice for a variety of applications. However, LCD monitors can be divided into two categories: industrial and consumer. While both types of monitors offer excellent display quality, their designs differ. Industrial LCD monitors are often deployed in places such as factories, outdoor kiosks, digital signage, military and naval applications, food processing, and hospitals. On the other hand, consumer monitors are usually used in office and home environments. Here are some comparisons between these two types of LCD monitors:   Durability Since industrial LCD monitors are designed for harsh and rugged application environments, you can expect these monitors to have better durability than consumer-grade monitors. This is one of the first factors that differentiate industrial and consumer LCD monitors. This includes resistance to shock, vibration, and temperature changes. Some embedded displays also meet various standards such as NEMA and IP ratings for protection against water and dust. So, even if you immerse them in water, industrial LCD monitors have specific protection measures.     Readability Issues While commercial monitors remain legible in normal lighting environments, this is not the case if you place them outdoors in direct sunlight. You will find that the screen is black or looks dull when used outdoors. Industrial monitors have some ways to address this issue. If you want to ensure the visibility of the screen, especially in outdoor applications, then the sunlight readability feature is one of the options for industrial monitors. These high brightness display have high brightness and high contrast for better readability.   Custom Designs With consumer , you get standard configurations offered by a specific brand and product model. However, when you use rugged monitors, you can customize them to your specifications. This ensures that the device meets the requirements of any application. This includes size as well as the various features you want to integrate, such as touchscreen functionality, display quality, screen resolution, wide viewing angles, and wide operating temperatures.     High-grade components Another advantage of industrial monitors is the use of industrial-grade components. Such products are more rugged and can withstand challenging conditions such as extreme temperatures, shocks, and vibrations. Better components also improve image quality and the overall performance of the device. Meanwhile, consumer LCDs use mediocre components, especially mid-range components, as they are often deployed in office and home environments.   Mounting options While consumer monitors are often placed on a computer desk, industrial-grade monitors offer a variety of mounting options depending on the application requirements. These include standard mount, rack mount, panel mount, flush mount, and wall mount options. In addition, industrial monitors often have VESA-compliant mounting connections to supplement standard industrial mounting equipment, while consumer-grade monitors are mostly non-VESA-compliant, so you may need special optional mounting brackets to be compatible with other mounting options.       Better product warranty Consumer lcd monitors purchased from retail stores usually have a warranty period of 6 months to 1 year. After the warranty period, if the monitor is damaged and needs repair, you must pay for it yourself. For industrial displays, the warranty period is generally 3 years. Therefore, if there is any problem with the monitor, the supplier will be responsible for repairing or even replacing the device.

Computer monitors are one of the indispensable devices in people's daily life and work. With the continuous advancement of science and technology, monitor technology is also constantly breaking through and innovating to provide users with a better visual experience. This article will introduce some breakthroughs and innovations in computer monitor technology in recent years.   First of all, the improvement of resolution is one of the important breakthroughs in monitor technology. With the popularity of applications such as high-definition video, games and graphic design, users have higher and higher requirements for monitor resolution. The traditional monitor resolution is generally 1920x1080, and now there are 2K, 4K and even 8K high-resolution monitors.   These high-resolution monitors can present more delicate and clear images, allowing users to better enjoy movies, play games or do design work. Secondly, the innovation of display technology has also brought users a more realistic and lifelike visual experience. For example, the application of OLED (Organic Light Emitting Diode) technology enables the display to achieve higher contrast and wider color gamut, presenting more vivid and vivid images.   In addition, the introduction of HDR (High Dynamic Range) technology enables the display to show more brightness and shadow details at the same time, making the image more realistic and three-dimensional. In addition, the emergence of curved monitors is also an important technological breakthrough. Traditional flat-panel displays have certain visual distortion when viewed, while curved displays can provide a more immersive visual experience by matching the curvature of the screen with the viewing distance of the human eye.   Curved displays can make images more three-dimensional and realistic, and can reduce eye fatigue and improve user comfort. In addition, the development of touch screen technology has also brought new application scenarios for displays. Traditional displays need to be operated by mouse or keyboard, while touch screen displays can be operated directly by finger touch, which is more convenient and quick. Touch screen monitors are widely used in devices such as tablets, smart phones and all-in-one computers, allowing users to interact with the devices more intuitively and naturally. Finally, energy saving and environmental protection of displays are also an important innovation direction in recent years. Traditional displays consume a lot of energy during use, and the application of LED backlight technology has greatly reduced the energy consumption of displays. In addition, some monitors also use environmentally friendly materials and low-radiation design to reduce the impact on the environment and human body. In summary, computer display technology has made important breakthroughs and innovations in resolution improvement, display technology innovation, curved displays, touch screen technology and energy saving and environmental protection. The application of these technologies enables users to enjoy a better and more realistic visual experience, and improves user comfort and convenience.   With the continuous advancement of technology, we believe that there will be more breakthroughs and innovations in computer display technology, bringing users a better visual experience.

