GPU market to garner extensive proceeds from gaming applications, global industry remuneration to hit a coveted $80 billion by 2024
The rapidly growing adoption for high-precision, graphics-oriented applications in the automobile and healthcare sectors is certain to fuel GPU market growth in the forthcoming years. GPUs have become an essential part of today’s mainstream computers and mobile devices and have been characterized by remarkable advancements with respect to performance and capabilities. The product successfully offers added support for analyzing complex datasets in a quick manner and is increasingly gaining traction in almost all consumer electronics straight from laptops, PCs and smartphones to car infotainment systems and latest digital systems.
Asia Pacific GPU Market Revenue, By Region, 2017 & 2024 (USD Million)
With the growing adoption of IoT devices that gather huge amounts of data which needs to be monitored and analyzed, the demand for high-end computing systems has effectively increased in the automotive sector. Reports suggest that the GPU market will amass quite some returns from the automotive sector owing to an increase in the use of GPUs to accelerate engineering and design applications. As the automotive industry is focusing on developing new vehicles with enhanced design & functionality, GPUs have found applications in CAD/CAM software. With the rising demand for these software increase, the GPU market is expected to witness an accelerated growth rate in the years to come.
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Another application vertical that will help propel GPU market is healthcare, owing to the demand for precision medicine and value-based healthcare. Real-time data has become more vital for healthcare organizations as clinicians seek more accurate information for diagnosing patients during their initial visit. Reports claim that healthcare providers and life science firms are among the 92% of the cross-industry organizations that plan to invest in near real-time big data analytics applications in the future. For instance, in April 2018, tech giant Google announced plans to reinvent the healthcare industry of U.S. with a focus on big data and AI. The company is reportedly using its know-how in AI to create a new system for the detection, diagnosis, and treatment of diverse diseases, that certainly will require GPUs for processing complex data, further augmenting the growth of the GPU industry.
Irrefutably, the gaming domain will be one of the most proliferating end-use sectors of the global GPU market. Mobile gaming is currently acknowledged as one of the fastest growing segments in the game industry – indeed, mobile users demand more immersive, connected gaming experience which provides high-resolution visual graphics and high-fidelity audio. Growing penetration of smartphones and tablets is also fueling the growth of the gaming industry. For instance, according to the ESAC Report 2018, in Canada around 80% users view video games as mainstream entertainment. Furthermore, reports from the Germany Trade & Invest cite that, in Germany, personal computers (PCs) stand as the most preferred gaming platforms with around 18.4M active users, followed by smartphones (17.2M), consoles (15.6M), and tablets (11.5 million).
The rapidly growing use of gaming devices and the paradigm shift towards online gaming are bound to upsurge the demand for high-end graphic processors to support gaming applications. As per estimates, the gaming sector is anticipated to hold a major share of 34% in the GPU market by 2024.
Some of the most preferred brands that have made a mark in the GPU industry include Nvidia, AMD, Intel, Microsoft, Google, IBM, PTC, Qualcomm, and S3 Graphics. GPU chip makers have been making heavy investments in addition to forging partnerships for developing new and better performing products. For instance, in January 2019, Nvidia announced its partnership with luxury carmaker Mercedes-Benz to develop a new automotive AI platform that could effectively offer control to the automaker’s electronic gears equipped in its new car segments.
Author Name :Mateen Dalal
Scrubber-based marine emission control system market to register increased traction over 2018-2024, China to emerge as a prominent regional contender
Rising emissions from marine engines & growing environment concerns owing to degrading air quality will drive marine emission control system market growth in the years to come. Reportedly, oceanic vessels contribute to a majority of the pollution in the coastal environment – around 8%-12% of the global NOx emissions and around 40% of global NOx emissions from transport of freight mean. Having taken into consideration these alarming statistics, in 2008, the International Maritime Organization (IMO) launched a directive for controlling emissions from diesel engine vessels, built or installed on and after 1st January 2016. The directive also specifies a global sulfur limit for reducing the sulfur content in fuel to 0.5%, that will go into effect from 1st January 2020. The presence of a strict regulatory landscape will thus prove to be one of the preeminent driving factors of marine emissions control system market.
