Future of Global Sapphire Technology Market : 2015 – 2021

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Sapphire is basically aluminum oxide in its pure from which has no porosity or boundaries, and hence dense in nature. Low dislocation and high purity have led to adoption of sapphire as an ideal material to be used in wide range of electronic substrates. Thin sapphire wafers are used as an insulating substrate in high-frequency and high-power CMOS integrated circuits. These integrated circuits are known as silicon on sapphire (SOS) chip. These chips are primarily used for high-power radio-frequency (RF) applications which include satellite communication systems, cellular telephones, and others. In SOS chip both analog and digital circuitry integration takes place. Since, sapphire has higher conductivity for heat and lower for electricity; sapphire provides good insulation and even balances the generated heat in the circuit.

Owing to these advantages, sapphire has evolved as a versatile material that is used specifically in semiconductor industry, which is characterized by requirement for cost effective, time saving, and efficient operational solutions. Incorporation of sapphire technology for fabrication of components for use in end-use products across industries such as consumer electronics, aerospace and defense, power, and other sectors can help device manufacturers, achieve efficient performance. There is huge potential for sapphire technology in different devices and applications required across different end-use industries. Thus, demand for sapphire technology is directly influenced by trend across these industries. For instance, a Silicon-on-Sapphire chip, which is formed by depositing a very thin layer of silicon in a sapphire wafer at high temperature, has profound use in consumer electronics sector majorly for LED technology market. There are primarily two ways to make SOS wafer which include epitaxial SOS semiconductor technology and bonded SOS technology.

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Factors such as high cost effectiveness as compared to other substrate materials, increased demand for LED technology are expected to drive demand for sapphire technology in future. Moreover, improved manufacturing processes resulting in use of silicon on sapphire for wafer processing is further expected to fuel demand for sapphire technology.. n addition, manufactures are also keen on developing solutions using sapphire technology, which would result in less operational cost and maximize profits. This is due to the benefits of insulating substrate, which includes low power consumption, low parasitic capacitance resulting in increased speed, and better isolation, and high linearity as compared to bulk silicon. Furthermore, there are low entry barriers for players to invest in this market resulting is high degree of competition.

The sapphire technology market is segmented on the basis of various parameters which include technology, substrate wafer and orientation type, and by application. Sapphire technology comprises of sapphire substrate technology and process, different production methods, and other growth methods for sapphire. The sapphire technology process is further classified as slicing, die polishing, lapping, and chemical-mechanical planarization (CMP). Different production methods for the same include kyropoulos method, Heat Exchanger Method (HEM), Czochralski Crystal Pulling Method, and Edge-Defined Film-Fed Growth (EFG) Method, among others. The market is further classified on the basis of silicon substrate wafer and orientation type which includes different sapphire types such as Silicon Carbide on Sapphire, Gallium Nitride on Sapphire, Silicon on Sapphire (SOS), and others. Based on the wafer size, classification includes 12 inch, 24 inch, 36 inch, and others. Moreover, varied plane orientations such as a-plane, c-plane, r-plane, and others are used to define orientation of sapphire substrates. Sapphire technology market classified on the basis of devices comprises of power semiconductor market and opto-semiconductors. The power semiconductor segment includes market for power discrete devices such as diodes, switches, Radio frequency integrated circuit (RFIC), Monolithic microwave integrated circuit (MMIC), and others. Sapphire technology has wide applications across consumer electronics, power, aerospace and defense, industrial, automotive, and others.

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The prominent players of this market include ACME Electronics Corporation, Fraunhofer-Gesellschaft, Monocrystal Inc., Kyocera Corporation, Rubicon Technology Inc., DK Aztec Co., Ltd., GT Advanced Technologies Inc., Sapphire Technology Co., Ltd., Namiki Precision Jewel Co., Ltd, Tera Xtal Technology Corporation, Sumitomo Chemical Co., Ltd. among others.

