How to make a digital signage Display

Vying for consumers’ attention is a lot tougher now in this new age of content. You need to up your game to compete with online ads. Nonetheless, your outdoor signages can still play a significant role in bringing in more exposure for your brand. To make sure it stands from the rest, you should consider going digital. According to Grand View Research, the overall spending for outdoor digital signage displays reached $21.49 billion in 2020. Experts believe that this trend will only continue to grow in the coming years. So get on with the times and explore how digital signages can become effective marketing platforms for your business to increase sales. With that, here are some useful tips in creating your outdoor digital signages. 1. Choose the right software Going digital with your outdoor signages means investing in a reliable digital signage software. This tool will allow you to manage your signages remotely and in real-time. With numerous options available, you might struggle in choosing the right one for your business. And while there is no such thing as a “perfect” software, there are some digital signage software features and benefits you should look out for. For one, you would want a user-friendly software. After all, not everyone can be experts on programming. You need an intuitive platform that will allow you to painlessly perform and automate essential tasks. Another element you should look out for is security. The digital space is often the hunting grounds for hackers, scammers, and fraudsters. Hence,

How Does An LCD Screen Work? Answering A Liquid Crystal Display Tech Question #LCD #Tech   You can find Liquid Crystal Display (LCD) technology everywhere: in TVs, computers, tablets, laptops, smartphones, watches, monitors, displays, calculators, cellphones, smartwatches, and many more… but do you know how this awesome tech works? Do you also know that the working principle of LCD is pretty similar to the newer LED backlit based screens (edge LED or direct LED)? So today, we explain how an LCD screen work by looking inside an LCD screen and detailing all of its layers. We will talk about the reflector sheet, the Light Guide Plate (LGP), the Dual Brightness Enhancement Film (DBEF), the diffuser sheet, the prism sheet, the bottom polarizer, the bottom glass substrate (backplane), the Thin Film Transistor (TFT), the Liquid Crystal, the Common electrode, the color filter (RGB), the top glass substrate, the top polarizer, and the top chassis and frame. Understanding how a screen works can be especially handy to know if you like clever technology or to understand if your screen breaks down, and you need to figure out what is going on to repair it… knowledge is power! Screenage Electronics is engaged in the field of design, engineering, production and marketing of Digital Signage solutions to the Indian market since 2018. Our core products are Digital Signage Displays, Digital Menu Board, Interactive Touch Screens, Smart Class Room Solutions, Ultra Stretched Screens, Self Service Kiosks, Video Wall, Outdoor Screens, etc. Screenage has its own production facilities

Capacitive touch screen and resistive touch screen are mainly different in touch sensitivity, precision, cost, multi touch feasibility, anti-damage, cleaning and visual effect in sunlight.   Touch Sensitivity Resistive touch screen: it needs pressure to make all layers of the screen contact. It can be operated with fingers (even with gloves), nails, stylus, etc. Support for stylus is very important in Asian market, gesture and character recognition are valued everywhere. Capacitive touch screen: the slightest touch from the surface of a charged finger can also activate the capacitive sensing system below the screen. Non-living objects, nails and gloves are invalid. Handwriting recognition is difficult.   Accuracy Resistive touch screen: the accuracy is at least a single display pixel, which can be seen when using the stylus. It is easy to recognize handwriting and is helpful to operate in the interface using small control elements. Capacitive touch screen: the theoretical accuracy can reach several pixels, but it is actually limited by the finger contact area. So that it is difficult for users to accurately click the target less than 1cm2.   Cost Resistive touch screen: very cheap. Capacitive touch screen: the price of capacitive screen from different manufacturers is 10% to 50% higher than that of resistive screen. This extra cost doesn’t matter for flagship products, but it may deter mid-priced phones.   The feasibility of multi touch Resistive touch screen: not possible unless the resistive screen is reconstituted and connected to the circuit of the machine. Capacitive touch screen: depending