COVID-19 Impact Analysis on Video Streaming Market | Insights on Strategies of Key Players

The video streaming market is witnessing the trend of the shift toward the OTT platform. It has been observed that in countries, such as the U.S., more than 150 million people have opted for OTT services, whereas more than 180 million people, use smart TVs. Further, people are opting for personalized content, which is pushing companies to offer high-margin visual entertainment by offering users bundled services. The rising popularity of OTT can be correlated to the rising consumer preference for specific content and better connection reliability offered by the service providers.

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From amassing $245.3 billion in 2018, the global video streaming market is predicted to reach $688.7 billion by 2024, advancing at a 19.1% CAGR during the forecast period (2019–2024). The factors positively influencing the market growth are the rising popularity of video streaming in developing nations, growing internet connectivity, and the rising popularity of social media platforms. The accessing of the on-demand or live viewing of the content as per a consumer’s preference is termed as video streaming. This has been categorized into different services, including over-the-top (OTT), pay TV, and internet protocol TV (IPTV).

One of the major drivers of the video streaming market are the surging popularity of social media platforms, which can be credited to the improved access to the internet and connectivity. For instance, an explosive growth of 99% was exhibited by the video content on media platforms, such as YouTube in 2017. Further, these platforms are now increasingly being used as an advertisement revenue model for generating income. Based on this model, YouTube has generated the maximum revenue, which is closely followed by Facebook Inc.

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The categories of the video streaming market based on offering are service and solution. Between the two, in 2018, the higher revenue share of 94.6% was contributed by the solution category. Along with being extremely popular in the entertainment sector, video streaming solutions have become an important component for sales, marketing, business development, and corporate communications. This has resulted in their wide applications for personal as well as professional use. The solution category is further subcategorized into IPTV, OTT, and pay TV; among which the fastest growing subcategory is the OTT.

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Business Impacts of COVID-19 on 5G RF Transceiver Market | Strategies of Major Industry Competitors

The demand for 5G radio frequency (RF) transceivers is also growing at a rapid pace. RF transceivers are a blend of transmitter and receiver, and while transmitting, the receiver is silenced. Both transmitter and receiver are allied with the same antenna, which is enabled by an electronic switch. This device allows wireless device to be connected to the internet for receiving and transmitting data.

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Attributed to these reasons, the global 5G RF transceiver market generated a revenue of $112.0 million in 2019 and is predicted to progress at a 30.4% CAGR during the forecast period (2020–2030). Two types of 5G RF transceivers according to design are standalone-chip transceiver and single-chip transceiver. Between these two, the demand for standalone-chip transceivers was higher in the past, which is because of the fact that these devices are able to operate in a wireless system with low voltage and utilize less power. 

Different applications of 5G RF transceivers are embedded modules, base stations, radar systems, and mobile devices. Among these, the largest demand for 5G RF transceivers was created for base station applications in the past, since enhanced RF front end (RFFE) design is needed for supporting 5G in mobile phones. In addition to this, due to advanced long-term evolution-unlicensed capabilities, complex antenna architecture, expanded carrier aggregation, and higher-order modulation, the RFFE design of advanced smartphones is complex. 

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Thus, 5G transceivers are being utilized in base stations for supporting higher frequency bands in RFFE designs and faster mobile broadband speeds. A number of industries make use of 5G RF transceivers, such as healthcare, consumer electronics, military &defense, telecommunications, aerospace, and cable/broadcasting. In the coming years, the consumer electronics industry is projected to make considerable use of 5G RF transceivers. Owing to the launching of 5G services by telecom services, RF transceivers are increasingly being integrated in smartphones and other consumer electronics.

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What Factors would be Responsible for Boom of Anatomic Pathology Market in Asia-Pacific in Future?

 One of the biggest factors resulting in the increasing demand for anatomic pathology services across the world is the escalating prevalence of chronic diseases, such as hypertension, cancer, heart diseases, autoimmune diseases, liver cirrhosis, and kidney diseases, especially in low- and middle-income countries (LMICs). According to a report of the World Health Organization (WHO), 9.6 million people died from cancer across the world in 2018. Furthermore, the report also states that almost 70% of the deaths from cancer occur in LMICs, which, in turn, boosts the demand for anatomic pathology screening in these countries.

The other key factor responsible for the growth of the anatomic pathology market is the soaring geriatric population across the globe. As per the World Population Ageing published by the United Nations (UN), the global geriatric population is predicted to increase from 703 million in 2019 to 1.5 billion by 2050. Additionally, the WHO reports that the prevalence of chronic diseases, such as depression, diabetes, organ failure, dementia, and pulmonary diseases, increases with age, which further pushes the need for efficient diagnosis, thereby propelling the volume of pathological tests.