 

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Digital Crosspoint Switches Market is Expected to Gain Popularity Across the Globe

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Digital crosspoint switch is significantly considered as the next generation high speed packet switch. Digital crosspoint switches is used to transfer data at faster rate and are basically used in packet switching and telephony. Additionally, digital crosspoint switches are used in applications which include mechanical, medical, video and military among others. This is because digital crosspoint switches can handle several protocols, clock sources and data streams. Over past few years, semiconductor companies have developed chip-to-chip serial links that were deployed in various commercial routers and switches. Crosspoint switch enables high performance for two reasons, first faster data transfer and high speed data. Due to fast innovation pace coupled with changing market conditions in telecommunication industry and proliferation of standards, the digital crosspoint switch market provides opportunity for various integrated circuit manufacturers.

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Digital crosspoint switches are commonly used as multiplexer in communication and networking infrastructure. Digital crosspoint switches are expected to achieve significant growth with increasing demand of less expensive, smaller and powerful crosspoint switches. Additionally, increasing demand of 3G wireless service, Voice over Internet Protocol (VoIP) and wireless web devices have augmented the need for wide bandwidth communication systems. As digital crosspoint switches are intended to reduce the cost when implementing new systems, migration of broadcasting services such as multimedia-on-demand and cable TV to packet oriented networks is expected to provide major opportunity for this market. The telecommunication industry is rapidly changing. In the past, telecommunication market was driven by technology involved in voice service. Today, digital crosspoint switches are acting as building blocks for telecom systems by providing high flexibility and performance. The continuous adoption of broadband technology have created significant opportunity for IC suppliers that can create cost effective solutions for transport and processing of data. Additionally, increasing adoption of next generation wireless devices which include features such as video recorders, cameras, internet browsing in addition to capabilities such blogging, instant messaging and e-mail, the digital crosspoint switch market is poised to grow.

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Crosspoint switches vary in terms of performance and configuration. Some digital crosspoint switches are designed for data acquisition applications, computers, commercial, avionics, automotive, and audio applications. Whereas other crosspoint switches are designed for video, military, medical and industrial applications. With respect to features, digital crosspoint switches may include on-chip electrostatic discharge protection, thermal, fault tolerance and short circuit protection. Digital crosspoint switches provides key interconnect technology and signal integrity that helps to solve the issues posed with high speed networking. The major challenge for manufacturers of digital crosspoint switches is increasing the aggregate data rate and number of ports. The key players of the market include LSI Corporation, Texas Instruments Inc., Alcatel-Lucent, Huawei Technologies Co. Ltd., Mindspeed Technologies Inc., Vitesse Semiconductor Corporation, Cisco Systems Inc. and Juniper Networks among others.

 

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Future of Global Non-Optical Semiconductor Sensor Market 2015 – 2021

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Non-optical semiconductor sensors include magnetic sensors, inertial sensors, pressure sensors, and temperature sensors, among others. Inertial sensors comprise accelerometers and gyroscopes. Key end-user segments include automotive, consumer electronics, industrial, chemical, oil and gas, defense, among others. Accelerometers are dominant product type in inertial sensors category and are expected to register robust growth over the coming years. Accelerometers find major application in automotive sector; however, their application in other applications including gaming peripherals such as golf and tennis swing simulators, and as rotational sensors in mobile phones and GPS navigational aids has been experiencing significant growth. Demand for magnetic sensors is driven by growing use of mobile phones. Non-optical pressure sensors include piezo-resistive, electromagnetic, resonant solid state and capacitive sensors. These sensors are finding increased application across different sectors including automotive, petrochemicals, consumer electronics, industrial and utilities.

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However, these pressure sensors are increasingly facing competition from optical pressure sensors. It is anticipated that non-optical temperature sensors would find increasing demand across different application segments driven by the strong emergence of aftermarket sales and government regulations. Currently, the temperature sensors market is being dominated by contact type sensors such as RTDs (resistance temperature detectors) and thermocouples but non-contact temperature sensing technologies such as infrared (IR) temperature sensors are also expected to find increasing demand in coming future. IR sensors growth is anticipated to be driven by increasing demand in the plastic, food and beverage, and metal industry, among others. In the recent years, emergence of MEMS (micro-electro-mechanical systems) sensors has been a major growth driver for non-optic semiconductor sensors. The growing demand of MEMS sensors is driven by increasing demand for miniaturization of sensors among end-users. A major future opportunity in non-optic semiconductor sensors market is wearable electronics.