Europe Marine Emission Control Systems Market Size, By Application, 2017 & 2024 (USD Million)
The growing number of trade activities along with advancements in emission control technology will also serve to boost the demand for marine emission control systems. Globally, around 85% of goods are transported using maritime routes. In almost 70% of the cases shipping is carried out within 400 km from the coastline, influencing the air quality within several hundred kilometers from the coast. The most widely adopted propulsion systems used by these ships are two or four strokes diesel engines, which apparently consume large amount of heavy fuels.
Estimates from the U.S. Energy Information Administration, 2011, cite that the merchant navigation sector alone accounted for about 1.75% of the total energy demand and about 5% of the global crude oil consumption back then. Also, ships were recorded to manufacture around 15% of the global NOx (the world’s buses, cars, and trucks combined), 2.5% – 4% of greenhouse gases, and between 3% – 7% of global SOx output and 5% of black carbon emission. Quite overly, these figures reveal the overall impact of the maritime segment on global atmospheric pollution, which has led to a spike in the demand for marine emissions control systems.
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Reportedly, in a bid to reduce the environmental footprint of ships, the IMO has also tightened the regulations on NOx and SOx emissions from marine engines. As measures to reduce NOx emissions, emission control systems like exhaust gas recirculation (EGR) and selective catalytic reduction (SCR) have been adopted. For reducing SOx emissions however, scrubbers have been intensively deployed to lessen the sulfur content of fuel oil.
Scrubber marine emission control systems market to thrive over 2018-2024
Scrubber units are typically used for high dust configurations and are more efficient when coupled with fuel switching. By mounting an exhaust gas cleaning system like a SOx scrubber, ship-owners can efficiently operate on low-priced, heavy fuel oil and still be compliant with IMO’s SOx emission regulations. Sources suggest that, from 2020, the demand for exhaust gas cleaning systems, like SOx scrubber, will increase as to compliment stringent SOx regulations that exhibit a global 0.5% limit on SOx and 0.1% limit on ECA emission.
The ability of hybrid scrubber systems in particular, to treat high temperature and gas streams along with increasing R&D initiatives toward green shipping will also positively impact the scrubber-based marine emission control system market share.
Speaking of the geographical penetration, marine emission control system market has been touted to amass substantial returns from China. This is prominently on account of the newly imposed regulations favoring the installation of these products. Reportedly, to improve the quality of domestic shipping and endorse environment friendly development of marine transport within China, the Chinese Ministry of Transport, on 3 July 2018, published new requirements for controlling nitrogen oxides (NOx) emission. The standards will be applicable to both newbuild vessels (after July 2020) and ships in operation (after July 2021) and will further be imposed on ships particularly involved in Chinese domestic trade.
Powered by moves such as the aforementioned and the rising number of cross-border tax inversions and M&As, the demand for these systems has been considerably rising in this APAC economy, thereby augmenting China marine emission control systems industry.
A plethora of marine emission control systems including SCR, EGR and scrubber are sulfur, nitrogen & particulate matter abatement technologies, are lately being deployed across engines & boilers to restrain emissions. The implementation of scrubber systems specifically, will observe an upsurge in demand owing to reduced payback period and long-term operational flexibility. The growing demand for sustainable systems along with stringent government initiatives will thus positively impact marine emission control systems market size, slated to cross USD 14 billion by 2024.
Author Name : Mateen Dalal
Optical sorter market to accrue hefty gains from the food sector, rising proliferation of innovative products to impel the industry growth over 2018-2024
The increasing deployment of sorting machines for improving plant productivity has been propelling optical sorter market share. The shortage of labor and surging need to handle more quantity of products in a less time are a couple of the most prominent causes behind the increasing deployment of sorting machines. In recent years, the optical sorter has emerged as one of the pioneering products to handle grains, pulses, spices, beans, rice, nuts, fruits, vegetables, and plastics. The capability of this device to sort the products based on their shape, color with high efficiency, excellent precision, and performance is poised to expedite optical sorter industry outlook considerably.
