Wednesday, 3 June 2020

Self-lacing Shoes Market Structure Analysis for the Period 2019-2027

  • Self-lacing shoes are technology-equipped shoes designed to automatically tighten once an individual puts them on. Self-lacing shoes are also termed as self-tying shoes and power laces. Furthermore, these shoes are introducing features such as self-tightening, heating, and shock-absorbing shoe. Self-lacing shoes are majorly purchased by professional athletes, basketball players, and differently-abled individuals.
  • Nike has launched its range of self-lacing shoes named Adapt BB and HyperAdapt 1.0 in the self-lacing shoes market. Puma has introduced its fit intelligence, wirelessly connected self-lacing shoes called AutoDisc.

Rise in Trend of Using Bluetooth-enabled and Application-driven Smart Shoes to Drive the Self-lacing Shoes Market

  • Rapid increase in demand for Bluetooth-enabled and application-driven smart shoes is projected to be a driving factor for the self-lacing shoes market. Professional sportspersons such as basketball players, marathon runners, and athletes use these innovative and tech-embedded shoes to keep daily track of their fitness regimen. Moreover, self-lacing shoes are very convenient for differently-abled individuals and senior citizens. Technology plays a vital role in the production process of such products. Brands have to undertake advancement in their technology to be competitive in the marketplace. 
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Lack of Awareness and High Cost of Shoes to Hamper the Self-lacing Shoes Market in the Near Future

  • Lack of awareness about self-lacing shoes in various emerging economies across the world is anticipated to restrict the growth of these shoes during the forecast period. The product is very expensive in terms of pricing. Furthermore, it is unavailable in specialty stores and multi-brand retail outlets in various emerging economies. These factors negatively impact the sale of self-lacing shoes in various parts of the globe. Moreover, companies spend heavy amounts on research & development to ensure advancement in technology of self-lacing shoes, which in turn is likely to increase the overall cost of production of these shoes.

North America and Europe Hold Major Share in the Global Self-lacing Shoes Market

  • Geographically, the global self-lacing shoes market can be divided into five regions: North America, Europe, Asia Pacific, Middle East & Africa, and South America
  • North America and Europe held majority of market in the global self-lacing shoes market in 2018. The self-lacing shoes market in North America and Europe is projected to expand in a rapid manner in the near future due to rise in usage of self-lacing shoes by professional athletes and basketball players in countries such as the U.S., Canada, Mexico, the U.K., Germany, and France as well as other countries in Europe.  
  • Furthermore, the market in Asia Pacific is projected to expand at a significant growth rate during the forecast period. Rise in demand for Bluetooth-enabled and application-driven self-lacing shoes in China, India, and Japan is expected to surge the demand for self-lacing shoes in the Asia Pacific region.
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Key Players Operating in the Self-lacing Shoes Market
Major manufacturers are anticipated to face tough competition during the forecast period. Brands such as Nike Inc., PUMA SE, Powerlace Technology Inc., and Digitsole focus on innovation of new self-lacing shoes to strengthen their product portfolio and drive the sales of self-lacing shoes in the global self-lacing shoes market. Nike Inc. offer self-lacing shoes named Adapt BB and HyperAdapt 1.0. These are Bluetooth-enabled self-lacing sneakers which offer auto-lacing and adapts to wearers’ feet.  Adapt BB was first used at the NBA basketball court by Jayson Tatum. A few of the key players operating in the global self-lacing shoes market are:
  • Nike Inc.
  • PUMA SE
  • Powerlace Technology Inc.
  • Digitsole

Accelerometer and Gyroscope Market Poised to Expand at a Robust Pace Over 2017-2025