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The biggest rage currently being witnessed in the anatomic pathology market is the heavy investments in the rapid development of new technologies, in order to speed up the disease diagnosis process. For instance, Greg Clark of the U.K. government announced in November 2018 that several consortium groups will together develop five new digital imaging and pathology centers, in various places in the U.K., such as Oxford, Glasgow, Leeds, Coventry, and London. The U.K. government, in order to make this possible, plans to invest $65 million from the Industrial Strategy Challenge Fund.

Therefore, it can be concluded that owing to the ballooning need for quick and effective diagnosis of chronic diseases and rapid technological advancements in the healthcare industry, the usage of anatomic pathology testing is set to observe huge growth in the coming years.

Source: https://www.psmarketresearch.com/market-analysis/anatomic-pathology-market

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Can Voice Assistance Technology be a Game-Changer for Customer Experience Strategy?

The emphasis on providing customers with enhanced experience has risen considerably in recent times. An excellent customer experience strategy has become a necessity for businesses these days in order to enhance engagement with their solutions and services. In order to facilitate this, companies are incorporating voice assistant solutions in their marketing strategies. With the use of voice search, customers want quick and relevant results. The voice assistant technology assist users by analyzing the received input in an effective way.

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These factors are resulting in the growth of the global voice assistant market. A digital assistant that makes use of voice recognition, speech synthesis, and natural language processing for helping users through voice recognition applications and phones is referred to as a voice assistant. The adoption of the voice assistant technology is also increasing in contact centers for assisting customers. The technology aids contact centers in gathering data regarding customers’ preferences, opinions, and buying patterns. 

The voice assistant market is predicted to reach a value of $26,872.6 million by 2030, from $1,723.6 million in 2019, progressing at a 29.7% CAGR during the forecast period (2020–2030). In terms of component, the market is divided into solution and service, between which, the solution division accounted for the larger share of the market in 2019. Voice assistant solutions are being adopted by various industries, such as healthcare, banking, financial services, and insurance, retail, and automotive, for improving customer experience.

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The collected data is analyzed using the voice assistant technology that further allows businesses to offer proactive recommendations regarding services and products and personalized experience. The growing adoption of the cloud technology by a number of industries, including automotive, healthcare, and retail and e-commerce, is also a major factor that is also projected to result in the increasing demand for the voice assistance. Cloud platforms enable companies to deploy the voice assistant technology with customizations and gain access to the technology efficiently. 

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U.S. Manufacturing Analytics Market Analysis by Manufacturers, Regions size and Forecast up to 2030

The advent of advanced technologies such as manufacturing analytics has made it incredibly easy for manufacturing companies to collect and analyze the data created from manufacturing operations to measure shortstops, downtime, and slowdowns of manufacturing equipment and identify bottlenecks in manufacturing processes and the areas needing improvement. Moreover, manufacturing analytics provides quality and performance metrics which help manufacturers in improving the efficiency and productivity. As a result, these solutions are increasingly being adopted by manufacturing companies in the U.S.

The rising requirement for greater organizational and operational visibility through big data is another key factor fueling the popularity of manufacturing analytics solutions in the U.S. By providing real-time insights and data collection, big data has completely revolutionized manufacturing operations. It also allows the manufacturers to slice and dice the collected data in order to get a holistic understanding of business activities. Additionally, this technology allows them to optimize operations, improve production, and resolve probable issues before their occurrence.

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On-premises and cloud are the two methods by which these solutions are deployed. Of these, the demand for cloud-based deployment will be significantly higher in the future years, because of the enhanced flexibility and scalability provided by the cloud-based manufacturing analytics solutions. These solutions help mitigate the infrastructure and operational costs and can be easily customized according to the business requirements. In the U.S., the southern region will generate very high demand for these solutions in the forthcoming years.

Due to the above-mentioned reason, the U.S. manufacturing analytics market will demonstrate rapid expansion in the southern region of the country, as per the forecast of P&S Intelligence, a market research company based in India. The existence of numerous manufacturing companies, due to the abundant availability of land for setting up manufacturing plants and highly-skilled workers, and pro-business laws and a well-developed infrastructure are the main factors driving the surge of the market in this region.

Hence, it is quite clear that the adoption of manufacturing analytics solutions will rise enormously in the U.S. in the years to come, primarily because of the growing requirement for advanced technologies that can analyze manufacturing operations, detect the shortcomings in these processes, and provide feedback.