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North America has been a major market for non-optical semiconductor sensors and is expected to see continued demand over the coming years owing to surge in automotive sales in recent years. Further, increased regulatory pressures in North American region such as mandatory implementation of tire-pressure monitors and Electronic Stability Control (ESC) systems are also expected to aid in the growth in demand of non-optic sensors over the coming years. Asia Pacific is expected to be the fastest growing market during the coming years as the automotive sector in the region is experiencing significant growth in the region. Further, the booming smartphone sales in the region are expected to drive rapid adoption of sensors in the region, especially, MEMS sensors. Key players in this market include Ametek, Inc., Analog Devices, Inc., ABB Ltd., AVL List GmbH, Ashcroft, Inc., Continental AG, Emerson Electric Co., Delphi Corp., Endress + Hauser AG, Epcos AG, Fuji Electric Co., Ltd., Semtech Corporation, Freescale Semiconductor AG, General Electric Co., Honeywell International, Inc., Invensys Ltd., Mitsumi Electric Co., Ltd., Infineon Technologies AG, Maxim Integrated Products, Inc., Measurement Specialties, Inc., Microchip Technology, Inc., Robert Bosch GmbH, Omron Corp., Measurement Specialties, Inc., Sensata Technologies Holdings N.V., Innovative Sensor Technology IST AG, Siemens AG, CTS Corporation, Autoliv, Inc., STMicroelectronics N.V. and Yokogawa Electric Corp., among others.

 

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Future of Global Multilayer Ceramic Capacitor (MLCC) Market : 2015 – 2021

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Ceramic capacitor is endowed with the alternate layers of ceramic and metal. The ceramic material acts as a dielectric. Demand for these ceramic capacitor is rising owning to increasing usage in approximately all the electronics devices. The growth of new designs of MLCCs with improved bypassing, higher capacitances, decoupling and filtering capabilities is estimated to increase ceramic usage. MLCC designs results are ensuring ever thinner layers: even less than one micron thick.  With this technological advancement, MLCCs are not only smaller in size, but have better charge capacity owning to the increased number of layers. The industry trend in the direction of finer layers is creating the role of filtration more critical for MLCC manufacture.

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MLCC are used in several applications such as AC-AC and DC-DC converters and for EMI suppression. Ceramic capacitors of particular styles and shapes are used for RFI/EMI suppression and as power capacitors in larger dimensions for transmitters. The multilayer ceramic capacitor market is expected to show the double digit growth at a CAGR during forecast period.

The major key factor that contributes to growth of this market is the increasing demand for multilayer ceramic capacitor in the electronics industry. The demand for MLCC is rising in the electronics industry with continuous increase in requirement of high-specification electronic gadgets. The demand for MLCC is majorly created by computers, televisions, mobile phones and other consumer electronics. The companies of high-end electronic devices and equipment have increased the use of MLCCs in electronic device. The multilayer ceramic capacitor has also been witnessing a constant decline in prices. However, the inherent drawback of ceramic capacitor is MLCC has ceramic as dielectric material that is flat to physical damage and may easily get cracked.

The MLCCs should be handled with utmost care; otherwise the lifetime of MLCCs would get shorten. The different geographical regions for this market include North America, Europe, Asia-pacific and Rest of the World. The APAC region is the key manufacturing land for electronic device manufacturers. The constant demand for MLCCs in Asia Pacific has led to the appearance of manufacturers from several Asian countries such as South Korea, Taiwan and China. Manufacturers from Asian countries are increasing the production with the improved technologies for production of MLCCs. Moreover, these Asian companies offer MLCCs at comparatively low cost than the companies from other countries. Development and Market size trends of main MLCC application fields in China include computers, mobile phones and TV.

