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Cellular IoT Market Current Outlook Of Industry & Forecast 2017-2025

Cellular IoT Market: Snapshot

As more and more devices are getting connected together, the internet of things (IoT) architecture is expanding. In the future, it is estimated that all the internet devices will be connected. IoT remains the way to deliver machine to machine and device to person communication on a large scale. Most of the devices are estimated to be connected via wireless area networks (WAN), which are made possible by cellular networks. This is projected to drive the growth prospects of the global cellular IoT market in the period from 2017 to 2025.

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In the IoT architecture, connectivity plays a major role and hence, cellular operators will be in a position to add value to the IoT market. Various roles can be played by cellular operators in the IoT market. This is a deciding factor for the value that a cellular operator can add to the IoT architecture. With so many devices communicating with each other and people communicating with machines, huge amount of data will be generated and this will create a need for data storage, data transfer, and data interpretation in real time. In addition to this, it is essential that data storage and data transfer can be done at minimal cost. This is fulfilled by cellular networks. Different cellular technologies are evolving in terms of functionality and new radio access technologies to form an effective solution and offering tailored IoT services. These cellular technologies include: WCDMA, GSM, LTE, and 5G.

Global Cellular IoT Market: Overview

Several significant technological advancements in the area of cellular IoT will widen the horizons of the global cellular IoT market over the coming period. While the Internet connects people, IoT connects all devices and objects to the Internet. By connecting various ‘smart’ devices, cellular IoT can collect sensor data from them. Some of these connected devices can be industrial equipment, vehicle electrical systems, home alarm systems, and even refrigerators and air conditioners.

The report covers key trends, growth drivers, challenges, and opportunities in the global market for cellular Iot. The major market players are discussed in the report, wherein their strengths, weaknesses, market strategies, market shares, and product portfolios are studied, in addition to a SWOT analysis. The market forecasts, market attractiveness, supply and demand ratio, competitive landscape, regional markets, and technological advancements in the field of cellular IoT have also been revealed.

Global Cellular IoT Market: Drivers and Restraints

The key growth drivers of the global cellular IoT market are the increasing demand for extended network coverage and large capacity that can connect innumerable devices. Conventional cellular options such as 4G and LTE networks require high amounts of power. Moreover, these networks cannot be incorporated with several applications wherein only a small amount of data is transmitted inconsistently. Some examples are gas or electricity consumption and meters used for reading water levels. Cellular IoT, on the other hand, is capable of meeting the demands of low-power and long range applications. The large number of applications for cellular IoT will also ensure market growth.

Widespread awareness about environmental hazards and excessive energy consumption have been fuelling the need for energy management, which is offered by cellular IoT. The growing demand for green, eco-friendly homes is another key growth driver of the market. The increasing deployment of cellular IoT in smart meters and smart grids for inter-connectivity within individual meters is likely to aid the growth of the market. On the contrary, high fragmentation in terms of technology and inadequate regulation for spectrum allocation might pose a threat to market expansion.

Another driving force of the market is the growth of the NB-IoT segment. NB-IoT enables low consumption of power and extends greater coverage when compared to prevailing technologies such as SigFox. Therefore, they are slated to experience an upsurge in terms of demand.

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Global Cellular IoT Market: Regional Outlook

The global market for cellular IoT can be segmented into Asia Pacific, Europe, North America, and the Rest of the World on the basis of geography. The North America segment furnishes a multitude of opportunities for the expansion of the cellular IoT market as numerous IoT developments have been taking place in smart building, agriculture, transportation, and infrastructure. The U.S. has been carrying out large-scale investments in numerous sectors for the implementation of projects such as Smart America, wherein IoT will aid the efficiency of healthcare, manufacturing, transportation, security, energy conservation, and emergency services.

The sprouting of smart cities in various countries of Asia Pacific such as India and Japan will provide further impetus to the global cellular IoT market. South Korea, China, Japan, and India are investing massively in the implementation of IoT in infrastructure, which will contribute towards the growth of the market.

Companies Mentioned in the Report

Some of the major companies operating in the global market for cellular IoT are U-Blox Holding AG, Gemalto N.V., CommSolid GmbH, ZTE Corporation, MediaTek Inc., Qualcomm Inc, Sierra Wireless, Sequans Communications, and Telit Communications PLC.

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Noise, Vibration Harshness (NVH) Testing Market Scope Emerging Trends, Analysis and Forecast 2025

The expansive application of NVH is evident in this season of new automobile launches which feature top-end cars such as the 2017 Mazda CX-5, Peugeot 508, Toyota C-HR, and 2017 Kia Soul Turbo. All of these novel models have incorporated the revised and more advanced versions of NVH to benefit drivers with added comfort, relaxation, and privacy.

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Different market players are foreseen to share a close distance for exchange of ideas and intelligent discussions related to sound quality and the ongoing NVH technologies. However, the principal motive behind sharing the same stage is expected to be on the part of highlighting individual business presence. In a press release published lately, SAE International would be sharing the same venue with INCE-USA for the execution of their respective events, viz. Noise and Vibration Conference and Exhibition and NOISE-CON 2017.

Attendees who pay for both the exhibitions will be given access to a combined show floor, technical paper proceedings and conferences of both events, and combined networking opportunities to even communicate with non-automotive industrial professionals.

Amongst the modern tools for detecting NVH complaints are chassis microphones and PC-based labscopes and their software applications. While chassis mics can quickly point out the sources of NVH troubles, PC-based labscopes are predicted to be the pick of the tools as they offer multiple data channels and larger screens. Complex problems such as pitted wheel bearings or seized universal joints causing resonant passenger compartment noises can be easily separated and compared with the help of labscopes.

