Enterprise Mobility Market – Asia Pacific to Emerge as Most Encouraging Regional Market

The global enterprise mobility market is extremely fragmented. The market is also characterized to be fast moving with many new entrants in the market states transparency market research (TMR) in its latest report on this market. The reason why many new players are entering this market is because of the agile technology which is helping the new players to introduce new products. It is this ability which is also key reason behind the motivation of big players to continue to advance in the market and expand their shares by strategic mergers and acquisitions. The competition among prominent players within the market is resilient. Leading players within the market are: Nokia Corporation, Citrix Systems Inc., MobileIron, IBM Corporation, Symantec Corporation, Alcatel Lucent S.A., Microsoft Corporation, Cerner Corporation, SOTI, Inc., Cisco Systems, Inc., Avaya Inc., AT&T Inc., and Hewlett Packard Development Company Ltd.,

On the basis of geography, it is anticipated that North America has been leading on account of the high rate of technological advancement which is adopted all across enterprises. However, Asia Pacific will replace North America as the leading segment. Asia Pacific is anticipated to expand at a CAGR of 25.7% from 2015 to 2022 on account of the increasing number of workforce making use of mobile device, escalating adoption of cloud infrastructure, and thriving end use industries. The rapid advancements and adoption of digitization in enterprise infrastructures will also aid the market’s growth in Asia Pacific. This region is estimated to rise to US$122.60 bn by 2022.

Enterprise Mobility Witnessing Healthy Adoption across All Sectors, Especially IT and Telecom

On the basis of application, the IT and telecom industry has remained in a good position among other industries and is expected to be with US$151.12 bn by 2022. However, the fastest to grow will be the banking, financial services and insurance (BFSI) sector. This sector is anticipated to expand at a 25.7% CAGR between 2015 and 2022. In the forecast period, the retail, manufacturing, hospitality, and automation industries will also witness remarkable demand for enterprise mobility solutions.

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Trend Of Choose Your Own Device and Bring Your Own Device to Accelerate Growth

One of the key factors boosting the growth of the global enterprise mobility market is the decision making speed which is enhanced by adopting enterprise mobility solutions. There is a high demand for solutions which will channel an increasing number of computing devices as well as the development of communication infrastructure which can enable efficient communication across all devices. This is boosting the adoption of enterprise mobility. One of the trends that are impacting the market positively is the enterprise policy such as bring your own device or choose your own device which has led to an increase in the number of devices that needs to be integrated with enterprise networks.

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Hybrid Microcircuits Market Growth by Manufactures, Types, Applications and Regions

Hybrid microcircuits, also known as hybrid integrated circuits, are miniaturized versions of electronic circuits. It consists of passive components, such as capacitors and resistors among others, and semiconductors. The components are generally attached to a printed circuit board (PCB) or to a substrate. Hybrid microcircuits are similar to monolithic integrated circuits and can simply serve as a component of the PCB. However, components such as capacitors, inductors and resistors cannot be accommodated in a monolithic integrated circuit, whereas these components are integral part of hybrid microcircuits. The interconnects of hybrid microcircuits are often done with screen printed thick film technology. Thick film interconnecting technology offers higher versatility over thin film technology, such as choice of resistor value to be utilized for integrating in the hybrid microcircuit and use of planar resistors among others.

However thick film interconnects also often result in larger size of the hybrid microcircuits. Insulating dielectrics, developed though screen printing, are utilized for multi layer thick film technique of hybrid circuit manufacturing. This technique of usage of insulating dielectrics, ensures that the in-between layer connections are made in the required places only. Hybrid microcircuits are often given an epoxy encapsulation for protection. Modern technologies such as low temperature co-fired ceramic (LTCC) allows for development of partial three dimensional hybrid microcircuits. By this technique, the components are attached in between multiple layers of substrates, in addition to attachment of components on top of substrates.

Hybrid microcircuits market has been growing at a steady pace, owing to their high levels of market penetration. The market for hybrid microcircuits is primarily being driven by the growing demand for these circuits in various hazardous area applications. Modern hybrid microcircuits are designed to have high tolerance to harsh environments and can also perform under high temperature for long periods of time. Such wide temperature tolerance range and long functional period has been resulting in growing applications in offshore safety control systems, pressure control sensors, aircraft altimeters and minesweeper sound navigation and ranging (SONAR) systems among others. Additionally, the high growth rates of various industrial sectors, in the Asia Pacific region, have also been positively impacting the growth of hybrid microcircuits market.

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Hybrid microcircuits are utilized in industrial applications such as DC/DC converters, solid state relays and elevator controls. Hence the growth of the industrial sector has been boosting the growth of the market for hybrid circuits. However, the declining industrial growth rates in China, North America and Europe has been hindering the growth of the hybrid circuits market. Relatively newer applications of hybrid microcircuits, such as application in electro-luminescent displays and transducers among others, are expected to offer unique growth opportunities for the hybrid microcircuits market during the forecast period.