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Some of the major vendors for multilayer ceramic capacitor are Murata Manufacturing Co. Ltd., Taiyo Yuden Co. Ltd., Fenghua Advanced Technology, Murata, Kyocera, YAGEO, Walsin Technology Corp., Chaozhou Three-Circle and Samsung Electro-Mechanics Co. Ltd. Samsung Electro-Mechanics and Murata stress the Chinese market than other markets. Samsung Electro-Mechanics set up four MLCC production plants in Tianjin, Suzhou and Dongguan to generate almost all the types of products. Murata has already established plants in Wuxi and Beijing and its product portfolio covers a wide range.

 

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Future of Global Multilayer Ceramic Capacitor (MLCC) Market : 2015 – 2021

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Ceramic capacitor is endowed with the alternate layers of ceramic and metal. The ceramic material acts as a dielectric. Demand for these ceramic capacitor is rising owning to increasing usage in approximately all the electronics devices. The growth of new designs of MLCCs with improved bypassing, higher capacitances, decoupling and filtering capabilities is estimated to increase ceramic usage. MLCC designs results are ensuring ever thinner layers: even less than one micron thick.  With this technological advancement, MLCCs are not only smaller in size, but have better charge capacity owning to the increased number of layers. The industry trend in the direction of finer layers is creating the role of filtration more critical for MLCC manufacture.

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MLCC are used in several applications such as AC-AC and DC-DC converters and for EMI suppression. Ceramic capacitors of particular styles and shapes are used for RFI/EMI suppression and as power capacitors in larger dimensions for transmitters. The multilayer ceramic capacitor market is expected to show the double digit growth at a CAGR during forecast period.

The major key factor that contributes to growth of this market is the increasing demand for multilayer ceramic capacitor in the electronics industry. The demand for MLCC is rising in the electronics industry with continuous increase in requirement of high-specification electronic gadgets. The demand for MLCC is majorly created by computers, televisions, mobile phones and other consumer electronics. The companies of high-end electronic devices and equipment have increased the use of MLCCs in electronic device. The multilayer ceramic capacitor has also been witnessing a constant decline in prices. However, the inherent drawback of ceramic capacitor is MLCC has ceramic as dielectric material that is flat to physical damage and may easily get cracked.

The MLCCs should be handled with utmost care; otherwise the lifetime of MLCCs would get shorten. The different geographical regions for this market include North America, Europe, Asia-pacific and Rest of the World. The APAC region is the key manufacturing land for electronic device manufacturers. The constant demand for MLCCs in Asia Pacific has led to the appearance of manufacturers from several Asian countries such as South Korea, Taiwan and China. Manufacturers from Asian countries are increasing the production with the improved technologies for production of MLCCs. Moreover, these Asian companies offer MLCCs at comparatively low cost than the companies from other countries. Development and Market size trends of main MLCC application fields in China include computers, mobile phones and TV.

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Some of the major vendors for multilayer ceramic capacitor are Murata Manufacturing Co. Ltd., Taiyo Yuden Co. Ltd., Fenghua Advanced Technology, Murata, Kyocera, YAGEO, Walsin Technology Corp., Chaozhou Three-Circle and Samsung Electro-Mechanics Co. Ltd. Samsung Electro-Mechanics and Murata stress the Chinese market than other markets. Samsung Electro-Mechanics set up four MLCC production plants in Tianjin, Suzhou and Dongguan to generate almost all the types of products. Murata has already established plants in Wuxi and Beijing and its product portfolio covers a wide range.

 

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Growth Predicted for Solid State Drives Market : 2015 – 2021

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A solid-state drive (SSD) is also known as electronic disk or known as a solid-state disk. It is a data storage device that uses assemblies of integrated circuit as memory to store the data.It uses electronic interfaces that are well-matched with conventional input/output hard disk drives, thus allowing simple replacement in usual applications.