Global Noise, Vibration Harshness (NVH) Testing Market: Overview

Noise, vibration, and harshness (NVH) testing helps in the optimization of the noise and vibration characteristics for enhancing the system performance and increasing the operational comfort. NVH testing solutions are extensively used in numerous industry verticals such as automotive, aerospace, white goods, and transportation. Companies use acoustics and vibration testing analysis to reduce product development iterations and improve the quality of the production processes. Increased demand for subjecting vehicles or its components to testing among automotive manufacturers in order to optimize their development processes has been a key factor for adopting various NVH testing solutions.

The report on global noise, vibration and harshness testing market provides an in-depth insight into the current trends, emerging technologies, key offerings of the players, market share and size of major product types, and the factors shaping competitive landscape. The research study offers an incisive analysis of the challenges faced by market players and the strategies adopted by them to capitalize on the promising opportunities created by different industry verticals. Using SWOT and Porter’s Five Forces analysis, the study takes a closer look at the crucial elements of the competitive dynamics and assesses the potential of new entrants into the NVH testing market. The findings and insights are indispensable for emerging as well as established market players to formulate impactful strategies and consolidate their shares across major regions.

Global Noise, Vibration Harshness Testing Market: Drivers, Restraints, and Opportunities

Increasing demand for controlling the accosting and noise levels among automotive manufacturers and growing thrust by production facilities to employ advanced investigative techniques to optimize the noise and vibration harshness are the primary factors driving the growth of the market. In addition, constant demand for higher fuel efficiency in vehicles has stimulated the demand for noise, vibration and harshness testing.

Increased demand for used NVH testing equipment may restrain the growth of the market in some regions. However, large number of vehicles being manufactured worldwide is expected to spur the demand for NVH testing solutions. Coupled with this, the adoption of multichannel NVH testing data acquisition systems and the design of advanced simulation techniques in the U.S. are expected to unlock many exciting opportunities for the market players. Furthermore, stringent regulations introduced in the defense, aerospace, industrial, and automotive sectors to mitigate the adverse effects of noise exposure to human health are expected to create ample opportunities for NVH test equipment manufacturers.

Global Noise, Vibration Harshness Testing Market: Regional Outlook

The noise, vibration harshness testing market is expected to witness promising growth in the Middle East and South America. The extensive demand for NVH testing in the Middle East is attributed to recent stringent regulations for controlling noise levels and acoustic vibrations in construction and manufacturing industry. The growth of the noise, vibration harshness testing market in South America is primarily driven by various legislative obligations imposed on OEM manufacturers to design low-noise products.

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Global Noise, Vibration Harshness Testing Market: Competitive Outlook

Prominent market players profiled in the report include Siemens Product Lifecycle Management Software Inc., National Instruments Corporation, Head Acoustics GmbH, Dewesoft. d.o.o, G.R.A.S. Sound & Vibration A/S, Signal.X Technologies LLC, and Prosig Ltd. Leading players are launching advanced NVH equipment that include innovative investigative techniques for the acoustics analysis.

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Microgrid as a Service (MaaS) Market Analysis of Key Players, End User, Demand and Consumption By 2025

Global Microgrid as a Service (MaaS) Market: Snapshot

A microgrid is a power grid of a smaller level, that can operate on its own and independent of a location’s primary electrical grid. Additionally, a microgrid can be used in conjunction with the primary grid, a factor that opens up a number of possibilities and opportunities. Small-scale and localized stations can be run with their own source of energy and contain generation and distribution equipment, as long as the station adheres to the policies as specified by the region’s government. The core function of a microgrid is to be a fallback for structures or industries in the event of failure of the primary grid, or when the primary grind cannot supply sufficient power during peak hours.

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Additionally, microgrids can be used to lower an establishment’s total consumption of power from the primary electrical grid. This can be supplemented by the fact that microgrids can operate using different sources of energy, including renewable ones. The large scale use of microgrids, under management and control by providers of microgrid as a service players, can allow establishments in a sizeable area to both reduce their consumption rates of conventional power sources and ramp up the use of renewable energy. At the same time, most microgrids are designed to be modular in nature, allowing them to make the primary grid less likely to completely fail in the event of a major incident. Under MaaS plans, these modular microgrids can also be upgraded over time to incorporate more efficient and renewable power sources.

Global Microgrid as a Service (MaaS) Market: Overview

The world microgrid as a service (MaaS) market is foreseen to build its growth on the back of software as a service (SaaS) sector which helps in the creation of more cost-efficient, reliable, and safer microgrid systems. The microgrid as a service (MaaS) market could be followed by operation and maintenance service. However, SaaS is prophesied to mark a ruling share in the global MaaS market with vital benefits such as decrease in the risk of failures and delays of projects and a single point of accountability offered to microgrid owners.

Key segmentation areas such as vertical, service type, and grid type are carefully analyzed in the report while taking a radical approach. This will help the interested parties to invest in the right industry spheres and secure a long-lasting growth.

The tailor-made publication prepared on the world microgrid as a service (MaaS) market has followed all the steps recommended for primary and secondary research to make available accurate and reliable information to the buyers.

Global Microgrid as a Service (MaaS) Market: Trends and Opportunities

During the forecast period, the world microgrid as a service (MaaS) market is anticipated to gain strength as the need for enhanced resilience sparks hefty government investments in the field of microgrid infrastructure. The need for reliable MaaS could augment further with remote localities, universities, and hospitals looking to leverage the unequalled benefits of microgrid infrastructure. Besides this, the end users of MaaS are not required to invest heavily upfront, which could boost the growth of the global market even more. By installing a microgrid infrastructure, operational costs can be curbed impressively. This could encourage most regions of the market to adopt MaaS.

The industrial vertical market of MaaS is foreseen to promise a growth that is challenging for other profitable vertical segments such as utility, military, commercial, and residential. The microgrid technology could be adopted at a significant degree, owing to factors such as fuel independence, grid resiliency, better and trustworthy power supply quality, and reasonable energy expenditure.