Germany optical sorter market, by application, 2017 & 2024 (USD Million)
The commitment of key players in the optical sorter market toward innovation, superior manufacturing, and intelligent design will have a notable influence on future product demand. Recently, the leading food sorter manufacturing company, TOMRA Sorting, Inc., has revealed its plan to launch innovative sorting machines at Pack Expo. TOMRA has been working to resolve customer issues with its new product launches to enhance its customer base. With this recent launch, it seems to have resolved the issues pertaining to the food processing companies that had been struggling earlier to filter out foreign materials like stones, wood, metal, glass, and plastics from vegetables and potato products. The company claims that the newly developed machine will filter 98% of all types of filtering objects. The incidence testifies that the innovative capabilities of the companies to fulfil the customers’ needs with their high standard products is likely to stimulate the optical sorter market share from the food industry over the years ahead.
The advent of next-generation technologies such as the Internet of Things (IoT), and Artificial Intelligence (AI) also has augmented the product development strategies of optical sorter industry contenders. Considering the ease of use of technologically advanced sorting equipment, several end-users have been deploying sorting machines on a large scale. For instance, in the middle of 2018, the UK based waste management company, Viridor has invested nearly 445,000 pounds to upgrade its plastic processing facility with the deployment of the robotic sorter. This robotic sorter can be utilized to purify PET plastics by filtering metals and other kinds of contamination pertaining to the integration of AI-powered vision systems.
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Speaking along similar lines, in order to resolve the issue of the labor shortage, U.S. based Diamond Fruit Growers has recently invested to deploy its first ever optical sorting line specially designed for pears. The Italian company, Unitec has also engineered an optical sorter with the integration of software that can minimize the damage by sorting out fruits based on their grade and size without scuffing. The use of such machines to handle a plenitude of products at the food processing facilities will help companies to handle more volume with less labor. Continuous investments in technology by prominent end-users to handle a large volume at a time is likely to propel optical sorter market trends.
In addition to food processing, the mining sector is a pivotal revenue generating ground for optical sorter market players that have been incorporating new features into existing models. They have also been enhancing the design features of the products to improve its wear-resisting capability and ease of maintenance. Taking into account the extended life cycle of the products, most of the mineral and metal ore extraction industries have been deploying modern optical sorters on a large scale which will have a positive influence on the market growth. For the record, in 2017, the mining industry held a 15% share of the optical sorter market.
Growing availability of highly advanced product ranges will propel the optical sorter industry outlook over the years ahead. In addition, increasing awareness among the end users about the cost-effective returns obtained from the automated processes at the workplace will also have a notable influence on the product demand. For the record, by the end of 2024, optical sorter market will surpass revenue collection of USD 3 billion.
Author Name :Sunil Hebbalkar
How will North America microgrid market go on to become a business vertical worth USD 7 billion by 2024?
Some of the pivotal factors that have propelled North America microgrid market growth over the recent years are the governmental & regulatory inclinations toward network expansion and the rising financial backing to support such projects. Increasingly becoming the most resilient and sustainable options for industries to provide continual operation during blackouts and natural disasters, microgrids are becoming the essentials of the energy and utilities sector. A substantiation validating the aforesaid is that of a report by the Federal Energy Regulatory Commission that claims the utilities across the U.S. to have invested nearly USD 35 billion in 2016 for the expansion of the energy transmission network.
U.S. Microgrid Market Size, By Storage Device, 2017 & 2024 (USD Million)
Rising adoption of renewable energy technologies to impel North America microgrid market size
Quite overtly, the spending on energy infrastructure to deliver power to businesses and households has increased remarkably in the past decade and is replacing the conventional poles, station equipment, and overhead lines and devices. With the rising penetration of renewable sources in the mainstream electricity supply, the operational dependability of the grid network has become an intricate issue for the power giants. In fact, several eminent companies are generously investing in microgrids for seamless integration and distribution of clean energy.
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Recently in 2017, Ameren Corporation unveiled the completion of one of the most highly advanced utility scale microgrids in the North America microgrid market. As a part of its commitment toward building a smart and clean energy infrastructure, Ameren has built a microgrid facility with advanced automation & battery storage. The facility will also test, monitor, and control methods for aggregating renewable & clean energy sources from natural gas, solar, and wind. Reports claim that the Ameren microgrid has a significant production potential of up to 1475 kilowatts, which is enough to power more than 190 households and will be contributing immensely to the expansion of North America microgrid industry share.