Accelerometer is a sort of sensor that measures physical quickening of the gadget in connection to the free fall one way. Ordinarily, an accelerometer prepared in present day gadgets is tri-hub, which has three devoted units lined up with every course to gauge speeding up along them. Gyroscopes sense rakish development along one rotational heading. Accelerometer and gyroscope just give data about the development of a gadget, either in straight or rotational heading; nonetheless, they do give any data about the introduction of the gadget. In complex frameworks, for example, satellites, space vehicles, and rockets, inertial route framework is utilized by the blend of accelerometers and gyroscopes.
Customer electronics fragment was anticipated ruled with over 30% offer in accelerometer and gyroscope market in 2015, as they are utilized as a part of cell phones, tablet, and note pad PCs. In the event that a portable PC tumbles off all of a sudden at that point, accelerometer put close hard circle watches it by detecting the fall, and spares read head of hard plates from shattering by turning it off.
The report offered herewith considers all the fundamental inconspicuous components and factors adding to the change of the overall movement sensor market, for example, market figures, drivers, limitation, designs, openings, market potential, segments, and land perspective. The report helps in understanding the market circumstance and forceful scene for remedial preparing market, by showing the key players, driving locale, business strategies, and degree of improvement.
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Accelerometer and Gyroscope Market: Trend and Opportunities
The accelerometer and gyroscope market is chiefly determined by elements, for example, development in the infiltration of customer hardware and expanding number of vehicles. Demand for shopper gadgets has expanded throughout the years. Nearby, the quantity of vehicles on streets is expanding incrementally and henceforth the accelerometer and gyroscope market is developing quickly. Expanding spending on the barrier division significantly assumes a critical part in the development of the top of the line accelerometer and gyroscope market inferable from the expanding demand for hardware upgraded with smart sensors for different military applications, for example, route, satellite receiving wire situating and some more. Nations associated with clashes are significantly spending on top of the line military purposes. Improvements in robotization of vehicles is one of the significant open doors for the accelerometer and gyroscope market. Nonetheless, accelerometers and gyroscopes give low precision level which is constraining the development of the market.
Accelerometer and Gyroscope Market: Geographical Analysis
Geographically, the market can be portioned into Middle East and Africa, Europe, and South America, North America, and Asia Pacific. Asia Pacific locale is anticipated to demonstrate most noteworthy development in the accelerometer and gyroscope market within the figure time frame because of the expanding number of automobiles.
The report offers a detailed analysis of the market by means of top to bottom subjective bits of information, authentic information, and obvious projections about market measure. The facts and figures presented in the report are inferred by using in-depth research techniques and presumptions. Thusly, the examination report gives in as an archive of findings and data for each aspect of the global and regional market, also consisting of regional markets, innovation, applications and types.
Accelerometer and Gyroscope Market: Companies Mentioned
The aggressive scenario of the accelerometer and gyroscope market is extremely immersed because of the nearness of an extensive number of players. A portion of the major organizations in the accelerometer and gyroscope market are Analog Devices Inc., Sensonsor AS, KVH Industries, Inc., STMicroelectronics N.V., Colibrys Ltd., Honeywell International, Inc., Kionix, Inc., Fizoptika Corp., Northrop Grumman LITEF GmbH, and Murata Manufacturing Co., Ltd.