There is a tough competition expected to be witnessed between islanded or remote grid and grid connected markets, where the previous is predicted to take the leading position in the global industry. Much of the demand for islanded or remote grids is anticipated to arise from their services to meet energy requirements through greater control and allow distributed energy sources to be better managed.

Global Microgrid as a Service (MaaS) Market: Regional Outlook

Out of the top regional microgrid as a service (MaaS) market, Asia Pacific is forecasted to exhibit dominance while riding on the dire requirement for electricity with a reliable, constant, and undisturbed supply. Moreover, there is a high degree of investment made more or less on a consistent basis to adequately maintain microgrid infrastructures. As a result, the Asia Pacific MaaS market is prognosticated to record a commanding CAGR throughout the course of the forecast period. More opportunities are expected to emerge from the remarkable rate of power consumption and the application of MaaS in industrial sectors and rural electrification. Market players can expect to take advantage of key opportunities in the developing regions of Asia Pacific witnessing a weighty development in power infrastructure and industrial sectors.

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Global Microgrid as a Service (MaaS) Market: Companies Mentioned

Although the standards, regulations, and policies relating to MaaS and the supremacy of customer-owned microgrids could raise a few questions in the minds of the microgrid as a service (MaaS) market players, there are some critical strategies they can rely on for growth. Some of these could be pertaining to the widening of their revenue share in the global MaaS market, where product developments and launches, agreements, acquisitions, and strategic partnerships could be the frequently adopted ones. Amongst others, Exelon Corporation, Eaton Corporation PLC, Siemens AG, General Electric, and ABB Ltd. are the top manufacturers operating in the industry.

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Integrated Drive System Market Rising Trends, Huge Demand, Business Strategies, Cagr Value, High Growth Rate by 2025

Global Integrated Drive System Market: Snapshot

The global integrated drive system market is prognosticated to be encouraged for a strong growth on the back of wireless communication protocol expected to record a higher demand during the forecast period 2017–2025. Over the course of past few years, the count of wireless connections in drive systems has augmented noticeably. This could be due to improved bandwidth capacity, transmission quality, and network coverage.

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Wireless communication technologies such as cellular, wireless local area network (WLAN), ZigBee, International Society of Automation (ISA) 100.11a, and wireless highway addressable remote transducer protocol (WHART) are anticipated to set the tone for a significant growth in the global integrated drive system market. Manufacturing industries could be helped with developments in technologies such as WLAN, cellular, and WHART for remote monitoring of their assets from anywhere around the globe.

The demand in the global integrated drive system market is also prophesied to be elevated by the growth of networking software during the forecast years. Besides networking, software could be engaged by drive systems for various other purposes such as motion controlling. As a result, the software market could register an overpowering share in the coming years.

Players operating in the global integrated drive system market are envisaged to take to different business strategies such as expansions, collaborations, partnerships, mergers, and new product developments for catering to the needs of customers. This is also anticipated to help them rise above the challenges posed in the market and secure a decent share.

Integrated Drive System Market: Overview

The demand for industrial automation is poised to rise due to the increased need of high product quality combined with expectations of highly reliable operations in high-volume production. One of the key elements of process automation is integrated drive systems as they not only provide high accuracy and efficiency but have low maintenance cost as well.

With the increasing demand for automobiles, the automotive industry has been displaying rapid changes with respect to manufacturing technology for increased automotive production. Across the globe, the automotive industry displays a high demand for integrated drive systems as they enhance production efficiency and upgrade manufacturing infrastructure in the automotive industry. Some of the applications of integrated drive systems in the automotive and transportation industry include pumps, compressors, conveyors, rack feeders, fans, axial winders, and extruders.

The report provides insights into the integrated drive system market based on communication protocol, offering, and geography.  A detailed assessment of the top industry players has been provided for their attributes of products and services, business positioning, and key growth strategies such as mergers and acquisitions, collaborations, and partnerships in the integrated drive system market.

The report provides market size estimates for various segments and sub-segments that have been calculated based on data collected through primary and secondary research. The report provides facts and figures relevant to the global integrated drive system in a chronological manner.

Integrated Drive System Market: Trends and Opportunities

The top drivers of the integrated drive system market include increasing adoption of integrated drive systems in industrial automation, increased focus on improved vehicle efficiency and reduced production cost, regulations on energy efficiency, and increasing adoption of energy-efficient integrated drive systems that conform to international standards. The rising demand for increased energy efficiency in production processes combined with the requirement of software systems is also fostering the growth of the global market for integrated drive systems.

In addition, the demand for hardware component is expected to rise and will have a positive impact the market’s growth. Some of the hardware components in integrated drive systems include converters, geared motors, couplings, motors, gear units, and others.

Besides this, the increasing need for treating wastewater is expected to have a positive influence on the growth of the integrated drive system market. This is because increasing concerns of declining groundwater levels and water scarcity has necessitated the advent of newer ways for wastewater treatment. Pumps, compressors, and fans are some of the major components with integrated drive systems that are used in wastewater treatment activities.

However, high costs involved in the implementation and maintenance of integrated drive system solutions is hindering the market’s growth. In addition, lack of skilled personnel and lack of standardization of equipment are also holding back the market’s growth.

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Integrated Drive System Market: Regional Overview 

The global integrated drive system market can be analyzed with respect to the regional segments of North America, Asia Pacific, Europe, and Rest of the World. Amongst these, Asia Pacific stood as the dominant regional segment in the recent past due to the increasing demand for faster and accurate motors and initiatives to achieve higher production output. Huge investments in the manufacturing sector are also driving the integrated drive system market in this region. Asia Pacific is expected to display the highest growth rate in the near future.