North America microgrid market to be swayed by the rise in product demand from the military
Greater reliance on fossil fuel in remote & rural regions in the world is a vulnerable point in military operations, and the results could be devastating, given the transportation challenges. A microgrid solution, in this regard, has not only enabled an installation to generate its own power for the military sector but has also provided protection against cybersecurity risks. These grids have significantly met the needs for stable electricity supply and that too without relying on a larger regional grid that is more averse to interruption and compromises.
To illustrate further, under its Smart Power Infrastructure Demonstration for Energy Reliability and Security (SPIDERS), the U.S. military is aiming to deploy microgrids to supply power in the event of attack or loss of the utility grid. The program is also focusing to integrate solar PV and the diesel backup generators in order to provide diverse fuel sources, enabling uninterrupted power and lower carbon emission.
Recently, the U.S. Department of Defense, in this regard has issued a solicitation for multiple microgrid projects in the military sector that will assess large-scale energy storage. It is also imperative to mention here that the U.S. DOD is the largest petroleum & fossil fuel consumer and greenhouse gas emitter in the world – which is also one of the many reasons why U.S. military are looking at renewable energy microgrids.
Taking into consideration the aforementioned scenario, it wouldn’t be wrong to say that the U.S. military has become one of the significant investment ground for potential North America microgrid industry investors. Further powered by government backing and funding advances, the military microgrid projects are expected to be more secure & reliable and are poised to be a lucrative sector of the North America microgrid industry, which according to reliable reports is expected to surpass 7 billion by 2024, with a capacity expansion of 3 GW.
Author Name :Ojaswita Kutepatil
A concise overview of network attached storage market in terms of regional landscape, global share to record a double-digit CAGR over 2018-2024
The commercialization of global network attached storage market has indeed taken up a remarkable pace in the recent years, courtesy – the increasing number of enterprises diving into big data analytics & data mining. The rapid adoption of NAS solutions in home and consumer applications to offer storage that can be accessed by multiple devices have provided significant impetus to the growth statistics of network attached storage industry share. With NAS gaining considerable traction across SMEs and other businesses incorporating cloud-based network, analysts speculate the network attached storage architectural layout to witness a revolution of sorts in the coming years. Not to mention, technology interventions are deemed to remain the focal point of this transition.
North America NAS Market Size, By Business Application, 2017 & 2024 (USD Million)
Toshiba, for instance, has recently launched its next-generation 3.5″ NAS N300 HDD and 2.5″ L200 HDD that can be now used in laptops as well. The technology, as claimed by Toshiba works perfectly with any network attached storage devices that are used for personal, home office or small businesses. The NAS device has been designed to support around eight drive bays in a multi-RAID NAS and features rotational vibration sensors that automatically detect & compensate for transient vibrations, thereby delivering prompt performance in multi-bay storage enclosures.
In yet another significant instance, the Taiwanese technology company Synology has recently announced the availability of its “18-series” NAS servers in India. Reportedly, the servers are designed to serve as personal cloud storage with features such as media streaming, data backup, file sharing, photo management, and more. The instance further emphasizes another vital strategy undertaken by NAS market players – exploiting the enormous potential in the untapped economies. The increasing technologically advanced and aware consumer base is one of the chief regions drawing the stakeholders’ attention toward these emerging countries. Speaking along similar lines, the APAC region, as forecast by Global Market Insights, Inc. is slated to register the fastest growth rate over 2018-2024. The rapidly proliferating trends of digitization coupled with the rising demand for cost effective & scalable data storage solutions are overt to further sway the regional industry outlook.
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North America network attached storage market to lead the regional landscape
North America, being a major technological hub stands poised to hold significant share in the global NAS industry. The region moreover retains the presence of large scale enterprises that have adopted the cloud platforms and big data analytics – a factor further expected to garner high demand for NAS solutions in the coming years. The rapid adoption of consumer and home network attached storage systems in U.S. and Canada across various end-use sectors such as the BFSI and IT & Telecom market have significantly driven North America network attached storage industry share. The United States NAS industry share is forecast to record a y-o-y growth rate of 20% over 2018-2024.
