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Wireless Power Receiver Market: Current trends, Opportunities, Challenges and Forecast by 2025

With the advancement in technology, new products are coming into picture every day. Wireless power receiver is a product which helps to receive the power for a product wirelessly. These products are designed such that electrical energy is transmitted without any wires or cables.

With the increased usage of electronics and the constant need to power them, led to the increased adoption of wireless power. The substantial growth in the field of mobile phone market continues to be the entry point for the increased adoption of wireless power. The commoditization phase for Wireless power receiver market has achieved especially for mobile phones. The overall efficiency of a wireless power system is the most important factor that determines its performance. The efficiency of a system measures the amount of power being transferred between the power source and the receiving device. This, in turn, determines the aspects such as charging speed and transmission distance. With the increasing sales of wireless charging transmitters, the proportion of end users who are interacting with the technology will raise over forecast period.

Technology has reached a level where wearable device can be charged with body heat is expected to be soon in the markets. This will be the next level in wireless power receiver.

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The wireless charging works on the principle of magnetic resonance or inductive power technology, which uses electromagnetic field to transfer electric current. However, the magnetic resonance technology offers long range power and multiple devices charging capabilities. So it has a competitive advantage over the inductive technology. Along with these two technologies, far-field technologies such as microwave (RF) and laser/infrared-based power transmission would expect to revolutionize the market for wireless power transmission in the near future.

Wireless charging capability have been on the market for several years now, with features and technology advancing with each new release. While wireless chargers has many benefits, the charging rate is still expected to be same as when plugged into the cable, which means charging at 5W. But soon expectations will be charging times equivalent to those fast charge feature which is now added to high-end phones. The new medium power (15W) specification which is about to be approved by the WPC is expected to support this capability. Designing of even 5W wireless power system is associated with a lot of technical changes. As power levels continue to increase, thermal designs will become more challenging.

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The global market for wireless power transmission market is segmented on the basis of technology, implementation, receiver application, transmitter applications, and geography. Based on the technology type, the market is segmented into near-field technology and far-field technology. The near-field technology consist of inductive, magnetic resonance and capacitive coupling while the far-field technology consist of microwave and laser technology. On the basis of implementation the market can be segmented into integrated and aftermarket. On the basis of receiver applications, the market can be segmented into smartphones, tablets, wearable electronics, notebooks, other consumer electronics, electric vehicle charging and industrial applications. In terms of transmitter application, the market can be segmented into standalone chargers, automotive (In Vehicle), electric vehicle charging and furniture. Moreover, on the basis of geography the global market is classified into North America, Europe, Middle East and Africa, Asia Pacific and South America.

Globally, Asia Pacific holds largest market share. North America is the second largest market for Wireless Power Receivers.

Some of the key players in this market are: Samsung Electronics Co Ltd. (South Korea), Texas Instruments Inc. (U.S.), Integrated Device Technology, Inc. (U.S.), NXP Semiconductors (Netherlands), Powermat Technologies Ltd (Israel), WiTricity Corporation (U.S.), PowerbyProxi (New Zealand), Qualcomm Inc. (U.S.), TDK Corporation (Japan), Convenient Power HK Limited (China) among others.

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Wireless Docking Market: Current trends, Opportunities, Challenges and Forecast by 2025

Wireless docking stations provide a bridge for electronic and mobile devices to connect with common peripherals. Such devices make portable devices like smartphones and tablets to work like desktop. These help customers and organizations with improved productivity and reduced clutter by eliminating cords and cables. With wireless docking, several devices can be connected over high-speed wireless connection or WiGig and linked with peripherals such as external hard drives, printers and displays with relative ease. As it is a relatively new and evolving market, the devices to be connected need to be in close vicinity with docking device. However, companies are working towards developing this technology to connect devices over considerable distances. Also the device to be connected needs to be WiGig compatible, and only a few are today. In the recent times, PC makers have also accelerated their efforts to adopt to WiGig standards. The global wireless docking market is poised for exponential growth in the future with massive adoption from the enterprise sector.