Major Companies Mentioned in Report

Some of the key vendors in the integrated drive system market include Siemens AG, Rockwell Automation Inc., Emerson Electric Co., Schneider Electric, and ABB Ltd.

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In-vehicle Networking Market Analysis by Growth, Size (Value and Volume), Trends 2025

Global In-vehicle Networking Market: Snapshot

The global in-vehicle networking market is envisioned to gain an imposing impetus while riding on the performance of connecting several functions of a vehicle, including control and communication. With every innovation in the automobile sector, vehicles are becoming increasingly electrified. As a result, there could a surging introduction of electronic functionality in vehicles for enhancing their environmental, comfort, and safety performances. Advanced driving assistance system (ADAS) and other novel consumer applications in the automobile sector are predicted to fortify the growth of the market in the near future.

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Advanced in-vehicle networking solutions offer more than just connectivity, control, and communication. New systems such as higher bus voltages and speeds could be enabled with the application of in-vehicle networking solutions. Higher bus voltages possess the ability to advance energy and electrification efficiency while higher bus speeds accelerate consumer connectivity and autonomous driving. Security, safety, end-of-line programming, power configuration, and other performance aspects could also be improved.

Prominent companies operating in the global in-vehicle networking market are anticipated to provide a large count of network connections found in new automobiles to cement their position in the industry. Protocols or technologies such as local interconnect network (LIN), controller area network (CAN), FlexRay, and Ethernet could be key for addressing the demands put forth by various vehicle parts. Easy to design in-vehicle networking systems that fulfill real network requirements are foretold to be the talk of the market. Manufacturers could look to focus on solutions that deliver high integration levels reducing bill of materials (BoM) and component count and escalating robustness in challenging vehicle environments.

Global In-vehicle Networking Market: Overview 

Vehicles today use more electronics to cater to the diversified needs of drivers and passengers and for addressing the concerns about environmental deterioration and fuel conservation. In the automotive sector, communications and networking pertaining to in-vehicle, vehicle-to-vehicle, and vehicle-to-infrastructure are gaining traction for safety and bandwidth needs.  This involves setting up of multiple electronic control units (ECU) that are connected by several in-vehicle local area networks (LANs) that differ in transferal speed and communication protocol as per the features required for each application and for information exchange. Automotive companies, as well as standards organizations, are successfully addressing major design challenges in order to meet fault tolerance, demanding bandwidth, determinism, and reliability requirements.

In-vehicle networking involves the transfer of data among distributed electronic modules by means of a serial data bus. The utilization of a combination of hardware and software has led to a marked improvement in several communications and control protocol.

The in-vehicle networking market can be segmented by connectivity standard, vehicle type, application, and region.

Global In-vehicle Networking Market: Trends and Opportunities 

The increasing vehicle production and increasing use of electronics in vehicles are primarily driving the in-vehicle networking market. The rising demand for advanced safety features, convenience, and comfort systems are also bolstering the market’s growth. In addition, increasing environmental concerns due to Co2 emissions from vehicles is also favoring the deployment of in-vehicle networking solutions.

Passenger cars are expected to be the dominant vehicle type segment in the near future. With the increasing demand for passenger cars, especially in countries such as China, the U.S., India, South Korea, Mexico, and Brazil, the demand for automotive semiconductor receives a boost. Passenger cars include hatchbacks, sedans, station wagons, multi-utility vehicles (MUVs), sports utility vehicle (SUVs), and vans. Passenger cars are the largest segment in the automotive industry, hence this segment is the most promising for the in-vehicle networking market.

The infotainment application segment is expected to gain momentum in the near future. The increasing complexities in automotive infotainment applications due to the demand for higher interaction between infotainment equipment and the vehicle is expected to  favor the growth of infotainment application segment of the market.

However, factors such as price considerations from manufacturers of low-end cars and from emerging markets are restraining the growth of the in-vehicle networking market. Nevertheless, the rising demand for electric and hybrid vehicles will benefit the growth of this market.

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Global In-vehicle Networking Market: Regional Outlook

The global in-vehicle networking market can be analyzed with respect to the regional segments of North America, Europe, Asia Pacific, and Rest of the World. Asia Pacific stands as a significant in-vehicle networking market due to the presence of several established automobile manufacturers and increased vehicle sales. While Asia Pacific stood as the leading region in the recent past, North America holds promise for the growth of the market and is expected to display the fastest growth in the near future. Traditionally, North America has an advanced automotive industry and the region displays a high demand for high-end cars with high semiconductor content.

Global In-vehicle Networking Market: Competitive Analysis

Some of the key players in the global in-vehicle networking market are NXP Semiconductor NV, Texas Instruments Inc., Xilinx Inc., ON Semiconductor Corp., Microchip Technology Inc., Melexis Semiconductors, Infineon Technologies AG, Robert Bosch GmbH, ST Microelectronics NV, Atmel Corporation, and Elmos Semiconductor AG among others. Product development, partnerships, mergers, and collaborations are some of the growth strategies that top players in this market are focused on.

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Hermetic Packaging Market Is Likely to Register Double Digit CAGR During Forecast 2017 to 2025

Global Hermetic Packaging Market: Snapshot

The global hermetic packaging market is predicted to witness strong opportunities emerging from the ascendency of ceramic-metal sealing (CERTM) demonstrating a higher growth rate and share in terms of type. There are some crucial factors that could propel the demand for CERTM in the market. The assurance of failure-free operation and passenger safety in the automotive sector is anticipated to fortify the growth of CERTM sealed sensors such as differential non-contacting, chassis level, and heating, ventilation, and air conditioning (HVAC) sensors. The growth of the market could also gain a telling impetus on the back of an elevating demand for low-porosity and thermal shock-resistant hermetic packaging materials.