Elaborating further on the geographical landscape, Europe is projected to procure second largest share in the NAS industry. The growth is mainly attributed to the rapid adoption of this technology by the SMEs in tandem with the massively growing data center developments in the region. Add to it, the continent, over the recent years, has been one of the top-notch spots for the industry players adopting regional expansion as their chief growth strategy.
All in all, endorsed with a rich competitive and application gamut comprising BFSI, IT & Telecom, healthcare, retail, consumer electronics, etc., the global network attached storage market is certain to become one of the most remunerative business spheres for potential stakeholders. In terms of commercialization, Global Market Insights, Inc., projects network attached storage industry size to surpass USD 20 billion by 2024.
Author Name : Ojaswita Kutepatil
Asia water taxi market to gain momentum over 2018-2024, government initiatives toward tourism and trading activities to drive the industry growth
The increasing requirement for quick, emission-free transport has been a major driver for water taxi market growth. Water transportation has been gaining more and more popularity lately, pertaining to its cost-effective and fuel-efficient benefits over conventional transportation. Having recognized the same, regional governments have been majorly investing in the tourism industry, generating lucrative opportunities for water taxi industry players. The deployment of water taxis in numerous public and private water bodies has indeed helped reduce vehicular traffic congestion in the city – a principal factor that has been extensively responsible for stimulating water taxi industry share.
U.S. Water Taxi Market, By Product, 2017 & 2024, (Units)
Recreational activities such as boating have taken on a diverse significance in recent times, on account of which numerous private companies are deploying water buses on large scale. This in consequence, has prompted the entry of new contenders in water taxi market and a slew of unique product launches. Say for example, the French startup SEABUBBLES has been testing its new electric hydrofoil water taxi – a battery powered water bus that reduces air drag and attains greater speed, in Switzerland for quite a while now. The company now looks forward to deploying electric boats for transportation in lakes and rivers across European countries. As this type of transit system generates lesser air as well as water pollution, the governments of the various countries are encouraging private and public service providers to deploy battery-operated and hybrid water taxis. These initiatives are likely to push hybrid water taxi market size, slated to grow at a CAGR of more than 5% over 2018-2024.
The increasing deployment of these water vehicles has generated profitable growth opportunities for water taxi industry firms. In order to achieve a dominant position across this vertical, most of the prominent biggies are focusing on the development of green boating systems that are driven by renewable energy. Though this transit system is clean and emission-free, in some cases, the speed factor of some of the green taxis have put a dampener on the overall product demand. In order to combat the same, companies have been constantly working enhancing product features and its capability. The recent trend of deploying lightweight and high-performance composite materials for boat manufacturing, for instance, has helped water taxi market firms develop innovative taxi designs. 3A Composites for example, post ten years of rigorous efforts, recently launched a sustainable water taxi that integrates the benefits provided by 3A Composites’ AIREX® T92 PET foam with a special hull shape that aids waste reduction, ride quality, and fuel efficiency.
The Asian zone is expected to contribute commendably toward the growth of water taxi market, owing to the increasing involvement of private and public sectors in the deployment of water taxi services. For the record, merely a few months earlier, the Indian ride-hailing service provider OLA signed a MoU with the government of Assam to launch a water taxi service in the state. This project is most likely to strengthen the transportation network across North India. In addition, the mobile-based transportation system will help local government enhance the state’s tourism prospects.
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In 2016, the government of India signed a deal with the Massachusetts Institute of Technology for developing ferry services across six major cities including Varanasi, Allahabad, Kolkata, Mumbai, Patna, and Haldia. The development of inland waterways services will thus help escalate cost-effective trading across the country. As of now, India uses only 3.5% of the available waterways for trading purposes, out of the existing 14,500 km of the waterway stretch. The increasing investments by the Indian government toward the deployment of ferry services across the country is poised to boost the regional water taxi market share, in turn benefiting the overall Asian topography to a marginal extent.
The competitive hierarchy of water taxi market is remnant of novel product development strategies and massive R&D programs. The emergence of battery operated lightweight boats for instance, has added a new growth dimension to water taxi industry. Another pivotal factor pushing the expansion of this vertical is the crucial role that governments play in promoting trading and tourism activities, focusing on bettering the economy of their respective countries. Aided by a favorable regulatory spectrum and the rising prominence of the green movement, water taxi market size is expected to cross the coveted USD 500 billion mark by the end of 2024.