SSDs does not contain any moving components. This differentiates them from conventional disks such as hard disk drives and floppy disks. SSDs are usually more resistant to physical shock, have lower access time, run silently, and have less latency compared with electromechanical disks. Another advantage offered by SSD’s is its steady performance. HDD’s suffer from data fragmentation which is not the case with SSD’s owing to the use of integrated circuits as a replacement for of spinning platters. This leads to lesser data access latency and need for running defragmentation programs that is used to manage the storage location on a HDD. However, in spite of continuous declining price of SSDs since 2012, SSDs are still approximately six to seven times more expensive than HDDs.

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There is a developing trend in the solid state drive industry to remove endurance specifications in the data sheets building it extremely complicated for OEMs to precisely estimate an SSD’s life expectancy. In addition, the SSD market is continuously shifting towards consolidation owing to availability of limited market, cost incurred for sales and promotion and high cost of research and development. The market for SSDs limited compared to the size of the storage market. Narrow market and the huge cost of having sales and marketing staff that all making effort to sell into the same market is a problem for the companies.

Benefits offered by the SSD’s over HDD such as reliable operation, low rate of latency, consistent performance and others are the key drivers for growing adoption of SSD’s. In addition, proliferation of Ultrathin and Ultrabook PC and PC tablets drives the SSD market. However consistency of low rate of latency offered by SSD and compatibility issue is hampering the growth of this market. The key appeal of solid state drives is its low latency; although, it is not obtainable every time. Typical solid state drive latencies are a couple of hundred microseconds however some operations may be interrupted by internal tasks of device, and its latency can go beyond milliseconds or even seconds. That is slower as compared with hard disk drives.

The market is segmented by SSD type and end user industries. Type include single level cell (SLC) and multi level cell (MLC). End-user industries include banking, finance, defense, data centers/IT and government. Organizations such as include equity trading companies, telecommunication organization, video editing and streaming media firms are expected to get the major benefit of high data speed offered by SSD’s.

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Major players in the market include Samsung Group, Fusion-io, IBM, LSI Corporation, HGST Inc., OCZ Storage Solutions, SanDisk Corporation, Skyera Inc, Violin Memory Inc., Whiptail, Pure Storage, Inc., Maxta Inc., Nimbus Data Systems, Inc., Micron Technology, Inc., A3CUBE Inc and Intel Corporation among others.

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Future of Global Consumer Network Attached Storage (NAS) Market : 2015 – 2021

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A network attached storage (NAS) appliance is a processing device that is attached on the network, primarily to store files in real time. The network attached storage appliance has its own IP address due to which it is easily accessed by end-users directly over the network to store files and retrieve them when needed. Network attached storage provides file level storage and access to files as it uses multiple disks to store files. One of the main advantages of network attached storage is its simplicity of setup. Moreover, NAS connects storage to the network rather than to a server, hence there is no server downtime. NAS devices use Linux operating system, eliminating the licensing costs associated with other operating systems. In addition, NAS devices support bothCommon Internet File System (CIFS), as well as Network File System (NFS), and are completely compatible with windows, Mac, Linux and UNIX clients. Owing to this, no specialized IT knowledge is required to ensure cross platform compatibility.

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Increasing adoption of video surveillance services isthe key factor boosting the demand of network attached storage and increasing its adoption globally. Furthermore, due to advancement in payment models, multi-tenancy and reliability, increase in the adoption of cloud storage is observed. This is, in turn, influencing the growth of consumer network attached storage. Also, the demand for consumer network attached storage (NAS) is expected to be driven by increasing need for anytime and anywhere usability and accessibility to Internet networks. At the same time, a limitation of NAS systems such as operating system complexity and low processor power is restraining the market growth, globally. Moreover, lack of technical knowledge among end-users is also one of the key challenges restraining the market growth. Another obstruction in the market growth is its connectivity and transferring of large data. However, increasing number of Internet users and real-time use of digital media applications are expected to foster the demand for broadband services over the forecast period.

The global consumer network attached storage (NAS) market is segmented by application, by solutions, by end-user, and by geography. Based on the applications, the market is segmented into cloud and data processing components. Based on the different solutions, the market is segmented into analytics and Hadoop solutions. Based on end-users, the market is broadly classified as- large enterprises and small and medium enterprises. The global market segments in terms of geographical regions include North America, Europe, Asia-Pacific, Latin America, and Middle-East and Africa (MEA). Based on the revenue generated, North America region is projectedto claim a major share in future, on account of growing demand of small businesses as well as home networks coupled with various technological innovations.