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Although military and defense could take a leading share in the global hermetic packaging market on the basis of application, healthcare, food and beverages, petrochemicals, and consumer electronics are also expected to be significant. The healthcare market is prognosticated to record an impressive demand while riding on major advancements in technology for medical implants and other critical fields. The need to protect food from dirt, yeasts, molds, and bacteria could intensify the demand for hermetic packaging in the food and beverages sector. Glass bottles and rigid metal cans employ hermetic packaging seals as per the standards set by the U.S. Food and Drug Administration (FDA).

Expansion and new product launch are envisaged to be some of the top strategies adopted to gain a strong foothold in the global hermetic packaging market. For instance, Amkor Technology expanded its China test factory and assembly in 2015 and Schott AG launched Puravis and autoclavable Solidur LED in 2017.

Global Hermetic Packaging Market: Overview

Exhibiting a positive CAGR between 2017 and 2025, the global hermetic packaging market is forecast to spawn into a multi-billion dollar industry by the end of the forecast period. The need to protect the sensitive electronic components used in sectors such as defense and military against invasion of moisture, oxygen, humidity, and any other forms of contaminant, which may result in system failure is the key factor spurring the demand for hermetic packaging. Besides this, with the growing use of hermetic packaging across end-use industries such as aeronautics and automobile electronics, experts see strong growth on cards for the market in the coming years.

The report provides a holistic market overview, covering growth witnessed across end-use industries, key application segments, and major regions. The classifications under these segments are studied in detail. The study also includes an in-depth analysis of various drivers and restraints projected to impact the market’s trajectory across the aforementioned segments. It therefore compiles exhaustive information regarding the market obtained via proven research methodologies. The market study also identifies the most lucrative segments in the market and gauges the investment feasibility for the new market players.

Global Hermetic Packaging Market: Trends and Opportunities

Among major end users, the demand for hermetic packaging is considerably high in the military and defense sector. This segment is expected to gain from the high budget allocation in the defense sector in countries such as the U.S., Mexico, and Canada. Besides this, the high demand from the defense industries in India and China will boost the hermetic packaging market in Asia Pacific. In the coming years, the rising demand from the aeronautics and space industry will contribute to the market’s growth as well.

Among other segments helping the market gain pace, the contribution of the multilayer ceramic segment is worth mentioning. The market players are expected to witness considerably high opportunities in response to the increasing adoption of multilayer ceramic packages across high-frequency applications such as wireless communication, optical communication, and data communication. Multilayer ceramics allow a large volume of electrical feed-throughs, which is a key factor fueling its demand, subsequently gaining increased traction for the overall market.

In the coming years, the use of hermetic packaging transistors is expected to increase at a robust pace. This growth will be stoked by the increasing uptake of hermetically sealed transistors for designing home appliances and telecommunication circuits. Spurred by the increasing applications across diverse segment, the global hermetic packaging market is forecast to report strong growth in the coming years.

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Global Hermetic Packaging Market: Regional Outlook 

Regionally, the leading manufacturers will find a lucrative market in Asia Pacific. The region exhibits increasing demand for energy, backed by growth in the rate of GDP across emerging nations such as India and China, which will create growth opportunities for hermetic packaged electronic component manufacturers. Besides this, India, Japan, and China are now allotting increased funds in space research. The growth in space-related activities such as exploration missions and satellite launches in these countries will give impetus to the Asia Pacific hermetic packaging market. Additionally, North America and Europe will continue offering attractive opportunities to the enterprises operating in the market.

Global Hermetic Packaging Market: Vendor Landscape

Teledyne Microelectronics, AMETEK, Inc., SCHOTT AG, Texas Instruments Incorporated, Amkor Technology, Legacy Technologies Inc., Micross Components, Inc., Willow Technologies, KYOCERA Corporation, and Materion Corporation are among the established players in the global hermetic packaging market. Besides in-depth assessment of the companies profiled, the report also studies the impact of the strategies they adopt on the overall market.

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Microcontroller Socket Market Scope, Segmented By Company, Application and Region, Forecast To 2025

Global Microcontroller Socket Market: Snapshot

The global market for microcontroller socket is gaining traction from its increasing application across various sectors including automotive, consumer electronics, military and defense, and industrial, automation and re-automation in developing countries, and increase in IC packaging development. Currently, there is intense competition among the leading vendors, which is somewhat hindering the proper growth of the market.

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Based on product, the global microcontroller socket market can be segmented into Quad Flat Package (QFP), Ball Grid Array (BGA), Dual In-line Package (DIP), Small Outline IC Package (SOIC), and Small Outline Package (SOP), among which BGA microcontroller socket is anticipated to gain strong demand in the near future, driven by its use for integrated circuits and area type of surface-mount packaging. Application-wise, the prosperity of the automotive sector is projected to propel the demand for microcontroller sockets. In addition to that, escalating demand for power line communications and smart energy for metering is expected to gain traction in the near future.

This report on the global microcontroller socket market has been developed with the sole purpose of representing the present scenario as well as the future prospects, to the stakeholders connected to the value chain of this market. All important factors that may influence the demand, positively or negatively, have been analyzed and their implications have been estimated. The report also profiles a number of key companies operating in this market, estimating their market share and analyzing their product portfolio as well as recent strategic developments

Global Microcontroller Socket Market: Overview

The global microcontroller socket market is forecast to expand considerably in the coming years. Due to their increasing application in communication, industrial, and automobile sectors, the demand for microcontroller sockets is forecast to augment at a high pace. Microcontrollers are integrated in varied electronic devices in order to manage device operations. Because the technology allows seamless management of electronic devices, its demand is expected to scale higher in the near future.

Currently, the market is witnessing high demand across automotive, industrial, consumer electronics, military and defense, and medical devices sectors. Of these, the market is forecast to see robust growth in the automotive sector, which is witnessing rapid expansion across developing regions. In the automotive segment, microcontroller sockets find application in body electronics and information devices. Based on product, some of the key market segments are ball grid array (BGA), dual in-line package (DIP), small outline package (SOP), quad flat package (QFP), and small outline IC package (SOIC).