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COVID-19 Impact Analysis on Electric Motor Market | Insights on Strategies of Key Players

Almost everything which moves, apart from humans and animals, has an electric motor, be it a washing machine or a train. It is a simple device which converts electricity into mechanical energy, most commonly in the form of motion. In the current scenario, the major reason behind the increasing demand for such devices is the need to reduce the consumption of energy. 

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For instance, in a factory, an electric motor accounts for the maximum electricity usage, and by using energy-efficient devices, not only can the expenditure on power be reduced, but the carbon emissions can also be ultimately brought down. Thus, with the expansion in the industrial sector, especially in developing countries, in a world constantly plagued by air pollution, the electric motor market is projected to grow to $155.1 billion by 2023 from $108.5 billion in 2017, at a 6.2% CAGR during 2018–2023. 

The implementation of the International Energy (IE) standards, in order to reduce the electricity consumption, is bolstering the demand for compliant motors. Currently, motors compliant with the IE3 standards are majorly used, but with the implementation of stricter standards, the demand for IE4-compliant variants is rising. Apart from energy-efficient models, those with a high power-to-weight ratio are also witnessing a rising demand from industries. 

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This is because large and heavy motors, though offering appreciable power output, are difficult to transport. This is why Siemens AG developed a motor in 2015, weighing merely 50 kg, but offering a power output almost 260 kilowatts (kW). Apart from the portability issues, the constant reduction in the size of machines is also a reason for the rising popularity of high-power-to-weight-ratio motors around the world.

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What is the major forces driving the connected car business?

 The increasing customer demand for a safer and enhanced driving experience and the introduction of advanced technologies such as the internet of things (IoT) in the automotive domain are the major factors driving the advancement of the global connected car market. The market is predicted to reach a valuation of $198,459.7 million by 2025, demonstrating a CAGR of 24.1% from 2020 to 2025.

Driver assistance, vehicle safety, fleet management, mobility management, and entertainment are the main categories under the service segmentation of the connected car market. Out of these, the mobility management division is predicted to register the fastest market growth in the coming years. This is because of the rising incorporation of shared mobility solutions and services such as ride-sharing, ride-hailing, two-wheeler sharing, and carsharing across the world. The vehicles used for shared mobility purposes must have higher operational efficiency, enhanced road safety and vehicle tracking features, improved vehicle management features, and higher adoption of IoT-based solutions and are thus, heavily dependent on connected car solutions.

Between the aftermarket and the original equipment manufacturer (OEM) categories under the end use segmentation of the connected car market, the aftermarket category is predicted to demonstrate faster growth in the market during the coming years. Due to the rising requirement of retrofitting the connected car solutions into the already existing automobiles and the ballooning demand for the upgradation and replacement of these solutions, the incorporation of these solutions by the aftermarket companies will increase rapidly in the coming years.

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Globally, the Asia-Pacific (APAC) connected car market will exhibit the fastest growth in the upcoming years. This is ascribed to the rapid technological advancements and innovations in the automotive industry in the various APAC nations such as Japan, South Korea, and China. Furthermore, China is currently one of the largest manufacturers of connected cars across the world, on account of the launch of numerous connected car-associated technology development programs, changing government safety regulations for automobiles, and the rising manufacturing capacity of the passenger vehicle manufacturing companies in the country.

The players operating in the connected car market are getting into partnerships with each other for enhancing their market presence. For example, DENSO CORP. announced in September 2019 that it has started a partnership with BlackBerry Ltd. for developing connected mobility solutions. Under this partnership, the firms started working on an integrated human-machine interface (HMI) digital cockpit system called Harmony CoreTM. This system would incorporate the use of QNX Hypervisor technology, developed by BlackBerry Ltd., for enabling integrated control over the in-vehicle HMI devices.

Similarly, Otonomo Technologies Ltd. and Microsoft Corp. entered into a partnership with each other in September 2019 for developing the latter’s connected vehicle platform. The organizations, through this partnership, aim to improve the various services offered via the platform such as mapping, parking, on-demand fueling, emergency response, usage-based insurance, predictive maintenance, in-vehicle package delivery, and media measurement. Furthermore, under this partnership, the connected vehicle platform developed by Microsoft Corp would be incorporated for plugging the connected car data into the existing ecosystem of Otonomo Technologies Ltd.

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Robert Bosch GmbH, NXP Semiconductors N.V., ZF Friedrichshafen AG., Panasonic Corp., Delphi Technologies PLC, Continental AG, , Infineon Technologies AG, DENSO CORP.,Valeo SA, and TE Connectivity Ltd.are some of the major market players.

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