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Dot Matrix Display Market: Understanding The Key Product Segments And Their Future

Major firms operating in the locking retractor market include VELM (Italy), BAS (NW) Ltd (the U.K), Fasching Salzburg GmbH (Austria), Beam’s (the U.S), Daimler AG (Germany), XS Scuba (the U.S), American Seating (the U.S.), Changzhou Wangchao Vehicle Co., Ltd. (China), Heshan Chang Yu Hardware Co., Ltd (China), Hornling (Taiwan), and Wujiang Solid Automobile Parts (China).

A locking retractor is a part of a vehicle seat belt safety system. The retractor holds the webbing of a seat belt system. The retractor helps to keep the passenger safe in case of a collision during the journey.

Rising awareness of passenger safety even in emerging and developing economies is estimated to increase the demand for seat belt systems and subsequently increase the demand for locking retractors. Locking retractors locks the webbing at a specified position as selected by a passenger to make his or her journey secure. The retractor does not allow any extra webbing and helps to keep the passenger in upright position in automatic locking retractor. Passengers get uncomfortable during normal journey due to stretched webbing.

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A new type of retractors known as emergency locking retractors allows free movement of passengers but locks the webbing instantly during vehicle de-acceleration or crash. Thus, rising technological innovation of locking retractors is further projected to increase their demand. Sweden-based automotive manufacture, Volvo first introduced three-point safety belt for passengers in 1959. Transition from two-point safety belt system to three-point safety belt system is also anticipated to increase the demand for locking retractors. Rising demand for automobiles across the world is estimated to increase the demand for locking retractors. A major restrain for the locking retractor market is poor implementation of automotive safety rules by authorities in emerging and third-world countries. Furthermore, passengers in these countries are not sensitive to passenger safety issues. Autonomous driving is likely to require a new class of locking retractors. There is a significant opportunity to create new and sophisticated locking retractors due to the advent of autonomous driving in the next decade. This is projected to increase the demand of locking retractors.

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In terms of type the locking retractor market is segmented into manual locking retractors, automatic locking retractors and emergency locking retractors. In terms of vehicle type the market is segmented into passenger vehicles, heavy commercial vehicles and light commercial vehicles. The share of emergency locking retractors is more than automatic locking retractors. In locking retractor market, the share of passenger vehicles is more than the share of light commercial vehicles and heavy commercial vehicles.

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Battery Management System Market Growth to be Stimulated by Brisk Technological Expansions

The market for battery management systems is expected to become increasingly competitive during the coming years and the focus of key players is expected to be on research and development along with partnerships. The key original equipment manufacturers (OEMs) of BMS include Ventec S.A.S., Nuvation, Ashwoods Energy Limited, Tws, Lithium Balance, Vecture Inc., Toshiba America, Inc., LARSEN & TOUBRO LIMITED, Merlin Equipment Ltd., AVL, Navitas System, LLC Corporate and Johnson Matthey.

A battery management system (BMS) is an electronic framework that deals with a rechargeable battery. The most vital function that a battery management system does is cell defense and thus it ensures long life of a battery. To guarantee that a battery’s charge does not go beyond or under its limit, it has a defending unit called as lithium-ion protector, which protects the cell from getting damaged. If lithium ion battery cells get overcharged they may possibly get damaged due to excessive heating. Thus, it is important to have a battery management system in order to provide overvoltage protection.

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Battery management system also provides energy management. Battery management systems for certain applications such as the hand-held point-of-sales (POS) terminals also include an implanted charger which consists a control device, an inductor and a discharger. The controller device handles the charging procedure. For lithium-ion cells, the best charging procedure is continuous current and continuous voltage. A battery pack typically consists of numerous discrete cells that work in combination. In an ideal world, all the cells in battery pack must be kept at equal state of charge. If the cells go unstable, every single cell can get strained and lead to premature charge termination and a lessening in the overall life of the battery.

The key factors that are expected to aid the growth of battery management system market are innovations in automotive segment including e-vehicles. The demand for e-vehicles has been growing significantly in recent years and automotive manufacturers are investing heavily in such solutions. For instance, in December 2015, Porsche AG, an automobile manufacturer announced a large investment of around US$1.08 Bn to build a plant to manufacture all-electric sports cars. The use of unmanned vehicles such as drones in defense activities and need of long lasting batteries for cellular phones and portable computers such as laptops are also aiding the growth in demand for battery management systems. The cellphone makers such as Samsung Electronics Co., Ltd., Motorola Mobility LLC and LG Electronics are vying to offer best in class battery for their high-range smartphones. These phones consume battery rapidly due to presence of new highly demanding features including 4G functionality. Thus, the companies are incorporating battery management system (BMS) to monitor and control the batteries used in these devices.