There are many factors driving the global wireless docking market. The increasing popularity and adoption of wireless stations primarily from electronics consumers is expected to be one of the major drivers of the global wireless docking market. The proliferation of wireless docking devices is owing to their portability and ease of usage. The decline in the prices of wireless docking technology is also anticipated to be a major driver of the market. Moreover, the growing usage of handheld devices such as laptops and tablets around the globe is also expected to add to the market’s growth. The upsurge of BYOD (bring-your-own-device) and CYOD (choose-your-own-device) policies at workspace provide employees the liberty to use their own devices at work using wireless docking stations. Such changes at work have caused implementation of new policies, as employees work from home or other remote location thereby driving the market.

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Moreover, there are several restraints to the growth of global wireless docking market. The higher cost of wireless docking stations, compared to their alternatives is expected to dampen the growth of wireless docking market. The availability of cheaper alternatives is also expected to hamper the market’s growth. Since the market is in early stages, there has been a lack of standardization leading to interoperability issues. Thus compatibility and interoperability issues are also expected to restrain the growth of the market.

The global wireless docking market can be segmented on the basis of number of ports, connectivity, application and regions. On the basis of number of ports, the market can be divided into up to 3 ports, 4 to 7 ports and above 7 ports. On the basis of connectivity the market can be segmented into Wi-Fi and WiGig. On the basis of application, the market can be divided into consumer electronics, commercial and networking. Geographically, the global wireless docking market can be segmented into North America, Europe, Asia Pacific, Middle East and Africa and South America. North America is expected to grow at an immense rate largely attributing to the region being technologically advanced. The region also has high adoption of wireless docking stations, primarily from the enterprise segment. Europe region is also expected to hold a significant market share owing to the its growing adoption of technology. Asia-Pacific is expected to grow at a considerable pace with increasing number of IT companies, increasing internet penetration and growing disposable income among the population.

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Major players in the wireless docking market are Dell, Inc., DisplayLink, Toshiba America Information Systems, Inc., Qualcomm Technologies, Inc., Samsung Group, HP Development Company, L.P., Kensington Computer Products Group Inc., Intel Corporation, Koninklijke Philips N.V. and Targus Group International, Inc.

The report offers a comprehensive evaluation of the market. It does so via in-depth qualitative insights, historical data, and verifiable projections about market size. The projections featured in the report have been derived using proven research methodologies and assumptions. By doing so, the research report serves as a repository of analysis and information for every facet of the market, including but not limited to: Regional markets, technology, types, and applications.

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Voice over LTE (VoLTE) Market: Current trends, Opportunities, Challenges and Forecast by 2025

Voice over Long Term Evolution (VoLTE) is a digital packet voice service which is delivered over internet protocol (IP) via LTE network access. The technology also empowers the network operators for providing rich video and voice calling services. It allows the operators to optimize their spectrum efficiency and utilize their IMS infrastructure thereby adding value to their existing plans. It allows the telecom operators to offer new standards based on various services such as Rich Communication Services (RCS). It includes voicemail, video, instant messaging, real time language translation and video calling. The RCS reduces the timing interval to connect VoLTE calls and improve the device’s battery life over other applications.

Increasing demand for richer and more reliable voice services is expected to drive the VoLTE market. Increased spectrum efficiency is expected to support the industry demand from 2017 to 2025. The declining revenue of SMS and traditional voice calling owing to cheaper internet packs and new upcoming technologies have driven the demand for the VoLTE services in recent years. Increased deployment of LTE networks and high speed package access (HSPA) has attracted varied telecom operators to enter into this industry.

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The necessity of receiver and transmitter (communication devices) supporting VoLTE technology, high pricing structure and limited 4G coverage is expected to restrain the industry growth over the forecast timeline. As voice calling, internet surfing and video streaming will be considered under same data plan, the customers will eventually consume more data ending up paying high for the data charges.

However, increasing competition amongst telecom operators to acquire 4G space, growing adoption of VoLTE supported devices and stabilized prices is expected to influence the market dynamics over the forecast timeframe. For instance, in June 2017, Sprint announced an unlimited data plan for a year in the U.S. for the customers who switch from AT&T, Verizon or T-Mobile. Earlier this year, the major U.S. cellphone carriers have launched unlimited data plans of which Sprint has launched this plan as a strategy to target maximum subscribers on their network.