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New technology and development of server based storage network is one of the key strategies adopted by key market players to expand their market size and boost their market position. Some of the key players operating in the consumer network attached storage (NAS) market are Dell, Inc., Buffalo Technology Inc., Hewlett-Packard Development Company, Hitachi Data Systems, NetApp Inc., International Business Machines (IBM) Corp., Netgear, Inc., Seagate Technology plc, Synology Inc., and QNAP Systems Inc. Moreover, some of the key innovators are ASUSTOR Inc., Drobo, Inc., Thecus Corporation, and ZyXEL Communications Corporation.

Education Technology and Smart Classroom Market is Expected to Gain Popularity Across the Globe

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In recent years, high growth in the education sector has been observed. Ongoing technological advancement in educational sector has given rise to education technology and smart classrooms that are replacing the traditional classroom teaching method. Educational institutes are focused towards adopting new advanced teaching methods that include white boards, projectors, and smart notebooks etc. Technology implementation in the classroom improves understanding of students and also appreciates student to learn new technology. Unlike traditional methods, education technology and smart classrooms methods is not bounded by number of hours, location and attendance. The education technology and smart classroom market is defined as the combination of educational products, learning modes and applications. This market is still at the nascent stage as only big institutions are receptive towards the latest technological change.

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Global education technology and smart classroom market is classified into hardware, technology, end user and region. The global education technology and smart classroom market can be segmented on the basis of educational hardware, which includes the following segments i.e. projectors, interactive whiteboards, interactive displays, interactive tables, printers, audio systems and others. On the basis of technology the market can be segmented into educational gaming, educational analytics, educational enterprise resource planning, educational security and educational dashboards. The global education technology and smart classroom market can be segmented into end users such as kindergarten, secondary and higher education, college and other educational institutes. Region wise, global education technology and smart classroom market is segmented into North America, Latin America, Western Europe, Eastern Europe, Japan, Asia Pacific Excluding Japan (APEJ), and Middle East and Africa (MEA).

The global education technology and smart classroom market is majorly driven by increasing number of mobile learning applications and growing inclination towards digital learning, which in turn is fueling growth of the education technology and smart classroom market across the globe. Education technology and smart classroom enable user to achieve quality standard complaining with regulatory, and helps in improving education quality and standard.

Lack of awareness in educational sector especially in developing regions such as Asia-pacific, Latin America and Africa regarding advantages of education technology and smart classroom is hindering the growth of education technology and smart classroom market across the globe.

Key players in the global education technology and smart classroom market are emphazise on introducing advanced solutions in order to gain first mover advantage. For example, Adobe Corporation introduced Adobe eLearning Suit 6.1 software which is an integrated toolbox for creating eLearning and HTML based mLearning content.

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Some of the major players identified in the global education technology and smart classroom market are Blackboard Inc., Educomp Solutions Ltd., Adobe Corporation, Scholastic Corporation, Cisco System Inc., Smart Technologies Inc., NIIT Ltd., Saba Software Inc. and others.

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Future of Global Application Virtualization Market : 2015 – 2021

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Application virtualization is the ability to deploy software without modifying the file system, operating system or registry.  The deployment of virtual application is done in such a manner that so that virtual resources can be accessed by end-users easily. There are two types of application virtualization i.e. remote and streaming. Remote application run on server whereas streaming application is executed on the end user’s local computer. Application virtualization enables the user to install, patch, and upgrade the application once for an entire environment rather for individual computer.