When it comes to choosing monitors, most users only care about the brand and size, and often ignore the importance of parameters such as the panel, resolution, refresh rate, and color gamut. However, the indicators and parameters of monitors are so complex that it takes some time to learn and master them.「Size」 7/8/9/10/12/15/17/19/22/27 different size of monitors, is that the bigger size the better?Generally speaking, 7-22 inch monitors are suitable for commercial and industrial usage; 24-27 inch displays are suitable for daily office and entertainment; 27-32 inches are suitable for games and editing. The size of the monitor should also consider personal needs and resolution requirements.「Resolution」 1080P/FHD. 2K/QHD, 4-8K/UHDResolution mainly refers to the pixels on the screen. Under the premise of the same unit area, the higher the resolution, the more delicate the display effect. Common ones are 1920×1080 (1K), 2560×1440 (2K), and 3840×2160 (4K). However, it does not mean that the higher the resolution, the better. You also need to consider whether your graphics card can handle it. Generally speaking, 2K is chosen for office games, and 4K is chosen for design and editing.「Refresh rate」 60hz, 144hz, 165hz, 240hzThe refresh rate refers to the number of times the screen refreshes per second. The higher the refresh rate, the better the image stability and transition effect. Generally speaking, 60Hz is the basic standard, suitable for daily use; 144Hz and above are e-sports level, suitable for playing high frame rate games.「Response time」 1m, 3ms, 5ms, 8ms, 10msThe response time of the monitor generally refers to the grayscale response time (Grey to Grey, or GTG). The shorter the response time, the lower the picture delay, and the ghosting phenomenon will be greatly reduced when playing games. The response time of 5ms is completely enough to take into account watching videos, playing small games, and editing. The response speed of 4ms and 3ms is enough to deal with most FPS games.「Color gamut」 100%SRGB. 75%NTSCColor gamut refers to the range of color. Common color gamut standards include sRGB, DCI-P3, Adobe RGB, etc. In industries such as image design, printing, and film and television, color gamut properties are important considerations because they require high color reproduction. For professional design, 100% sRGB color gamut coverage is generally required.「Color accuracy」 AE/JNCD (display and real gap)Color accuracy is an indicator of color accuracy, indicating the deviation between the displayed color and the standard color. The smaller the value, the better. Color accuracy ΔE<2 is the standard for professional displays. The color accuracy of the display can be calibrated by a colorimeter, such as the Red Spider screen colorimeter.「Color depth」   8bit. 10bitIf the color gamut represents the breadth of color, then the color depth represents the color depth, which usually has a depth of 8bit or 10bit. The greater the color depth, the more colors are displayed, which is reflected in the more natural and smoother gradient color transition. In the field of graphic design, it is necessary to fine-tune and calibrate the colors, and at this time, a high-color-depth monitor is needed; in general office and gaming scenarios, an 8-bit color-depth monitor is sufficient to meet the needs.「Screen brightness」Unit: nitsThe higher the brightness of the monitor, the brighter the colors and the better the display effect. Low: 250cd/㎡, enough: 300cd/㎡, very good: 350cd/㎡+「Contrast」 Static contrastContrast is the difference between the brightest white and the darkest black on the display. The higher the contrast, the richer the color levels that can be displayed. Common contrast ratios are 1000:1, 1500:1, and 3000:1. It should be noted that the contrast of the monitor generally refers to the static contrast, and the dynamic contrast does not have much reference value for comparison.「Panel」 OLED > mini LED > IPS > VA > TNThe common LCD panels at present are VA and IPS, and TN has been eliminated. VA has low cost and is more suitable for curved screens; IPS has a wide viewing angle and strong color accuracy, and is the first choice for mainstream monitors. OLED has absolute advantages in contrast and color vividness; while mini LED will perform better in brightness and is cheaper than OLED. IPS is still the mainstream in the market.「Synchronization technology」FreeSync vs G-SYNCThe common G-Sync and FreeSync technologies play an important role in improving the game experience of players. They are both display technologies used to reduce screen tearing, reduce input delay and optimize game fluency.「Interface」 VGA, DVI, HDMI, DP, Type-cVGA and DVI are old interfaces, HDMI and DP are mainstream interfaces, and Type-c is a slightly more expensive interface. If you want a good display effect, it is recommended to choose HDMI2.0 and above or DP1.4 and above.