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Indian telecom operator Reliance has launched free introductory Jio 4G net services for 6 months in India as a strategy to acquire the maximum market share. This introductory offer has benefited Reliance Jio to acquire the maximum market share in its launching phases of Indian telecom industry. Moreover, the company is also offering its LYF smart mobiles for about US$ 46 by integrating the business vertically thereby forcing other operators to slash their existing data prices. As an effect, Bharti Airtel, Idea and Vodafone are planning to roll out VoLTE services in the country by the end of September 2017.

Key industry participants are AT&T Inc, Verizon Wireless, Mitel Networks Corporation, Ericsson, LG Uplus, and Alcatel-Lucent. Mergers and acquisitions are the key competitive strategies adopted by the industry players. For instance, in February 2016, Mitel Corporation has deployed voice and video over LTE in Indonesia through Smartfren telecom operator. Indonesia is the fifth country where Mitel has introduced its VoLTE services after North America and Europe by collaborating with telecom operators T-Mobile in US and 3UK in Europe.

In March 2015, Nokia Networks has implemented first VoLTE implementation in Columbia and Latin America. In Columbia, Avantel has selected Nokia for deploying VoLTE services thereby starting the small cell LTE networks in the country.

AT&T is also focusing towards expanding VoLTE roaming coverage in the Asia Pacific region. For instance, in February 2017, it has launched its VoLTE services in Hong Kong and South Korea. The company has provided these services with collaboration with telecom operators SK Telecom in South Korea and SmarTone and CSL in Hong Kong. It has also launched VoLTE services by collaborating with NTT Docomo in Japan and is focusing towards collaborating with additional service providers.

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Virtual Keyboard Market: Current trends, Opportunities, Challenges and Forecast by 2025

A virtual keyboard can be defined as a device or technology that employs computer software for on screen keyboard or keyboard projected with the help of LASER or LED light on a non-reflecting surface. A keyboard is projected on a surface and the key-press is detected with the help of optical detectors. Moreover, advanced technologies such as on screen keyboard uses resistive or capacitive touch screen to detect the key-press.

Amongst the two technologies used in the virtual keyboards, the projected type of virtual keyboard uses a wireless module connected to a phone or PDA through Bluetooth or Wi-Fi technology which incorporates a source of light to project the image of the standard keyboard on a non-reflective surface and sensor or detector to detect the motion of fingers. Whenever, a user moves his fingers on the projected image, the detector sends a signal based on the touch to the controller incorporated in the wireless module, thereby detecting a key press. However, the other technology used for virtual keyboard, projects the keyboard on the screen of the computer or a mobile phone. In this technology, the users can use the input devices such as mouse to press the key for typing. With the advances in technology, the on screen virtual keyboards are being used on a larger scale as compared to the projected type of virtual keyboards.

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With the increasing use of touch screen mobile devices and portable computers, the on-screen virtual keyboard has become an integral part of these devices. Moreover, the on-screen virtual keyboard are also being used widely on the automated teller machines, manufacturing machines such as CNC machines, advanced automotive dash boards and smart television. As a result of above mentioned factors, the on-screen type of virtual keyboards are expected to contribute for major share of the global virtual keyboard market. The projected type of virtual key boards can be used in many applications to reduce the risk from key-press logging, where the movements of the user’s hand can be used to track the password or any security related information, such situations may arise while using keyboards to input password in banks and ATMs. In the projected type virtual keyboard, the position of keys on the board, keeps on changing periodically. This feature can help keeping the credentials safe from the system malware. As a result of above mentioned features, the projected type virtual keyboards are expected to generate substantial demand from the government and defense segment of the virtual keyboard market.

Global virtual keyboard market can be segmented on the basis of technology and end-use industry. Based on technology, the market can be bifurcated into projected virtual keyboards and on-screen virtual keyboard. The end-use industry segment can be classified into IT and telecom, automotive, government and defense, aerospace, healthcare, manufacturing and others.