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Display Controller Market – New Investments Expected to boost the Demand by 2025

A display controller is the major component of any electronics device producing a video signal. The display controller is a part of integrated circuits (ICs) that generates a TV signal in a video display system. Video controller chip is always integrated in the main computer system. In order to fulfill various requirement display controllers are operated independently to manipulate video RAM contents. The use of display controller in consumer electronics applications has been growing steadily over the last ten years. In addition technological progressions in every sector, such as consumer electronics, entertainment, healthcare and automotive sectors as an opportunity factor for the global Display Controller market growth. The Display Controller market is predicted to witness a steady growth during the projection period from 2017 to 2025.

Global Display Controller market has been segmented on the basis of display type, video interfaces, end use industry and geography. On the basis of display type, global Display Controller market has been fragmented into Liquid Cristal Display (LCD) Controller, touchscreen controller, multi-display controller, smart display controller, and graphics display controller among others. LEDs manufacturers are now focusing on various display controller system to meet the needs of different end user markets such as consumer electronics, medical and defense and aerospace among others.

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Extensive utilization of LEDs across various application segments especially in medical and security sector for providing cleaner, safer, faster and longer-lasting equipment is predicted to boost the Display Controller market growth in the coming years. Increasing demand of mobile computation devices with advanced display and controller technologies among others owing to the increasing trend of digitalization is the major factor anticipated to increase the demand of global Display Controller market at an exponential rate during the prediction period.

In addition, global Display Controller market is classified on the basis of video interfaces into video shifter, video interface controller and video co-processor among others. In addition, various interactive display manufactures are now focusing on increasing their production due to growing adoption of interactive displays in the retail sector for enhanced customer experience. This in turn is anticipated to increase the demand of Display Controller Market in coming years.

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Coreless Transformer Technology Market Specifications, Analysis Forecast Upto 2025

Coreless transformers were introduced in 2003 by Infineon Technologies. This transformer technology generally utilizes copper spirals, silicon oxide insulation and two chips, one receiver and one transmitter among other components. The primary difference of a coreless transformer, from a traditional transformer, is the lack of a magnetic core. Previously, magnetic core based power converters were most popularly used. However, advantages such as lower cost of production and higher power density have led to higher adoption of coreless transformer technology. Coreless transformers are based upon integrated passive device technology, used to design integrated passive components, and is manufactured through semiconductor manufacturing techniques. It enables reduction in size of the transformers and also lowering of manufacturing cost.

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Coreless transformer technology enables active shutdown, when the power supply and drivers are not connected, and also has under voltage lockout (UVLO) feature enabled for insulated gate bipolar transistors (IGBTs) and metal oxide semiconductor field effect transistors (MOSFETs) among others. Coreless transformers also offer galvanic isolation, a process through which the functional sections of electrical systems are isolated to prevent flow of current. Traditional level-shift technology based transformers don’t offer galvanic isolation, and thus often leads to malfunction of ICs and excessive dissipation of power.

The market for coreless transformer technology is primarily being driven by several advantages offered by these transformers, over traditional transformers. Advantages offered by coreless transformers include higher density of power, lack of magnetic core leads to omission of limitations offered by such cores, absence of magnetic loss, can be developed in microcircuits and lower manufacturing cost among others. Such advantages have been promoting the application of coreless transformer technology in isolation amplifiers, micro-circuits and totem-pole gate drives among others. Additionally, modern electronics demands higher amount of power which can be efficiently provided by these transformers.

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Furthermore, modern electronics demand compact power converters, for utilizing smaller space. Coreless transformers are designed on planar magnetics and thus consume much lesser space than traditional power converters. However, the presence of parasitic capacitance, in between the primary and secondary windings of the coreless transformer technology leads to improper dissipation of power. This error is significantly reduced by changing the number of windings or by using a insulating substance in between the windings. Hence this factor is not deemed as a significant restraint for this market. The growing demand for various electronic devices, across the globe, is expected to offer unique growth opportunities for the coreless transformer technology market.

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NO2 Sensors Market Growth by Manufactures, Types, Applications and Regions

NO2 sensor is a high temperature device widely used for the purpose of detecting nitrogen oxides in a combustion environment. NO2 gas sensors are a kind of device that helps to detect the concentration of NO2 gas and then convert them into an electrical signal. NO2 gas sensors are used for the purpose of sensing concentration of different flammable and toxic gases and it is witnessing growing demand from the industrial, automotive and petrochemical sector.

NO2 gas sensors in the industrial applications are being used for the purpose of detecting gas leakage and also for the purpose of monitoring the indoor and outdoor air quality in different industrial sector. It helps to detect the existence of poisonous and combustible gases and therefore it helps to prevent any sort of mishap. The growth of the Gas Sensor market is highly dependent on the growth of NO2 Sensor market globally.