Lighting Ballast Market to Witness Heightened Growth During the Period 2017-2025

Ballast control circuit is a device that is placed in line up with a load in order to limit the amount of electricity or current flow in an appliance for improving the overall efficiency and to achieve different regulatory compliance. The primarily used building blocks that are majorly found across a ballast control circuit includes, an Electromagnetic Interference (EMI) filter, a full wave rectifier, an active PFC front end, a digital control section and a resonant lamp output stage. A ballast control circuit generally works as a fixed or variable resistor. Rising demand for ballast control circuit from different compact fluorescent lamps or from high intensity discharge lamps across the globe is one of the key factor anticipated to trigger the demand for ballast control circuit at an exponential rate during the forecast period from 2017 to 2025.
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In order to provide an in-depth and exhaustive analysis of the market, the global Lighting Ballast Market is a Segmented on the basis of product type and application. On the basis of material used in an electric ballast, the market has been classified into electronic ballast and magnetic ballast. In addition, information related to the demand of lighting ballast across various fluorescent lighting and LED lighting is also highlighted in this report. Moreover, data related to current market condition along with future expected demand trend of lighting ballast across various regions including Asia Pacific, North America, Europe, Middle-East and Africa (MEA) and Latin America is also provided in this report.
Rising demand for LED lighting is one of the most important factor anticipated to boost the demand of lighting ballast at an exponential rate during the forecast period from 2017 to 2025. LEDs outperform the performance of conventional CCFLs (Cold Cathode Fluorescent Lamps) and LCDs (Liquid Crystal Displays) in term of energy efficiency, size, mechanical ruggedness and reliability. Moreover, the overall operating cost of a LED is low as compared to other lighting devices since LEDs consumes less power.
Thus, consumers are increasingly adopting LEDs across various application segments, which in turn is expected to accelerate the demand of lighting ballast in order to integrate different advanced protection features for improving the longevity of various LED lighting devices. In addition increasing adoption of intelligent lighting system is also predicted to create a better opportunity for various lighting ballast manufacturers in the coming years. Digital innovation that is taking place in the lighting industry is expected to accelerate the demand of lighting ballast that enables the lighting appliances to perform various functions such as daylight harvesting, automatic shut-off, personal dimming and demand response among others.
Among the different types of lighting ballast circuit available in the market, magnetic ballast held the largest market share in 2016 owing to its extensive use in across various fluorescent light fixtures. On the other hand, demand for electronic ballast is anticipated to experience a robust growth during the forecast period from 2017 to 2025.
Geographically, the global Lighting Ballast Market is expected to be primarily driven by Asia Pacific region during the forecast period both in terms of market share holding and growth. Huge concentration of lighting ballast manufacturers in this region coupled with its increasing demand from well-established LED light manufacturers is the most important factor behind this region’s rapid growth. In addition, Asia Pacific region is also expected to become the hub for various industries such as hospitality, retail and healthcare. This in turn, is anticipated to increase the demand for different lighting ballasts across various commercial segment as well. The lighting ballast circuit market of Asia Pacific region is followed by North America in terms of revenue generation in 2016.
Some of the major players operating in the global lighting ballast market includes STMicroelectronics (Switzerland), Intermatic (U.S) and Infineon Technologies (Germany) among others.

LTE Base Station Market Pegged for Robust Expansion during 2017-2025

With different telecom operators around the world are turning their attention towards LTE, the equipment suppliers emerging the fundamental technology and network product are basically busting a lung to make this thing happen. The main product in any type of LTE network is going to be the radio frequency base station, or Long term evolution radio equipment face that hinge on assumptions around the deployment scenarios and the upgrade strategies. The growth of LTE base station market is highly reliant on the growth of overall telecom market globally.
For purpose of in depth analysis, the LTE base station market has been segmented on the basis of  end user, antenna frequency and geography. Based on the end user , the market has been segmented mainly into four types they are like residential, urban, enterprise and rural & remote. Various types of antenna frequencies of LTE base station includes, 1390–1530MHz, 698–960 MHz,1710–2170MHz,  3300–3800 MHz , 2300–2700 MHz and 4900–5900 MHz . Moreover, this report also provide cross functional analysis of all the above mentioned segment across different regions such as  Europe, North America, Asia Pacific, Middle East and Africa and Latin America.
Continuously Increasing demand for better network capacity to access the connected services is one of the major growth drivers for the LTE base station market. Growth of the complementary technologies like software defined network and network functions virtualization is also acting as a key growth driver for the LTE base station market. Therefore, the growing market demand of 4G LTE in urban areas during the business hours with better data transfer speeds is the main factor anticipated to catalyze the growing demand of LTE base station during the forecast period from 2017 to 2025. In addition, better spectral efficiency, technology life cycle and adoption and new infrastructure investment is also anticipated to increase the demand of LTE base station in the upcoming years. In turn this is also projected to affect the LTE base station market in a positive manner during the forecast period.
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In spite of many driving factors, the LTE base station market is expected to show a shrink and fluctuation in growth rate because of higher deployment costs of LTE base stations. Interference with the existing services, cleanup cost and interference mitigation are few of the restraining factors for the global LTE base station market. The growing demand for the higher order frequency bandwidth and higher throughput required for the MIMO is going to create significant opportunity for LTE base station market in coming years.
By end user , the residential segment held the largest market share because of increased installation of  very small cell devices in different APAC countries as it is one of the preferred option by  SOHO and residential  customers. However, the urban segment is projected to achieve exponential growth during the forecast period. Higher network traffic during work hours and requirement of faster data transmission is expected to drive the market of urban region.   
Geographically, the global LTE base station market is mainly driven by Asia Pacific region. Increased shipment of the low-cost internet enabled device like the smartphone and tablet is driving the market of Asia Pacific region. The continuously growing rate of urbanization in densely populated countries like the India and the China has introduced a need of the environmental and economic development, leading to the increased government investment in cities and numerous central government programs. Which in turn is expected to drive the LTE base station market in this region. APAC market expected to maintain a steady pace during the forecast period from 2017-2025.
Some of the leading players operating in the LTE base station market includes Ericsson (Sweden), Huawei technologies (China), China Mobile (China), Alpha Networks(Taiwan) ,Airspan (The U.S.), AT&T  (The U.S.) , Cisco (The U.S), CommScope (The U.S.) and Juni Global (South Korea) among others.