Author Name : Sunil Hebbalkar
Smart lighting market to register a double-digit CAGR over 2018-2024, escalating number of smart city projects to augment the industry growth
As the lighting industry progresses from incandescent bulbs to CFLs and LEDs, smart lighting market has made its way as the next trending vertical. The vast expanse of this sphere can be aptly demonstrated by an incidence that occurred in Toronto a couple of years ago. A newly constructed building that nearly became a feather in the crown for the Toronto financial district, the EY Tower, made it to the headlines for offering IP addressable LED lights that tenants can control with internet-based building automation. The instance of EY Tower is of particular interest to the smart lighting industry as it demonstrates the steady presence of one of the most important forces, the real estate sector, into the smart cosmos.
Smart Lighting Market Size, By Light Controls, 2017 & 2024 (USD Million)
In order to lure tenants with modern technology and convince them to pay premium rents, other prominent real estate developers around the world have also followed the strategy adopted by the Canadian builders of EY Tower. One such instance is the retrofitting of the Torre Europa with Power over Ethernet (PoE) lighting. In the project that has been undertaken by Philips and Cisco, 14 floors will be equipped with 5,400 PoE luminaires.
Advocates of such retrofitting of buildings with smart lighting technologies have pointed out the twofold advantage of the undertaking. It drastically reduces the cost of new wiring by virtually eliminating the need for certified electricians. This is because the low voltages that are capable of driving LEDs can travel safely over Ethernet and do not require the more-costly processes associated with installing conventional 120 Volt and 240 Volt electrical wires. The chief attraction of using smart lighting in buildings however, lies in the fact that connecting luminaires directly into information networks makes it possible to control the ‘switch on and off’, color temperature, brightness and hues via gadgets and sensors. It also turns lights into nodes that can trigger other operations such as adjusting the heating, and that can collect data about building use and assets. PoE is one of several technologies emerging to make lighting a crucial part of the Internet of Things (IoT). The novelty of the technology and the ease with which it can be controlled even remotely has majorly propelled smart lighting industry trends.
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The energy efficiency that smart lighting systems can afford is a major factor driving smart lighting industry size. In 2016, in the UN Climate Change Conference, Philips Lighting demonstrated how smart energy solutions work and can make a real difference to climate change. The event showcased the profoundly transforming capabilities of the smart lighting market, including demonstrations that depicted the energy and greenhouse gas saving potential of this one single technology. Indeed, the technology is equipped with the potential to reduce energy demand from lighting by half.
Philips also exhibited that increasing the rate of energy efficiency to 3% can unlock significant economic benefits – close to 6 million new jobs can be created by 2020, fuel costs can be reduced by €2300 billion by 2030 and household energy bills be reduced by one-third. These estimates are evidence enough to testify the robust latitude of smart lighting industry.
With the rapid proliferation of smart cities, smart lighting market is bound to become one of the most remunerative verticals for investors to pour their money in. Netherlands in this case, can be quoted as a bright example of the onslaught of smart cities, as even the smallest of towns in this country have deployed smart lights which can detect motion and switch themselves on and off. Larger cities like Rotterdam and Amsterdam have already installed smart lights on the streets that are not only energy efficient, but also add a swanky edge to the town or city that can make it more lucrative for growth and investments. As the number of smart city projects across the globe increase, providers of smart lighting for city streets are diversifying their services by turning smart street lighting poles into a potential hub for free Wi-Fi, or to sense the quality of air and even to notify police about public aggression or accidents. This shifting focus is more than likely to expedite smart lighting industry outlook in the ensuing years.
One of the simplest drivers that can be credited for the superb projection of smart lighting market is the eagerness of consumers to upgrade to the latest technology. Currently, smart lights are being designed to be controlled with a smartphone or with AI personal assistants such as Siri or Alexa. In consequence, they have become infinitely more attractive to a generation of consumers who not only have the available disposable income to afford smart lighting but also want to own smart homes where the lighting can be controlled with a voice command. With the popularity of smart lighting on the rise in both the industrial and residential sectors, smart lighting industry size is projected to register a remarkable 20% CAGR over 2018-2024.
Author Name : Paroma Bhattacharya