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Wireless BMS and BMS supporting all the cell types are recent trends in the market and are expected to gain significant traction during the coming years. Industry verticals deploying battery management systems include automotive, energy, telecom, defense, consumers. On the basis of topologies, BMS can be classified as centralized, distributed and modular, which is based upon the use of controller in BMS.

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Radio Frequency Front End Module Market Size will Escalate Rapidly in the Near Future

Key players in the Radio Frequency Front End Module Market include Avago technologies, Qorvo, TDK, Skywork solutions. Other important vendors include Ams, Anadigicis, Murata Manufacturing, Akoustis Technologies, and MACOM.

In a superheterodyne radio receiver, the circuit between antenna and mixer is generally called as RF (Radio frequency) Front End Module. All the components that process original radio frequency signals before their conversion to IF (Immediate frequency) signals are included in it. It consists of Band Pass RF Filter, RF Amplifier, Local Oscillator, and Mixer. Band pass filter reduces image frequency response and out-of-band signals. RF Amplifier (Low noise amplifier) amplifies weak signals without noise contamination to increase receiver sensitivity. Local Oscillator is RF signal generator that is an offset of incoming signal. Mixer mixes the offset RF signal from Local oscillator with the incoming signal to convert it into Immediate Frequency signal. RF Front end module is called LND (Low-noise downconverter) & LNB (Low-noise block) in satellite or microwave receivers. In modern integrated wireless receivers like Wi-Fi receivers and cell phones RF front end includes all the components from antenna to ADC (Analog to digital converter) which digitizes the intermediate frequency. Silicon-germanium and Silicon are the technologies used to implement RF Front End module.

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Market for RF Front End Module can be segmented by components: RF Filters, RF Switches, RF Power Amplifiers, and others. Market can also be segmented based on application: Tablets, Smartphones, and PCs). Market is mainly dominated by RF filter segment. Being compact these filters can be fitted easily into smart phones etc. Smartphone segment dominates the market for RF Front end modules. RF Filters can minimize noise or interference in smartphones. This will augment its demand.

One of the major trends that has led to growth in the market is increase in next-generation wireless networks. Growing use of mobile communication devices further drives growth of RF Front End market. Rise in data traffic due to data-intensive industries like financial services is also key factor driving growth of this market. Another factor that is predicted to be accelerating market growth is emerging carrier aggregation which increases RF in tablets and smartphones. Concept of carrier aggregation is popular in South Korea and is being implemented in countries like U.S. Rise in Silicon-on-insulator technology (SOI) will also strengthen the market. Rising average time to travel has boosted the use of internet services thus indirectly impacting the RF Front End Market. Declining prices of mobile handsets is also a factor leading to growth in RF Front End market. Introduction of GPS (Global Positioning Systems) enabled handsets is also leading to larger market particularly in Europe and Asia-Pacific. Use of Bluetooth-enabled handsets is also driving the market. Increasing use of 2G and 3G services is also leading the market to grow. During the forecast period, these factors are expected to conjointly impact the growth of the market.

Key challenges faced by the market are huge investments for research and development. Another challenge for the market is technological innovation. One of the major challenges also includes increase in RF complexity because of the increasing numbers of bands per handset, and introduction of high frequency brands. Other Challenges include high space requirement of RF Antenna which is not available in smartphones.

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High penetration in the wireless market in Western Europe and Asia-Pacific makes them one of the major markets for RF Front End. South Korea, Hong Kong, Taiwan and Singapore are the major markets in Asia-Pacific. China is also having a steep growth and is expected to be the largest market soon. Germany, Italy and UK are the major markets in Europe. In North America U.S. and Canada are the largest markets.

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Mobile Biometrics Market is Projected to be Fueled by Rapid Technological Advancements

Whereas  Other noticeable vendors in Mobile Biometrics Market comprise Allied Time USA,Agnitio, AMD, ASUS, BIO-key,Bio-ID, BIO-enable, Cognitec Systems, Dermalog Identification Systems, Dell, Diamond Fortress, FacialNetworkm, Fingerprint Cards,Fareclock, Fulcrum Biometrics, IDEX ASA, HP, Kairos, Intel security,  KeyLemon, M2SYS Technology, Lenovo, Precise Biometrics, SpeechPro, Samsung, ValidSoft,VoicePass,VoiceVault,VoiceTrustSuprema, ImageWare System, Animetrics and Windows.