Aimed at providing a comprehensive market overview, the report covers industry factors affecting its growth across then aforementioned segments. The most lucrative opportunities are identified as well based on information obtained via proven research methodologies. Compiled with the intent of helping stakeholders gain a better perspective about the global microcontroller socket market, the report also studies the effect of Porter’s five forces on the overall operations.

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Global Microcontroller Socket Market: Trends and Opportunities

The rising demand for enhanced technology in order to reduce fuel consumption is stoking the demand for lower-power embedded systems. To capitalize on prevailing opportunities, manufacturers have started producing powertrain applications. These exhibit miniaturized designs, low consumption of power, and reduced weight. Such improvements have helped improving functionality per chips with high output and input. Besides, these chips are available in smaller package size. Furthermore, the use of copper wire has increased, which has reduced the cost incurred in packaging without compromising on productivity. Spurred by these factors, the demand for microcontroller socket is projected to rise in the coming years.

The market is also forecast to gain from recent developments in IC packaging enabling it deliver high application for a low cost in a low-profile and low-power design. These developments show great potential, lured by which system developers, OEMs, packaging and test subcontractors, foundries, fabless chip companies, and chip manufacturers are placing high stakes on the next generation packaging solutions. Uptake of IC packaging is therefore increasing as manufacturers look for ways of delivering better, faster, and cheaper results. This in turn will augment the demand for microcontroller socket market.

Global Microcontroller Socket Market: Regional Outlook 

Due to the rising demand in Japan and China, the microcontroller socket market in Asia Pacific is forecast to exhibit robust growth. Besides this, the increasing demand for sockets in the region’s flourishing microelectronics industry will aid growth. In North America as well, the market will witness attractive opportunities. The expansion of the smart energy and communication sectors will bolster opportunities for the microcontroller socket market in North America.

Global Microcontroller Socket Market: Vendor Landscape

Mill-Max Mfg. Corporation, Aries Electronics, CNC Tech LLC, and Samtec, Inc. are among the most prominent enterprises operating in the global microcontroller socket market. In order to gain pace, a majority of these companies are focusing on product development and expanding their global footprint. Business policies and marketing strategies adopted by these enterprises will also exert considerable influence on the overall market.

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Track Geometry Measurement System Market Promising Growth Opportunities & Forecast 2017-2025

Track Geometry Measurement System Market – Introduction

Penetration of technology into the railway industry has unlocked novel avenues for the advancements of the railway network. Track geometry measurement system is one such technology that associates the track geometry systems with rail profiles to obtain the measurements of both using just one instrument. Witnessing the high adoption rate, manufacturers of TGMS have been enhancing the accuracy and longevity of these systems in addition to reducing their size to offer the ease of installation, which is estimated to further boost the sales of these systems.

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With the rising concerns apropos of the rail hazards, there has been a notable demand for efficient systems that can ensure the maintenance of railway tracks, which has been fulfilled by TGMS. However, lack of proper infrastructure for the installation of track geometry measurement system market could act as a deterrent. Analyzing the drivers, challenges, opportunities, and threats, the track geometry measurement system market is estimated to be valued at over USD 3 Bn in 2019.

Track Geometry Measurement System Market – Novel Developments

  • In February 2019, Balfour Beatty announced that Transport of London has appointed it to develop and deliver 1,047 kilometer London Underground network. The authority will invest critical assets to achieve the completion of a robust underground transportation network. Alongside, Balfour Beatty will introduce new standards and technologies to ensure the safe delivery of the network that is devoid of any disruption to the travelling public.
  • In May 2018, Network Rail awarded Balfour Beatty a 5-year – Reactive Building and Civil Contract. According to the contract, the company will be in charge of executing rail infrastructure repairs from London-Penzance, along with the Great Western route. The contract will help the company offer better and reliable journeys to travelers with the utmost safety.
  • In November 2017, ENSCO Rail was awarded a Canadian Pacific contract, as per which the company will offer robust inspection systems for the evaluation car. Such cars will be the newest addition to the CP fleet and it will be well-armed with nascent track geometry measurement and imaging system technology.

Some of the most prominent competitors operating in the competitive landscape of global track geometry measurement system market include –

  • MER MEC S.p.A.
  • EGIS
  • Fugro
  • Balfour Beatty
  • Goldschmidt Thermit Group
  • Bentley Systems Inc.
  • Plasser & Theurer
  • MRX Technologies
  • R. Bance & Co. Ltd.
  • Ensco Inc.
  • Siemens
  • Rail Vision Europe
  • Amberg Technologies
  • ZG Optique
  • Vista Instrumentation LLC
  • Kžv
  • Spol.
  • Sro
  • Trimble
  • Harsco Corporation
  • Deutzer Technische Kohle
  • DMA
  • Holland LP

Track Geometry Measurement System Market – Dynamics

Compliance to Numerous Standards Set by Government to Reflect on the Market Size

Rising concerns pertaining to the security of railways and technological advancements in the very arena of the railway industry, government of numerous countries have enforced laws and regulations that indicate the need to comply with the standards set by the government. As a result, the players operating in the market have been devising innovation to meet the requirement of the end-use industry as well as comply with the standard guidelines, thereby enhancing the desirability of these systems, which is anticipated to bode well for the growth of the track geometry measurement system market in the upcoming years.

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Undergoing Metro Projects in Developing Countries to Keep the Demand for TGMS Consistent

One of the significant reasons fueling the growth of the track geometry measurement systems market is the rising demand for metro networks in developing countries. With multiple undergoing metro projects, there has been a significant surge in the demand for track geometry measurement systems for the development of strong railway network, which is expected to fuel the growth of the track geometry measurement systems market.