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Global application virtualization market is classified into platform, service, vertical and region. The global application virtualization market can be segmented on the basis of platform, which includes operating system virtualization, analytical framework virtualization, software development kit virtualization, hypervisor platforms, virtualized X86 platforms. On the basis of service the market can be segmented into consulting, implementation service and integration. The global application virtualization market can be segmented into vertical such as manufacturing sector, healthcare sector, public sector, BFSI, transportation sector, media and entertainment sector, IT & Telecom sector, retail sector and energy and utility sector. Region wise, global application virtualization market is segmented into North America, Latin America, Western Europe, Eastern Europe, Japan, Asia Pacific Excluding Japan (APEJ), and Middle East and Africa (MEA). At present, North America is dominating the market in terms of revenue contribution share followed by Western Europe. Among all the regions, APEJ is expected to create huge market opportunity for major players operating in the application virtualization market during the forecast period.

The global application virtual market is majorly driven by the increased adoption of third party platform among small and medium businesses and increasing awareness regarding the benefits of implementation of virtual applications. Additionally, growing deployment of application on the data center is fueling the growth of this market.

Lack of awareness across industries especially in developing regions and high associated with such solutions are some of the major factors that are hindering the growth of application virtualization market across the globe. Key players in the global application virtualization market focus on introduction of advanced solutions and services in order to gain competitive advantage and strengthen position in the market. For example Vmware Inc. introduced ThinApp which creates a true self-contained virtual application and problems of host integrity and end user productivity. ThinApp enables the remote or mobile user to work on their own familiar desktop application regardless of physical location ensuring the security and stability of desktop.

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Some of the major players identified in the global application virtualization market are Microsoft Corporation, Symantec Corporation, Vmware Inc., Citrix System Inc., Red Hat Inc., Oracle Corporation, Dell Inc., Google Inc. and SAP SE etc.

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Future of Global Enterprise Service Bus Market : 2015 – 2021

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Large information technology (IT) organizations face the challenge of integrating different applications and web services on a single network. Enterprise service bus (ESB) is one of the most efficient and meaningful architecture as compared to point-to-point communication to overcome this challenge. ESB is architecture for middleware that delivers primary services for other complex software architectures. ESB refers to a mechanism that manages and integrates different applications on a bus like infrastructure. It is a distributed messaging middleware based on open standards that provides secure interoperability amongst different enterprise applications. The data exchanged between different applications is mostly in the form of extensible markup language (XML). This assists in the integration of applications and services as same standard is followed everywhere. The ESB architecture is based on the concept of integration of different applications through communication bus between them. This virtual bus acts as an interface between the applications for their intermediate communication. ESB products allow end-users to build this type of architecture and simplify the interface problems arising between different applications. This unlinks the systems from each other and allows them to communicate independently through the service bus. ESB helps in empowering the service oriented architecture (SOA) by reducing complexity and allows a business to focus on its core operations.

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Increasing organizational agility by implementing ESB is one of the most significant factors driving the adoption of ESB architecture by different companies. ESB provides better flexibility and scalability for integration of applications as compared to point-to-point communication. Thus, most of the companies implement ESB architecture as the backbone of their IT infrastructure. ESB architecture facilitates the application and web services integration by providing a well defined, robust and pluggable interface system. In addition, ESB offers a way to optimize the existing system infrastructure and expose them to different applications using its transformation and communication capabilities. Owing to these factors, ESB is expected to be widely adopted in near future over traditional point-to-point communication. Furthermore, introduction of technologies such as light weight service bus in ESB is another factor boosting the growth of enterprise service bus market. Lightweight service bus is similar to ESB architecture and provides low-level functions as compared to ESB. However, installation of ESB architecture may result into increased overhead thereby consuming more time and other computer resources. This also results in slow communication speed thereby affecting the productivity of organization.

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The enterprise service bus market is segmented based on the type of computing architectures, end-use industries and geographic regions. The enterprise service bus is typically built on different computing architectures such as J2EE, .NET, C and C++ and others. The end-use industries segment is further categorized as banks, financial services and insurance (BFSI), retail, manufacturing and utilities, telecommunication, government and others. The enterprise service bus market is segmented based on the geographic regions into North America, Europe, Asia Pacific and Rest of the world (RoW). Some of the major companies in the enterprise service bus (ESB) market are International Business Machines (IBM) Corporation, Oracle Corporation, Software AG, SAP SE, MuelSoft, Inc. and others.

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