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Region wise, the virtual keyboard market can be segmented into North America, Europe, Asia Pacific, Middle East and Africa and South America. The virtual keyboard market is expected to grow at a significant rate in the developing regions such as Asia Pacific and Middle East and Africa with the developments in the telecommunication, automobile and aerospace industry verticals. Moreover, in the developed regions such as North America and Europe, the virtual keyboard market is expected to grow in the government and defense, aerospace and healthcare industry verticals owing to the growing investments in the research and development activities within defense and aerospace end-use industries.

Some of the key players involved in the virtual keyboard market include Google, Mount Focus Information Systems, Rokusek, and TouchType Ltd. There are multiple developers and manufacturers who develops virtual keyboard in multiple languages.

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Transparent Caching Market: Current trends, Opportunities, Challenges and Forecast by 2025

Transparent Caching is an inbuilt storing solution in a computer system or in a software. It stores the file and web pages in memory or into the hard disk. In case the files and web pages are not stored into memory or in hard disk then all the requested files and pages are sent to the upstream to its normal destination of transparent caching. Transparent caching solutions makes the delivery of the requested file to the end users directly from the edge of the network. The process is invisible for both the end users and content originators. Transparent caching is used for faster and easy access as it do not require any change in browser setting and DNS (domain name system) intervention at users end.

Using transparent caching, service providers are able to control large number of content request from the end user. It allows the service providers a better control over identifying the type of cashed and how fast it should be delivered to the end users. Using transparent caching, service providers are able to control large number of content request from the end user. It allows the service providers a better control over identifying the type of cached memory and how fast it should be delivered to the end users. Transparent cache recognizes the most popular content on your network and stores the content locally, when it is requested, it delivers from the network edge. It works without requiring any subscribers, content delivery networks (CDNs), business logic by content providers. Furthermore, transparent caching improves performance to the subscribers and significantly reduces network bandwidth consumption throughout the network.

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The transparent caching solutions is reshaping the whole market in terms of technology. There are various factors which are driving the market, as the growth in internet traffic is very high thereby increasing the network congestion. In order to solve this, transparent caching is installed across the network to reduce the amount of traffic across the network. The major factor which favors the transparent caching market is, the need for improving the network bandwidth and reduction in cost of network infrastructure. In business profitability, bandwidth plays an important role in enhancing and expanding the end user experiences. Since, the transparent caching is an automatic and well operated solutions it is easy to use and handle to maintain the network trafficking. The high acceptance ratio of the integrated CDN and transparent caching for enhancing the businesses network performance is impacting the transparent cashing market, However, the transparent caching solutions is facing problem in the security and privacy issues among the content deliver provider. This factors are acting as restraining for the current market.

The transparent caching market can be segmented by content type, software, hardware services end users and region. On the basis of software, the transparent caching segment is further segmented into policy management, security and analytical, all helps the services provider to manage the network. Based on the end users, the market is segmented into telecom operator, Governments, Direct-to-Home (DTH) Cable service Providers, Enterprises, ISPs and others. ISPs (internet services provider) plays major role in transparent caching solution, as the service providers make use of CDN (content delivery network) to the delivery content.

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Geographically, transparent caching market is segmented into North America, Europe, Asia Pacific, Middle East and Africa and South America. North America is expected to experience high growth of transparent caching market as compare to other region North America has shown the maximum adoption of technology. The US and Canada are majorly implementing the transparent caching technologies. North America market is expected to be the highest market share in the future.

Some of the major players offering the global transparent caching market are Cisco Systems, Inc, Qwilt, Ericsson AB, Google, Akamai Technologies, Juniper Networks, Inc, PeerApp, Huawei, Fortinet, Blue Coat Systems, and Brocade.

The report offers a comprehensive evaluation of the market. It does so via in-depth qualitative insights, historical data, and verifiable projections about market size. The projections featured in the report have been derived using proven research methodologies and assumptions. By doing so, the research report serves as a repository of analysis and information for every facet of the market, including but not limited to: Regional markets, technology, types, and applications.

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