Identification of individuals is of great importance for a number of daily life transactions performed by a number of vendors and organizations. Frequently, these identification procedures need to be performed at different locations and that has given birth of the market for mobile biometrics, which are essentially devices and systems that are embedded with sensors and fingerprint readers. These mobile biometric devices are now even integrated on a smartphone or tablet and the market for the same is flourishing, paving a strong way for private industries and government agencies to process people information. Mobile biometrics are particularly useful for the vendors operating in the financial services such as banking, military, law enforcement, public transportation, healthcare, border control, and commercial shipping. The prosperity of each of these individual industries is expected to reflect on the global mobile biometrics market during the forecast period of 2016 to 2024, expanding at a notable CAGR.

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Radically increasing number of mobile transactions as a result of ubiquity of smartphones, prosperity of the ecommerce sector in a number of emerging and developed economies, government initiatives to promote the adoption of biometrics, and large scale adoption of electronic verification systems are some of the factors augmenting the demand in the global mobile biometrics market. On the other hand, concerns regarding the privacy and data breach, need to protect biometric data, and considerable cost of these devices are obstructing the market from attaining its true potential. Nevertheless, the stockholders connected to the value chain of the global mobile biometrics market stand to gain new opportunities from the growing application of these devices for ecommerce transactions and online gaming. This report provides in-depth analysis of all important market dynamics and anticipates their impact over the overall demand.

During recent years, there has been significant growth in mobile biometrics market. Biometric is likely to analyze people’s physical characteristics as well as behavioral approach. The technology is mainly launched to support the argument that every individual is unique from both physical as well as behavioral mannerisms. Biometrics identifiers recognize both physiological characteristics and behavioral characteristics. Physiological characteristics identify the composition and shape of the body, such as fingerprints, face, hand, DNA, retina, ear features, and odor, whereas a person’s behavior is recognized by behavioral characteristics such as voice, gestures, gait, and typing rhythm.

Mobile biometrics portray some of the special characteristics such as face identification, retina, voice, iris, vein, scanner, software, and fingerprints. All these functions are put into action by launching superior quality camera, enhancement in the quality of microphones, and present mobile devices introduce some common method for verification such as fingerprint reader.

IT consumerization (information technology consumerization) acts as the main driver generating demand in the mobile biometric market. It refers to the use of personal devices such as tablet PCs, iphones and connects these devices to the corporate network for safe transactions even without prior permission of organizations. All these iphones and TabletPCs possess biometrics. At present, demand for iphones and TabletPCs is rising, which in turn raises the demand for mobile biometrics.

Hence, transformation of market to smart commerce from traditional commerce enable the mobile biometrics market to grow at an increasing rate that save time and deliver efficient security relations without any execution of passwords. Similarly, increasing demands for personal devices for financial transactions safely as well as BYOD (bring your own device) act as other driver which contributes growth to mobile biometric industry. Moreover, with the rise in demand for mobile security the voice biometrics are gaining more popularity.

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Fear of data breach, privacy breakup, and high TCO (Total cost of ownership mainly depicts the indirect and direct cost of mobile biometrics) act as key restraints for this mobile biometrics market. There are high possibilities of unauthorized alteration of biometric databases which will further increase the cyber threats.

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Thermal Flow Meter Market: Recent Industry Developments And Growth Strategies Adopted By Players

The key players in Thermal Flow Meter Market are: ABB Ltd., Emerson Electric Co., GE Electric Co., Bronkhorst High-Tech B.V, Eldridge Products, Inc., Sage Metering Inc., Sierra Instruments Inc., Kurz Instruments Inc., Thermal Instrument Company, Fluid Components International LLC, Fox Thermal Instruments, Inc., Aalborg Instruments & Controls, Inc., Brooks Instruments, LLC, TSI Incorporated, and Vogtlin Instruments AG.

Thermal flow meters are comprised of family of instruments for the measurement of flow of gas through closed conduits and channels. Thermal flow meter introduces heat into the flow stream and measures the dissipation using one or more than one temperature sensors. This method is best suitable for measurement of gas flow considering the variability of heat absorption rate of liquids. There are two key techniques to measure the amount of heat dissipated; however, thermal flow meters uses heat to measure the flow stream. The thermal flow meter primarily finds application in oil and gas, water and waste water treatment and chemical industries among others.

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The major factor driving the growth of thermal flow meter market is due to the increasing demand for continuous emissions monitoring systems (CEMS). Continuous emission monitoring systems is used to continuously record, collect and report the required data related to emission of gasses. Increased government regulations and policies to check environment pollution is driving the demand for continuous emission monitoring systems. This is further leading to the growth of the thermal flow meter market during the forecast period. Moreover, demand for technologically advanced thermal flow meters by end user industries is paving new opportunities for various players in the market.