Asia Pacific to Remain a Leading Track Geometry Measurement System Market

Asia Pacific holds promising growth prospects for the track geometry measurement system market, on account of the advancements in the mass transit systems and high-speed rails in countries such as India and China. Among the other countries located in APAC, China is expected to account for a significant share of track geometry measurement system market, which is attributed to the development of a streamlined transportation network.

Japan as well contributes to the incessantly growing Asia Pacific track geometry measurement market with the constant development of high-speed railway network. Demand for track geometry measurement system is expected to witness an uptick in India, owing to a number of metro rail projects happening in this region. As a result of the massive contribution of regional markets, Asia Pacific is anticipated to remain a leading track geometry measurement system market in the forthcoming years.

Track Geometry Measurement Systems Market – Segmentation

The track geometry measurement systems market can be fragmented on the basis of:

  • Measurement Type
  • Operation Type
  • Railway Type
  • Component

Track Geometry Measurement Systems Market Segmentation – By Measurement Type

Depending on the measurement type, the track geometry measurement systems market can be divided on the basis of:

  • Gauge
  • Twist
  • Cant and Cant Deficiency
  • Vertical Profile
  • Curvature
  • Alignment
  • Dynamic Cross-level
  • Dipped Joints
  • Others

Track Geometry Measurement System Market Segmentation – By Operation Type

Based on the operation type, the track geometry measurement system market can be classified into:

  • No Contact
  • Inertial Based
  • Chord Based
  • Contact

Track Geometry Measurement System Market Segmentation – By Railway Type

On the basis of railway type, the track geometry measurement systems market can be fragmented into:

  • High-speed Railways
  • Mass Transit Railways
  • Heavy Haul Railways
  • Light Railways

Track Geometry Measurement System Market Segmentation – By Component

Depending on the component, the track geometry measurement systems can be bifurcated into:

  • Software
  • Lighting Equipment
  • Navigation Equipment
  • Communication Equipment
  • Computer
  • Camera
  • Data Storage
  • Power Supply Equipment
  • Sensor
  • Accelerometer
  • Gyroscope

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Immersive Simulator Market Recent Trends, Development,Growth& Forecast 2017-2025

Global Immersive Simulator Market: Snapshot

The prosperity of the global immersive simulator market will continue at a healthy CAGR during the forecast period of 2017 to 2025, owing to factors such as increasing applications in the medical industry, ability to transfer knowledge rapidly, and risk mitigation in oil and gas industries. On the other hand, the lack of integration between the providers of immersive simulator software, hardware, and services as well as low adoption rate among the targeted customers as a result of limited awareness are two important factors challenging the market for immersive simulator from achieving its true potential.

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Nevertheless, the stakeholders connected to the value chain of the global immersive simulator market will continue to gain substantial new opportunities with growing demand for these simulators in the tourism sector and defense, provided their can overcome the configuration challenges.

Based on simulation environment, the global immersive simulator market can be segmented into console operator training and field operator training, whereas on the basis of offering, the market can be categorized into hardware and software and services. Application-wise, the market can be bifurcated into training, product development, and emergency services. End-use industries of immersive simulator market are oil and gas, power and energy, metals and mining, aerospace and defense, medial and biotech, chemicals, automotive, marine, pulp and paper, food and beverages, and others such as education, tourism, textile, and entertainment. Geographically, the report takes stock of the potential of immersive simulator market in all important regions such as Asia Pacific, Europe, and North America.

This report on the global immersive simulator market has been developed by a group of professional market research analysts, and aspires to represent the current scenario as well as future prospects of the market to audiences such as component manufacturers, original equipment manufacturers, process industries such as oil and gas, power, and chemical, system integrators, and technology investors.

Global Immersive Simulator Market: Overview

Immersive simulator-based solutions allow companies and human resources operating in a number of industries to closely understand the variety of problems that may occur in real time in areas such as safety, reactive maintenance, and productivity, thereby improving throughput and enhancing the employee’s level of awareness while operating in risky situations. The vast rise in industrial automation in the past few years has necessitated the proper training of human resources at the risk of facing emergency situations in a variety of processes on field, allowing them firsthand experience before having to address such situations. The use of immersive simulation-based solutions has emerged as one of the most popular ways of doing the same in the past few years.

This report on the global immersive simulator market provides a thorough analytical overview of the market in the present times and several forward-looking statements predicting the growth prospects of the market and its segments for the period 2017–2025, wherein 2016 is considered the base year. A comprehensive overview of factors expected to impact the growth prospects of the market over the said period, including drivers, growth challenges, trends, opportunities, and competitive landscape is also included.

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Global Immersive Simulator Market: Trends and Opportunities

The global immersive simulator market is expected to exhibit growth at an excellent pace in the next few years. Immersive simulator-based training solutions are expected to witness increased adoption across high-risk industries such as chemical, power, oil and gas, and mining in the next few years as stringent employee safety guidelines are being instigated. These guidelines, which advocate as well as necessitate the implementation of innovative training measures for employees directly operating in and around heavy machineries or with hazardous substances, will drive the demand for immersive simulator-based training solutions in the near future. 

Global Immersive Simulator Market: Segmentation

The study provides a decisive view of the global immersive simulator market by segmenting it in terms of criteria such as type, application, end-use industry, and geography.

In terms of type, the immersive simulator market is segmented into software, service, and hardware. Of these, the segments of software and hardware are rapidly developing owing to a growing stress on the development of technologically advanced hardware products and software with an expansive set of features. In the next few years, the hardware segment is expected to emerge as the one with the most promising returns.

In terms of application, the market can be segmented into product development, emergency services, and training modules. Of these, the segment of training presently accounts for a massive share in the global market’s revenue and the trend is expected to remain strong over the next few years as well, chiefly owing to the increasing implementation of employee training programs across several industries.

