Level Sensors Market Focus on Technologies [Contact Type (Magnetostrictive, Vibratory probe, Hydrostatic, Magnetic float)

Scope of the report

This research report categorizes the global market; based on technology, type of monitoring, applications, and geography; it also covers the forecasted revenue of global market.

On the basis of technology

Global market is mainly categorized into contact and non contact based level sensors technologies. While magnetic and mechanical level sensor are basically used in industrial process applications, ultrasonic and radar/microwave level sensor technologies are used for remote and hazardous location based level sensing application while rest of the level sensing technologies are commercially as end user equipments as well for OEM’s applications.

On the basis of type of monitoring

Global market is classified on the basis of type of monitoring. This includes different monitoring types as solids & liquids. This report includes different type of monitoring such as level sensors for solids, for liquids and for both solid & liquids.

On the basis of application areas

Global level sensors applications market is categorized into Computing & ICT, Consumer Sector, Automotive & Transportation, Industrial, Power & Manufacturing, Military, Defense & Aerospace, Healthcare and Others which include agricultural and environment & recycling segments. Industrial applications continue to dominate the global market share followed by automotive segment and Military & Defense.

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Intelligent Transportation Systems Market by Component, Application, System (ATMS, ATIS, ITS- Enabled Transportation, Pricing System, APTS and CVO)

The Intelligent transportation systems market has been one of the growing markets with an increase in traffic congestion, developing road infrastructure and increasing comfort and safety needs of the travelers. The technological advancement in communication and information technology along with “ITS” has improved the overall safety and security in the transportation sector. Intelligent transportation systems vary in technologies applied, from basic management systems such as car navigation; traffic signal control systems; container management systems; variable message signs; automatic number plate recognition or speed cameras to monitor applications, such as security CCTV systems; and to more advanced applications that integrate live data and get feedback from number of other sources, such as parking guidance and information systems; weather information; bridge deicing systems; and others. Additionally, predictive techniques are being developed to allow advanced modeling and comparison with historical baseline data.

Scope of the report

This research report categorizes the ITS market based on various applications, System, component, and geography; it also covers the revenue foretold from 2013 to 2020. It describes the demand for ITS in various regions. The report describes the applications mapping in the Intelligent Transportation Systems market with respect to the growth potential.

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Increasing Usage of GaN Semiconductors Market

Gallium Nitride (GaN) is emerging as a replacement for pure silicon which has reached its maturity in semiconductor devices and GaN is one of the crucial materials (which falls under III-V compounds) in the robustly growing field of ‘compound semiconductor materials’. GaN power semiconductors, which are relatively new compared to GaN opto-semiconductors, surpassed the latter within a very short span of time, with its market revenues increasing at a CAGR of more than 60% for the period of 2012 to 2022. The various properties of GaN (such as wider bandgap, high breakdown voltage, larger critical electric field, and higher thermal conductivity) allow GaN-based devices to operate at higher voltages and high switching frequencies, to handle higher power density, and to offer enhanced power efficiency than pure silicon devices.


Major ones among GaN power semiconductor devices with robust demand are diodes, rectifiers and HEMTs (in power discretes), MMICs and RFICs (in power ICs). Among opto-semiconductor devices, GaN LEDs have stable demand in high-brightness & ultra-high brightness lighting applications. Among power discretes & power ICs, power discretes hold the larger share in revenues, with power ICs quickly catching up with a higher CAGR (more than 75% for revenues in the period of 2012 to 2022). In the smallest scale of size, GaN high-electron mobility transistors (HEMTs) are the most advanced & sophisticated discretes till date in the total GaN power transistors market, whose size exceeds $4 billion as of 2012

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Foldable Display Market Drivers and Future Challenges – An Overview

Scope of Market Research in Foldable Display Technology

The foldable display technology is making rapid growth in a successful medium for smartphones, digital signage, television, e-papers, and other consumer electronics and goods. The significant development in this technology during past one or two years is expected to lay strong foundation for the stunning growth of the industry in the years to come. For detailed analysis, researchers have segmented the global foldable display market into different types of technologies, application areas, and geographic regions. On the grounds of geographic demand, the market for foldable display technology is divided into four major segments, which include Europe, Americas, Asia, and rest of the world.