Need for effective product differentiation is considered as the major challenge faced by various players in the market. This is also considered as a major factor restraining the growth of the market during the forecast period. However the overall thermal flow meter is expected to grow during the forecast period owing to the increased expenditure on oil & gas, chemical and other industries.

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The market is segmented on the basis of end users by: oil & gas industries, water and waste treatment, food and beverages industry, chemical and petrochemical industries, pulp and paper industries and others. Increasing application of thermal flow meters from various industries is further driving the overall growth of the market. The market can be further segmented on the basis of type into: insertion thermal flow meter, portable thermal flow meters, portable thermal flow meters and Inline thermal flow meters. The sensors used in thermal flow meters includes temperature sensors and flow sensors.

The market is segmented on the basis of geography into four broad segments: North America, Asia pacific, Europe and Rest of the World (ROW). Presently, Asia Pacific is a major contributor to the thermal flow meter market in terms of revenue and is expected to see robust growth during the forecast period. The growth in this region is attributed to the increasing number of industries in the region. Furthermore, increasing expenditure on infrastructure in this region is driving the market growth.

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Handset Proximity Sensors Market: Understanding The Key Product Segments And Their Future

The global handset proximity sensors market features the presence of many companies and the competition is severe. To overcome the challenge of limitations in product variations, which are also constraining the market’s growth to a certain extent, companies are focusing more on developing sensors with improved sensing capabilities and longer workable life.

Modern smartphones are packed with a number of sensors that enable them to collect a variety of different kinds of data on who the user is, what the user is doing, and more. Most sensors are added to make smartphones more engaging, convenient, and increasingly useful for the user. Handset proximity sensors are commonly found in touchscreen smartphones and play the primary role of disabling accidental touch events.

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Touch-enabled screens in smartphones often face the issue of touch events such as the cheek or ear coming in contact with the screen while on a call. To solve the issue, manufacturers have started placing proximity sensors close to the phone’s speaker, which detect any activity in the vicinity of the speaker. Typically, the phone assumes the touch events to be accidental and ignores them, avoiding any unwanted inputs or the activation of any other functions on the smartphone in the background.

As smartphones take the world by storm and competition among vendors continues to become increasingly severe, manufacturers are placing increased focus on making their products better than their counterparts’ by introducing innovative features. The addition of proximity sensors is among one such attempts at making smartphones, especially the ones with touch-enables screens, more convenient for use. Over the past some years, proximity sensors have become a norm in most smartphones and the market for these tiny elements has seen a huge surge.

This report on the global handset proximity sensors market gives an expansive account of the present state of the market and a forward-looking perspective about the market’s growth over the period between 2016 and 2024. The report includes a thorough analysis of the impact of major growth drivers, challenges, and trends on the overall development of the market over the said period.

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A proximity sensor normally emits a beam of an electromagnetic radiation or an electromagnetic field and calculates the changes in the return signal. A variety of handset proximity sensors are available in the market, including electrical, optical, sonar, and magnetic. The segment of electrical handset proximity sensors includes varieties such as capacitive, photoelectric, and inductive sensors. The segment of optical handset proximity sensors includes varieties such as laser and infrared sensors.

Of these, the class of optical handset proximity sensors, known to be the most cost-effective and non-intrusive proximity sensor varieties in the market presently, is one of the most popular choices of smartphone manufacturers. The market for optical handset proximity sensors, especially infrared sensors, is projected to witness growth at a healthy pace over the forecast period. The market has been examined for the regional markets Asia Pacific, Europe, North America, and for the Rest of the World (RoW).

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Wireless Charging Market Growth to be Stimulated by Brisk Technological Expansions

Wireless charging market is highly fragmented with start-ups and large market participants. Players are trying to distinguish themselves on the basis of quality and affordability. Few of the key players in the wireless charging market include Qualcomm Inc., Fulton Innovation LLC, Texas Instruments, Inc., WiTricity Corporation, Convenient Power HK Ltd., Integrated Device Technology, Inc., Murata Manufacturing Co. Ltd., Duracell Powermat (Procter & Gamble Co.), Energizer Holdings, Inc, Oregon Scientific, Inc. and Anker among others.

Wireless charging is recharging batteries of electrical devices with no physically connected cables. Currently, charging of devices is an important aspect of business is response to power intensive applications. Mobile manufacturers such as Samsung, Nokia, LG Electronics and HTC are positioning phones with wireless charging to drive demand at the high end.