Hall-Effect Current Sensor Market to Witness Rapid Growth in Demand During 2017-2025

Hall Effect current sensors can be used to measure DC current, AC current, and even pulsed current waveforms. Transducers are designed to sense the primary current flowing through them and provide an output signal that is proportional to the measured primary current. In an open-loop type sensor, the output is a scaled (polarity and magnitude) voltage level. In a closed-loop type sensor, the output is a scaled (polarity and magnitude) current level. Applications for Hall Effect current transducers include battery management circuits, battery chargers, arc welders, uninterruptible power supplies (UPS), and inverters.
The Hall effect current sensor market is expected to expand at a higher growth rate in the near future due to the increasing usage of fully integrated and programmable current sensors, technological advancements of different technologies in market, advantage of galvanic isolation-based Hall effect current sensors, and the increasing demand for intelligent Hall effect current sensors.
The industrial segment witnesses a rising need for current measurement, which has created a demand for Hall Effect current sensors. Industrial automation is expected to hold a major share of the global hall-effect current sensor market. There are different departments in automation industry where current sensors are utilized such as solar inverters, machinery, conveyor belts, robots, motor current sensing, solar panel tracking, moving cranes, and even in smart metering.
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Key drivers of the hall-effect current sensor market include new technological advancements and increased usage and demand for programmable and integrated sensors. Different advantages isolation-based galvanic hall-effect current sensors. The most important sensor driving this market is intelligent hall-effect current sensors. The development strategies implemented by the players operating in the hall-effect current sensors market, such as contracts and agreements, partnerships, product developments and expansions;  increases demand for intelligent Hall-Effect sensors and as open-loop current sensors provides different advantages such as protection of devices from over current and control of motor drives. However, the major restraining factor affecting the market is the demand for low-cost hall-effect current sensors, as it provides various advantages and facilities, the manufacturing cost is high.
The hall-effect current sensor market can be segmented based on output, type, technology, industry, and geography. Based on output, the market is segregated into linear and threshold. In terms of technology, the market can be segmented into BiCMOS and CMOS. Based on type, the hall-effect current sensor market can be segmented into open loop current sensor and closed-loop current sensor. Furthermore, in terms of industry, the hall-effect current sensor market can be categorized into automotive, consumer electronics, telecommunication, utilities medical, railways and aerospace & defense. Based on geography, the market is also segmented into Asia Pacific (APAC), North America, Europe, and Rest of the world (ROW)
The open-loop current sensor segment is expected to hold a prominent share of the hall-effect current sensor market during the forecast period, as open-loop current sensor provides protection for devices from overcurrent and manages power including control of motor drives, current control, battery management, converter control and overcurrent protection for automotive industry, the open-loop current sensor segment  is expected to hold a larger share of the overall hall-effect current sensor market. Moreover, the demand for the sensor is increasing due to its compact size. Its Open-loop current sensor also provides AC/DC and impulse current measurement, high level of electric isolation between primary and secondary circuits, low power consumption, and large primary aperture.
The key players operating in the hall-effect current sensor markets are ABB Ltd., Allegro Microsystems, Llc. (Sanken Electric Co., Ltd.), American Aerospace Controls, Asahi Kasei Microdevices Corporation, Electrohms Pvt Ltd, Honeywell International Inc., Infineon Technologies Ag Kohshin Electric Corporation, Lem Holding Sa, Magnesensor Technology (Mst), Melexis Nv, Pulse Electronics Corporation, Stmicroelectronics N.V.,TDK Corporation, and Vacuumschmelze Gmbh & Co.