Of the key end-use industries employing immersive simulation solutions, including oil and gas, chemicals, automotive, power generation, medical, and aerospace and defense, the oil and gas industry presents the market with the most lucrative growth opportunities. The thriving oil and gas industry involves the usage of a vast variety of heavy machinery, also requiring working in close proximity with inflammable as well as hazardous substances. Hence, employee training to tackle emergency situations is one of the core requirements for proper operation of the industry.

The medical industry also presents immense growth opportunities for the global immersive simulator market owing to the increased usage of highly complex and technologically advanced machines, equipment, and devices for diagnosis and treatment purposes. The medical industry is expected to emerge as one of the leading end-users of immersive simulator solutions in the near future.

Global Immersive Simulator Market: Geographical and Competitive Dynamics

Of the key regional markets for the global immersive simulator market analyzed in the report, the Asia Pacific market is presently the leading contributor to market’s revenue owing to large-scale applications across the thriving industrial sector. Industries such as mining, medical, oil and gas, automotive, and defense and aerospace in the region are expected to provide vast growth opportunities for the market in the next few years.

Some of the leading companies operating in the global immersive simulator market are ESI Group, Immerse Learning, Aveva Group Plc, and Schneider Electric SE.

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Automotive Vehicle-to-everything (V2X) Market Global Opportunity Analysis and Forecast 2017-2025

Global Automotive Vehicle-to-everything Market: Overview

A number of studies continue to surface on a regular basis that advocate the increased adoption of connectivity in vehicles as a way of making vehicles more effective on fronts such as safety and security, fuel economy, better on-road performance, and the added benefit of preventing accidents. The rising awareness among consumers about these benefits of adding connectivity measures in vehicles along with the rising willingness to spend more when it comes to added comfort and safety features in vehicles have led to vast developments in the field of automotive vehicle-to-everything.

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Of a number of benefits, connectivity in vehicles could help bring a dramatic decline in the number of serious injuries and fatalities that result from accidents on roads and highways. Although the number of people surviving crashes has significantly increased owing to the increased usage of technologies such as anti-lock brakes and airbags, preventive measures supported by automotive vehicle-to-everything technologies could help more people survive crashes.

Consumers have increasingly started realizing the significant benefits that automotive vehicle-to-everything technologies have over new technologies increasingly making their way in high-end automobiles, such as cameras, lidar, radar, and numerous sensors. One of these benefits includes the fact that connectivity technologies provide greater range that on-board equipment in vehicles, allowing the traveler to receive alerts and have more time to react and prevent crashes. Moreover, unlike technologies such as radar, connectivity in vehicles does not depend on line of sight communication for effective results and notifications are also delivered when vehicle drivers are not capable of seeing a dangerous situation under development.

The effectiveness of automotive vehicle-to-everything technologies certainly requires updated network infrastructure and effectiveness of network connectivity and is expected to witness the most promising growth in developed economies in the near future.

Global Automotive Vehicle-to-everything Market: Snapshot 

Vehicle-to-everything communication refers to the transfer of information or signal from a vehicle to any object that can impact the functioning of the vehicle. It is a form of vehicular communication system that integrates other different specific communication types such as V2G (Vehicle-to-grid), V2D (Vehicle-to-device), V2P (Vehicle-to-Pedestrian), and V2V (Vehicle-to-vehicle). The main highlight of V2X is energy savings along with high-end safety. Nevertheless, there might be obstacles in the roll-out of the particular technology, basically due to legal issues and the factor that until all the current vehicles completely adopt it, the effectiveness is quite limited. The technology that V2X communication employs is based on the WLAN technology and directly works between the infrastructure and the vehicle forming a vehicular ad-hoc network, when the two respective V2X senders come in the range of the other.

The report is an investigation in the growth of the global automotive vehicle-to-everything (V2X) market over the last couple of years and in the coming years. The market research publication further reasons out the causes of the changes in the market across the globe. It does this so by presenting an evaluation of the dynamics and the trends prevalent from the last few years and the ones that are likely to retain an impact during the forecast period. The Porter’s five forces analysis is being taken into consideration for the analysts to provide a clear view of the vendor landscape to the readers. Mergers, agreements, acquisitions, and other partnerships have also been highlighted in the report. The study further delves into the working of the various leading companies along with the information on the products, strategies, and shares of the companies in question.

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Global Automotive Vehicle-to-everything Market: Trends and Prospects

The global market for automotive vehicle-to-everything is anticipated to expand significantly over the coming years owing to factors such as growing demand traffic in real-time, rising government concerns coupled with several benefits and aid provided by governments for enhanced traffic management, rise in incidental alerts regarding public safety, and growing environmental concerns. The vendors in this market can seek lucrative opportunities from the advent of autonomous car on the verge of transforming the automotive industry and the use real-time monitoring for predictive using real-time monitoring. However, the growth of the global automotive vehicle-to-everything market is likely to be negatively influenced by the dearth of cellular connectivity in several emerging economies, high cost burden on users, and lack of proper infrastructure. Aspects such as the security of the data generated by the vehicles, lack of interest to adopt modern technology, and lack of standardization are also anticipated to hinder the market growth in the near future.

Global Automotive Vehicle-to-everything Market: Regional Analysis

North America is expected to offer promising opportunities and emerge as a profitable region for the growth of the market in the near future owing to the favorable regulations and policies implemented by the governments in the region and the demand for advanced transportation system. The rising demand for cars has suddenly gained momentum with the recent convergence of the automotive and ICT sector in the region.

Global Automotive Vehicle-to-everything Market: Companies Mentioned in the Report

Some of the leading companies in the global automotive vehicle to everything market are Audi AG, Daimler AG, Infineon Technologies AG, Qualcomm Inc., Delphi Automotive PLC, and Continental AG.

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