The global wireless charging market is segmented by application into consumer electronics, industrial, medical, automotive and defense. Consumer electronics is expected to be the largest application segment in the wireless charging market.

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On the basis of geography the market is segmented as North America, Europe, Asia Pacific, Middle-east and Africa and Latin America. High volumes of electronics devices such as smartphones and laptops in Asia Pacific make it the most promising region for wireless charging market. However, United States is the largest regional market for wireless charging. Increase in adoption of wireless charging for industrial applications and growing awareness of wireless power technology among consumers propels market growth in this region.

On the basis of technology wireless charging market is segmented as Inductive, RF and Resonant. Inductive technology is mature and has high demand in wireless charging market owing to its use in all the applications. On the other hand, RF and resonant technologies are gaining traction in the wireless charging market. Companies such as Qualcomm and Samsung support resonant technology which allows charging multiple devices simultaneously.

Alliance for Wireless Power (A4WP), Wireless Power Consortium (WPC) and Power Matters Alliance (PMA) are the three groups present in the wireless charging market. Wireless Power Consortium (WPC) uses Qi standard commonly found in smartphones whereas Alliance for Wireless Power (A4WP) uses resonance technology which is still in the early stages of development. Interoperability between these groups is of prime importance for the wireless charging market. Companies such as AT&T are seeking a commitment to one standard of wireless charging from their handset vendors.

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The penetration of wireless charging is expected to increase in wearable devices over the years. Wireless charging market is expected to experience a boom in electrical vehicles too. In-car charging and wireless charging of electrical vehicles are the key trends in the automotive industry. Rise in electrical vehicles manufacturing globally will help in the wireless charging market growth. Significant investments in R&D are being made by the market participants, wherein the leading players are focusing on improving the power transmission range. This would facilitate charging of devices wirelessly over long distances, subsequently expanding the application base. However, retaining the costs low is the key challenge for the wireless charging devices market.

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Earphone Market Size will Escalate Rapidly in the Near Future

The major participants in the global earphone market include companies such as JVC Corporation, Sony Corporation, Sennheiser Electronic GmbH & Co. KG, Bose Corporation, Apple Inc., Harman International Industries, GN Netcom A/S (Jabra), Plantronics Pty Ltd., Audio-Technica Corporation, and Philips Electronics Ltd.

Earphones are a pair of small hearing devices that are designed to be fitted in a user’s ears, facing the ear canal. They are electroacoustic transducers through which the electrical signal is converted into a corresponding sound. They are typically designed to enable a single user to listen to an audio privately, unlike the loudspeakers, which produces sound in open air, for anyone to hear nearby. Earphones are portable device and are convenient, however some people consider them uncomfortable and prone to falling out. The earphones consist of separate units that are plugged into the ear canal of the users. In the terms of telecommunication, a headset is a combination of earphone/headphone and microphone. They either connect directly to an audio amplifier, CD player, radio, portable media player, mobile phone, electronic musical instrument, video game consoles or use wireless bluetooth technology. Earphone consists of different audio imitation quality capabilities. The headsets used for telephone cannot reproduce sound with highly reliable expensive units that are designed for listening music.

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Using earphones at a high volume level may lead to permanent or temporary hearing damage or deafness. The sound volume has to compete with nearby background noise, especially in places such as subway, railway stations, aircraft, as well as in large crowds. Some portable music devices manufacturers have tried to introduce safety circuits in order to limit the output volume and warn the user when the volume used is at dangerous level. However, this concept has been rejected by majority of public who favor their personal choice of volume.

Earphones exhibit high consumer adoption rate during workouts, travelling, etc. which has escalated their demand in the recent years. Other factors such as rising disposable income, products integrated with enhanced noise annulment capabilities may swell the earphones market demand during the forecast period. Further, earphone market is composed for high growth owing to its short replacement cycle, which is attributed to growing consumer needs, functionalities and loss or damage. The use of portable music systems, such as tablets, smartphones and handheld music players, is significantly growing in the market which in turn, is driving the market for earphones currently.

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In the recent years, various technological advancements in earphones have led to minimizing of the overall size and weight of earphones. The key developments in wireless technologies such as bluetooth, Wi-Fi, Infrared (IR) and SKAA are expected to further increase the growth of the earphone market. The demand for earphones is strong in corporate sector, mainly in the expanding call center industry. The growing adoption of VOIP services for video conferencing is also behind the increasing demand for earphones from the corporate sector. Proliferation of various e-commerce websites, along with competitive pricing is further anticipated to swell the sales of earphones via online store during the coming years.

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