Strain Gauge Sensors Market Growth and Trends 2025

Strain gauge sensor is a type of sensor employed to measure or detects strain on an object. The operational sensitivity is described in terms of a characteristic called ‘gauge factor’. Measurement and test applications, defense & aerospace, healthcare, and automotive are some of the major end-use areas of strain gauge sensors worldwide. Based on type, the market has been segmented into mechanical strain gauge sensors, electrical strain gauge sensors, and piezoelectric strain gauge sensors.
Based on mounting type, the market has been divided into bounded strain gauges and unbounded strain gauges. Based on construction, the market has been segregated into optical sensors, semiconductor strain gauges, photoelectric gauges, thin-film strain gauges, and diffused semiconductor strain gauges. Based on application, the market for strain gauge sensors has been classified in to vibration monitoring, residual stress, torque measurement, strain measurement, and deflection &bending measurement. Geographically, the global market for strain gauge sensors has been segmented into Asia Pacific, Europe, North America, South America, and Middle East & Africa.
Precise determination of suitable measuring points; bonding with full, half, and quarter bridges and temperature, bending; and centrifugal force compensation are some of the major factors responsible for the growing usage of strain gauge sensors all over the world. Application of strain gauge sensors for test objects with the weight level upto one ton is another major factor driving the strain gauge sensors market. Some of the major end-user industries of strain gauge sensors are chemical, metal, biotechnology, material, and food &beverages.
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Strain gauge sensors have a wide range of applications in different industries. The use of these sensors is determined by their characteristics including the number of gauges in a gauge pattern, resistance power of a grid, temperature sensitivity, low cost, gauge length, and gauge width. Design and installation complexities are some of the technical restraints, which may hinder the growth of the global strain gauge sensors market. On the other hand, with the rising technological advancements, use of strain gauge sensors in mining, printing, and oil &gas sectors has been increasing. This factor is likely to drive the market during the forecast period.
In 2016, North America was a leading market for strain gauge sensors in terms of revenue, followed by Asia Pacific and Europe. The U.S. dominates the market for strain gauge sensors in North America, followed by Canada and Mexico. Rising demand for low-cost and reliable gas sensors is fueling the market for strain gauge sensors inNorth America. China is a leading market for strain gauge sensors in Asia Pacific, owing to technological advancements in automotive and industrial sectors in the country.
China is followed by India, Japan, South Korea, and Taiwan. Germany, the U.K., Italy, and France account for prominent share in the strain gauge sensors market in Europe. The U.A.E and South Africa lead the market for strain gauge sensors in Middle East & Africa. Brazil and Argentina dominate the market for strain gauge sensors in South America. Growth of manufacturing and construction sectors in the two regions is one of the major factors fueling the strain gauge sensors markets in Middle East &Africa and South America.
Innovation of new products, research activities, and strategic partnership agreements with other companies for product portfolio expansion are some of the major business strategies adopted by the companies operating in the global market for strain gauge sensors. HBM (Germany), Kyowa Electronic Instruments Co. Ltd. (Japan), Vishay Intertechnology, Inc.(the U.S), ATI Industrial Automation (The U.S.), OMEGA Engineering (the U.S.), Piezo-Metrics Inc. (The U.S.), FUTEK Advanced Sensor Technology, Inc.(the U.S.), The Crane Group of Companies (The U.S.), and ABB Group (Switzerland) are prominent players operating in the global strain gauge sensors market.

