Industrial Research World

  Mini-LED displays are the newest trend in the TV industry trying to make their footmark among many others. And the most talked-about factor about them is that their reasonably price. This new technology offers deeper blacks and enhanced contrasts. Let’s quickly get through and understand what this new technology is all about. What Is Mini-LED? Mini-LED is a novel display technology that assures deeper blacks and enhanced contrast ratios as compared to LCD panels that use traditional LEDs (light-emitting diodes). The name itself implies that mini-LEDs are much smaller than normal LEDs. Usually, diodes that are lesser than 0.2 mm are classified as mini-LEDs. These diodes are used to light a normal LCD panel in the same way as it does in a traditional LED-based TV. The major difference among them is that many mini-LEDs are installed in this type as compared to old-fashioned TVs. Even though mini-LED technology cannot perfectly compete with the image quality of a micro-LED or OLED displa

  The amount of water vapor present in the air is  humidity  and it can be calculated as absolute humidity and relative humidity. The relative humidity plays a crucial role in medical and industrial environments. Beyond threshold levels, an elevated value of humidity can lead to errors in weather prediction systems and malfunctioning of control systems. So, as a safety and security factor, measuring the values of humidity is important. The humidity values and air temperature can be measured with the help of humidity sensors. What is a Humidity Sensor? Humidity sensor can be defined as a low cost-sensitive electronic device that is used in measuring the humidity of the air. Humidity sensors are also known as  hygrometers . The ways in which humidity can be measured include specific humidity, absolute humidity, and relative humidity. The two major types of humidity sensors are classified as absolute humidity Sensor and relative humidity Sensor. Based on factors used to measure humidity,

  Machine vision is hugely impacting all the industrial and manufacturing sectors. Machine vision is now finding its way into environments like roadways, airports, and farms. The latest trends in vision lens, image processing, and image sensors are shaping up to be the most significant trends in machine vision in the upcoming years. The role played by each trend is helping n the constantly evolving the machine vision technology. Machine vision is an instrumental technology in many production environments which is advancing and has wide-reaching consequences. To help you stay on top of the rapid pace of change, here are four prominent machine vision trends: 1.    The Growth of Computational Imaging (CI) CI is the capture and processing of images in a way that combines computation and optical encoding. It provides greater accuracy, productivity, and reliability as it significantly develops the existing capabilities of industrial machine vision systems. Thus, with CI advancing, it has bec

Have you ever imagined a robot serving you as a tourist guide or a customer service agent?  Well, this is no more just an imagination or a dream, but the current reality! In this era of technology and innovation, many companies are into the development of fascinating human-like robots that are foreseen to work closely with humans across various verticals. Not just their looks but these robots are designed in a way that they actually resemble human behavior. Till date, you might be able to distinguish them as robots, however the time isn’t miles away when you might think that you are speaking to a human but it turns out to be a robot! Get a PDF Sample of Humanoid Robots@  https://www.researchdive.com/download-sample/110 Role of Artificial Intelligence in human robots      Usually people consider Artificial Intelligence (AI), as a robot that gives mechanical responses. AI is available is several forms but humanoid robot is the most popular one. If you are a fan of Hollywood movies or sci

  The three-dimensional sensor (3D sensor) is an unparalleled technology innovation that keeps surprising humans. The depth sensing of 3D sensors is a thrill to most consumers as its major goal is to connect devices with the actual world. The most exhilarating part with 3D sensors is its wide application in up-to-date life, which ranges from cameras & drones to robots. The Artificial Intelligence (AI) is urging because the Internet of Things (IoT) avails sensors. And these 3D sensors are allowing more reasonable sensory access to the human life. For instance, microphones give AI the ability to “hear”, and camera sensors allows to “see.” Like humans, AI is also empowered by sensors. For example: AI can access numerous sensory inputs simultaneously, in a variety of places. AI with the help of infrared can classify between objects and visualize heat variances. AI has an ultrasonic hearing that can be sensed through frequency ranges. Click Here! To get a PDF Sample of 3D Sensor Market@

The  global lithium niobate modulator market  is estimated to be valued at  $6,542.6 million by 2030 , surging from  $3,714.3 million in 2021 , at a noteworthy  CAGR of 6.74% . Impact Analysis of COVID-19 on the Lithium Niobate Modulator Market In the midst of the Covid-19 global epidemic, the nation's biggest shareholders started concentrating on internet infrastructure market, citing a high demand for capital to fuel this same data economic system. The rise of hyper scale computer science has increased global interest in data hubs. High-speed sequential transmitters and modulators, which form the backbone of networks such as the internet, are used in communication systems, data centers, and many other telecommunication technologies. Furthermore, the rapid increase in data transmitting by elevated servers, computer systems, and internet backbone storage systems has also led to a high demand for lithium niobate modulator to ensure smooth and speeded up flow of data. Factors like th

  The enormous use of electrical equipment in every sector is becoming a matter of concern for the better and efficient utilization of energy. Mostly, manufacturing and process operation-based industries have more requirements of energy to run their segments. Variable frequency drive (VFD) is widely used to control and regulate the required amount of energy for efficient power consumption. VFD is majorly used for commercial purposes such as huge electrical turbines in power plants, compression in water filtration of commercial buildings, pumps in the oil and gas industry, and also in other mechanical operations like controlling the speed, torque, and motion of electrical equipment. Before going deep about the benefits and functionalities of VFD, let’s start with the basics first. What is a Variable Frequency Drive? Basically, a variable frequency drive is a type of motor controller that regulates an electric motor by changing the frequency and voltage of its power supply. VFD is also k

  The  global edge AI processor market  size is estimated to be valued at  $8,059.7 million by 2028 , surging from  $2,400.0 million in 2020 , at a noteworthy  CAGR of 16.5% . COVID-19 Impact on Edge AI Processor Market Organizations will need to reap the benefits of every technological advantage available to them as they adjust to operating in the unknown territory created by the COVID-19 pandemic. The combination of edge computing, 5G, and AI will provide them with the opportunities they require to be market responsive and thrive in the face of disruption. A high positive impact has been witnessed in the industrial vertical, as firms have started realizing the potential of edge AI chips in combating the impact of COVID-19. As the world becomes more interconnected, advanced technologies such as AI gain a stronger grip on the industrial spectrum. AI chipsets, in turn, will emerge as solutions for large-scale data processing. The COVID-19 pandemic imposed new health and safety standards

  According to a study conducted by Research Dive, the global   Automotive LiDAR Sensor market   forecast size is expected to reach   $ 2,436.3 million   by the end of 2026 , registering   39.0% CAGR   over the forecast period. LiDAR was invented after RADAR and SONAR, but the advanced technology of LiDAR that was developed by both NASA and US Military was first used by NASA in space missions. The key driving factors for LiDAR sensors is that it can create a 3D image of any object with which the LiDAR sensors’ pulses collide. Moreover these features help in detecting the smallest objects present in a range of 500-2000 m from the vehicle, which inturn helps the autonomous vehicles to be driven more safely.  Access to Free Sample Report of Automotive LiDAR Sensor Market (Including Full TOC, tables & Figure) Here! @  https://www.researchdive.com/download-sample/146 However, factors such as usage limitations in cloudy weather, causing to the inappropriate detection of objects and peopl