For purpose of doing in depth analysis, the NO2 Sensor market has been segmented on the basis of product types, applications and geography. Based on the application the market has been segmented mainly into four types: automotive interior system, body control modular system, advanced driver assistance system and exhaust system. By type the NO2 Sensor market has been segmented into two types they are like Oxygen (O2) Sensor and the NOx Sensor. Moreover, this report also provide cross functional analysis of all the above mentioned segments across different regions such as  Europe, North America, Asia Pacific, Middle East and Africa and Latin America.

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Strengthening government regulations for the purpose of safety at the workplace and the emission control are the primary driving factors for the market for NO2 gas sensors. Low cost of the NO2 sensors and the high efficiency in the micro-electrochemical segment and semiconductor gas industry are the main reason for the purpose of driving the demand for these types of gas sensors. In addition to that rapid growth of usage in the traditional exhaust pipes and top exiting types of exhaust stacks in vehicle application mainly into large trucks is also anticipated to increase the demand of NO2 sensors in the upcoming years. In turn this is also projected to affect the market of gas sensor in a positive manner during the forecasted period of 2017-2025.

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Nighttime Pedestrian Detection System Market By Technology, By Application & By End User Industry

The global nighttime pedestrian detection system market is prophesied to increase growth with support gained from the escalating adoption of automotive collision avoidance system (ACAS). Automobile manufacturers encouraged to integrate safety technologies as a result of the implementation of stringent regulations could help players to cement their standing in the market. Another factor that could help with growth is the execution of new car assessment programs (NCAPs). At the 2018 New York Auto Show, the Lexus UX mini crossover made its debut with standard versions of nighttime pedestrian detection system in its UX 200 and UX 250h editions.

The global nighttime pedestrian detection system market is expected to see a classification according to vehicle type and sensing technology. Commercial and passenger vehicles could be among primary segments of the market by vehicle type.

The report presented herewith is a comprehensive evaluation of the global nighttime pedestrian detection system market with special focus on market dynamics including market drivers, restraints, and trends and opportunities. It also provides regional and other segmentation study of the market based on accurate facts and figures.

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The world nighttime pedestrian detection system market is predicted to attain growth with the rising demand for premium vehicles and government regulations implemented for vehicle safety. Increasing concerns regarding the safety of pedestrians could also help the market to attain growth in the near future. Incidence of road accidents is expected to gain momentum with more people driving vehicles around the world. Improvement of night vision systems is anticipated to be highly focused upon with increasing research and development activities in the automobile industry.

Development of advanced driving assistance system (ADAS) is projected to augur well for the rise of the world nighttime pedestrian detection system market. However, market growth could be hampered with the expensiveness of nighttime pedestrian detection system. Nonetheless, new opportunities are forecasted to show face as the number of autonomous cars increases and leading ADAS providers find low penetration in emerging markets.

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Auto-Dimming Mirrors Market Specifications, Analysis Forecast Upto 2025

Auto dimming mirrors helps in eliminating the glare from the headlights of a vehicle that enable the driver to stay focused and drive safely. These mirrors are equipped with sensors that can detect low light from the headlights and act accordingly. The mirrors turn dark automatically in proportion to the brightness emitted by the headlights and then clear out once the brightness fades out. For the dimming mirrors, the OEM’s are using electrochromism technology where electricity is passed through a low voltage supply in order to tint the glass.

Further, the electricity is passed through electrochromic gel which is placed in between two pieces of glass..Generally the interior rear – view mirrors are the auto-dimming mirrors that may come with a compass and a temperature display system and few advanced interior rear view mirror come with headlight controlling sensors. The intensity of light are detected with the help of sensors placed either at front or rear view mirror of the vehicle that makes the auto-dimming mirrors more efficient.

The dimming of both the interior and exterior mirrors are controlled by the sensors present in the interior mirrors, which becomes active when the brightness of light gets low.Poor lighting makes the sensors search for a brighter source of light which will harm the vision of the person facing the light. The sensors detect the change in light intensity andgenerate an electrical charge that hits the glass through a low voltage power supply. The electricity then travels through the electrochromic gel which is present in between the two electrically conductive coated pieces of glass which make up the auto-dimming mirror.

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Auto-dimming mirrors play a significant role in low vision problem thus providing a safe driving comfort. The U.S. National Highway Traffic Safety Administration (NHTSA), and Kids Transportation Safety Act (KTSA) mandates the use of auto-dimming mirrors in vehicles to prevent the incidence of road accidents at night. These mirrors are easy to access and are available in wide range of features. . Many Indian car manufacturers have started to use auto-dimming mirrors taking into consideration the safety of drivers. Therefore, growing need for safer and broader visibility, easy and low installation cost are some of the factor which drives the auto-dimming mirrors market.High replacement cost is expected to cause restraining effects in the market.

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