AC Adapter Market to Witness an Outstanding Growth During 2017-2025

AC adapters are mainly used to charge or power different electronic devices, like mobile phones, external hard drives or laptop computers.  AC adapter used to change the AC power from the  electrical outlet into the particular type of voltage or power that an electronic device needs to work. Usually, eACh device has got a designated adapter which is pre-set to the ACcurate voltage conversion. For this particular reason, adapters generally are not interchangeable. The growth of AC adapter market is highly reliant on the growth of overall smartphone and tablet market globally.
For purpose of in depth analysis, the AC adapter market has been segmented on the basis of voltage range, applications and geography. Based on the voltage range, the market has been segmented into three types they are like 100V to 120V AC, 200V to 240V AC,110V to 240 V AC. Previously adapters which were capable of handling 100V to 120V AC and 200V to 240V AC were being used mostly but later on with the introduction of switched mode supply; AC adapters which are  capable of working with any voltage range starting from 110V to 240V became very much popular. 
Various types of applications of AC adapter include application in smartphone, laptop, tablet, feature phone, smart watch, feature phone and others. Moreover, this report also provide cross functional analysis of all the above mentioned segment ACross different regions such as  Europe, North America, Asia PACific, Middle East and Africa and Latin America.
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Increasing adoption of AC adapter in different applications like smartphones, tablets and LED lighting is ACting as a major growth driver for the AC adapter market. Further demand is being expected from the developing market where the 3G and 4G networks are rolling out. Therefore, the growing need of AC adapter in tablet PCs is also one of the main fACtor anticipated to catalyse the growing demand of different types of AC adapter during the forecast period from 2017 to 2025. In addition, rapid technological advancement in video game consoles and play stations is also anticipated to increase the demand of AC adapters in the upcoming years. In turn this is also projected to affect the market of AC adapter in a positive manner during the forecast period.
In spite of many driving fACtors, the AC adapter market is expected to show a shrink and fluctuation in growth rate because of the power overload fACtor in AC adapters. Decline in the sales of AC adapter in nonsmart phones are ACting as a restraining fACtor for the global AC adapter market. The growing demand for AC adapters in tablets and smart phones is going to create significant opportunity for AC adapter in coming years.
By type of applications, applications in smartphone segment held the largest market share because of the growing adoption of AC adapters in 3G and 4G enabled smartphones. However, the laptop and tablet segment is projected to AChieve exponential growth during the forecast period. Ease of operations and the launch of the next-generation game consoles is expected to drive the market for laptop and tablets.
Geographically, the global AC adapter market is mainly driven by North America region. Digitalization of the education system ,online retail and continuously growing social networking increased the demand of tablets, smartphones and laptops which in turn is expected to drive the market of AC adapters in the North America  region.. This region is expected to maintain its dominance in the market during the forecast period owing to the presence of huge number of AC adapter manufACturers in countries like the U.S. and Canada among others.
Some of the leading players operating in the AC adapter market includes TDK-Lambda (Japan), Delta Electronics (Taiwan),ETA-USA (The U.S.), B&B Electronics (Canada), B&K Precision (The U.S.), Microchip (The U.S.), , Advantech (The U.S.),Atmel (The U.S.) among others.

Collagen Market-By Source (Pig, Poultry, Cow, and Marine), By Product (Natural, Hydrolyzed and Gelatin), By Application (Cosmetics, Healthcare, Food and Beverage), and By Region-Forecast 2022-2031

SDKI Inc. published a new report on the collagen market on January 25, 2022.  This study includes the statistical and analytical approaches ...