Another feature of flexible display technology is, it can be integrated into LCD, plasma and OLED technology; hence, it turns out to be more advanced as compared to the other displays as it adds the extra feature, i.e. flexibility. Currently LCD technology has maximum share, this mainly due to the ease of availability, low cost and streamlined manufacturing process. On the other hand OLED technology is still in its nascent stage and it will take couple of years to commercialize it fully.


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Electronic Toll Collection System (ETC) Is Becoming An Effective Measure to Address Groaning Traffic Among The Cities

The rapid adoption of Electronic Toll Collection system (ETC) is experienced more in the developed countries such as Germany, UK, France, US, and Canada. The ETC system market is gaining traction owing to the several benefits such as improved traffic flow, enhanced public security, increased road safety, and help in protecting environment. It also manages access in urban areas by enforcing and monitoring traffic laws, controlling traffic flows and preventing traffic jams in tunnels. By using ETC system, it is easy to identify passing cars that are enrolled in the system, signals to cars which are not registered, and also electronically debit toll amount from the registered car owner account without stopping them.


The rising demand for Electronic Toll Collection systems has shifted focus towards the optimization in the areas such as efficiency, faster service, and lowering the prices. The ETC technologies are generally segmented into radio frequency identification (RFID), dedicated short-range communications (DRSC), video analytics, and global navigation satellite system (GNSS). The two main ETC technology competitions are DSRC and RFID – RFID toll gates which is used in North America, while the DSRC is the standard technology used in Europe and APAC with a mixed position and Short-range (RFID/DSRC) versus wide area (GNSS + Cellular). The future growth is mainly focused on wide area technology. The application of Electronic Toll Collection system is found on Highways and Urban Roads. ANPR (Automatic Number Plate Recognition) also one among the other revolutionary technologies which has started gaining traction in ETC sphere, it helps to recognize the number plate of the vehicle in motion. It is mass surveillance measure that use optical characteristics to identify vehicle registration and transferring information to the control system.

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Augmented Reality & Vitual Reality Market – Thought Leadership Article

Augmented Reality is a kind of virtual reality that augments the scene with additional information and generates a combined view for the user, which is the combination of the real scene and a virtual scene generated by the computer. Augmented reality technology is used in many applications such as e-commerce, medical, industrial, military, education, gaming and so on.

There are many advantage of using augmented reality technology in retail industry which includes virtual fitting rooms and 3D preview that let the customer to try product online. Augmented reality technology enables a new form of visualization which can also be regarded as an effective marketing technique. Specifically, augmented reality empowers advertising campaigns and can boost brand recognition.

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Augmented reality brings further features to business and education and also numerous studies have previously shown the benefits of creating combined augmented reality environments. In business and education, augmented reality helps the user to acquire knowledge through entertainment. This technology is quickly spreading to other applications like gaming, medical as well.

Super Junction MOSFET: The Next Power House Of Semiconductor Industry

In recent years, factors like environment compatibility, energy efficiency, flexibility and cost reduction have arose as critical global issues across the semiconductor industry. Over the years, the electronics industry has been launching various power semiconductor solutions, such as insulated gate bipolar transistors (IGBTs), GaN MOSFET’s and power MOSFET’s like SJ- MOSFETs (metal oxide field effect transistor). SJ-MOSFETs find their place in switching applications including power supplies; uninterrupted power supplies (UPS); wind turbines; PV inverters; rail tractions; electric vehicles and hybrid electric vehicles; displays; and other industrial applications.

In the current scenario, the SJ-MOSFET market is leaded by Infineon and STMicroelectronics sharing more than 85% of the total market, but with the entrants in the market from Japan, China, India, Singapore, and Taiwan such as Vishay, Renesas, and Rohm among the others, it is expected that the market share is going to shift to these new players. Moreover there are many other regional small players that will consume a few percent and would consequently cause the market leader’s share to shrivel.

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Healthcare is Major Shareholder Among all Industry Verticals in Real-Time Location Systems (RTLS) Market

RTLS is known as real time location system that offers real time tracking of assets and personnel that tagged with active RFID tags with the help of different technologies like Wi-Fi, RF signals, Infrared, Ultra Wide Band (UWB) and other wireless technologies. The tracing of equipments and devices is a major concern for many enterprises in industries like healthcare, industrial manufacturing, logistics among many others. Many enterprises and customers are implementing RTLS to track their assets and personnel in more efficient way

The RTLS making surge in healthcare industry due to several reasons like standardization of technologies like ISO/IEC Standards, ANSI Standards, ETSI Standards and IEEE Standards among others, decreasing cost of RTLS hardware and software and also due to technological advancements like ‘T2’ tags of AeroScout (U.S.). The ‘T2’ are the ‘tri modal’ ones that come with embedded low frequency RFID, ultrasound, and Wi-Fi compatible technologies. Government also supports healthcare industry to adopt RTLS by different partnership like five year contract between Veteran Affairs (VA, U.S.) and Hewlett-Packard (U.S.), federal funding and other indirect investments for helped in increasing the RTLS deployments, globally in healthcare industry.

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Huge Opportunities For Millimeter Wave Technology In Telecommunication

Millimeter wave is a special electromagnetic wave whose frequency lies in between 20 GHz and 300 GHz, falling far beyond the frequency range (<5 GHz) of commonly used wireless technologies. This technology has tremendous opportunities in the telecommunication sector. This is mainly because of the fact that this technology can be a low cost alternative for fiber-optics in terms of speed also.

Today mobile base-station industry in in boom because of the global LTE boost, MM wave technology can be used in small-cell equipment, due to advanced features offered by millimeter waves. The most crucial bands that are key focus areas right now by the industry are those in the light-licensed “E-band”, namely 71-76 GHz band, 81-86 GHz band, and 92-95 GHz band. Choosing any of these 3 bands for their MM Wave products would be most optimal in the current scenario for any industry player focusing on launching MM Wave products for telecommunication, RADAR, and satellite communication applications.

Thus we can say millimeter wave technology has certainly strong future and it will have positive replications over entire value chain which includes equipment manufacturers, component suppliers.

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MES In Lifesciences Industry: A Paradigm Shift From Traditional Markets To New Revenue Generating Markets

The total revenue of MES Market for life sciences industry was $746.77 million in 2013 and is expected to grow to $1,488.40 million in 2020, at an estimated CAGR of 10.53% from 2014 to 2020. The pharmaceutical and biotechnology sectors are the major drivers to the MES market for life sciences industry. Major system integrators are currently on an acquisition spree to provide complete set of solutions from process control to ERP software. The key functions of MES applications vary from industry to industry and also by plant/factory size and complexity of the operations to be carried out. The application of MES has enabled companies in life sciences and medical devices companies to effective batch processing and packaging operations. The Healthcare industry is highly regulated industry across the globe, especially in U.S. and European region. The Lifesciences sector complies with respective guidelines and rules issued by Ministry of Health of concerned countries across the world. The major areas in focus with respect to the products manufactured by the Lifesciences Sector are: Segments of MES Market


Researchers segment the global manufacturing execution system market on the basis of the functions, applications and demand of these systems. Based on the types of products or functions, the global market is categorized into resource allocation and status, scheduling, document control, dispatch and production, labor management, performance analysis, genealogy and product tracking, quality analysis, equipment effectiveness, maintenance management, inventory management and so on. Application sub-segments include oil and gas, food and beverages, water and wastewater management, life sciences, aerospace and defense, paper and pulp, fast moving consumer goods, and chemicals. Geographic segments include Europe, North America, APAC and the rest of the world.


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