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3D rendering market to garner profits from healthcare sector over 2019-2025

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Rising demand for real-time rendering has created an expansive growth scope for 3D rendering market which has witnessed increasing investment in recent times. As technology advances and companies become increasingly digitalized, the complexity of the business process will also increase. To address these challenges, organizations are looking for more efficient, faster, and real-time rendering solutions, adding impetus to 3D rendering market trends.

Canada 3D Rendering Market Revenue, By Component, 2018 & 2025
Canada 3D Rendering Market Revenue, By Component, 2018 & 2025

3D rendering is the process of fabricating an image based on 3D data stored within a computer. As the construction and real estate industries are witnessing exponential growth, real-time visualization and use of 3D rendering software have become integral part of the designing process, offering huge efficiencies to architects and engineers.

Architects, engineers and designers use architectural rendering software to transform their ideas into real-time design by exploring multiple options. In architecture, three dimensional images offer architects to review interiors and construction decisions before starting the project. This results in dramatically lowering costs, as expensive changes do not have to be made during the construction stage. Customers also get to view what the building may look like, including its interiors, before investing in it.

The healthcare sector is increasingly adopting advanced technologies, such as 3D medical animation and virtual reality, to create patient-specific surgical replication and personalized 3D printed medical devices. 3D medical modeling helps to understand the functions of body parts, the support of veins to muscles, internal organs and their functions, and its consistent adoption is also likely to fuel 3D rendering industry outlook.

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3D biomedical image rendering provides a clear view of the complex process of the human body. By gathering data via 3D imaging from patients and integrating it with virtual rendering technologies, doctors are enabled to pre-plan the best approach for surgical intervention. 3D modeling platforms will allow medical scientists to generate high-quality models from complex data sets and integrate scan data with CAD product designs for research purposes and teaching. Deploying 3D rendering services in healthcare will positively impact the 3D rendering market share. As per Global Market Insights, 3D rendering market size from healthcare will grow at a CAGR of 25% over 2019-2025.

The gaming industry is expanding rapidly due to high internet connectivity and growing popularity of virtual reality games to bring immersive experiences to users. A trend has been witnessed where major gaming companies are investing both time and capital to provide their customers with the most absorbing gaming experience. Mounting developments in interactive graphics software, especially in the gaming industry will augment 3D rendering market share.

3D rendering industry is also gaining significant momentum from the growth of automotive industry and rapid growth of emerging economies of Asia Pacific region. In Asia Pacific automotive industry, 3D product modeling has gained momentum, as it helps to minimize the time associated with end-product development and allows designers to visualize the product and test it thoroughly before it is built. The mounting growth of the automotive industry has resulted in the adoption of 3D visualization and rendering services to save both time and cost associated with the manufacturing of a vehicle parts.

Asia Pacific 3D rendering market is estimated to grow at a CAGR of over 24% over 2019-2025. Rapidly expanding urbanization and industrialization will play crucial roles in the growth of 3D rendering industry.

Product marketing has been revolutionized by the advent of 3D rendering services. Marketers of hardware products have always been placed in a challenging position when it came to communicating functions, value and differentiators of their product. The challenge has been almost insurmountable for startups due to their tight marketing budgets. However, 3D rendering of products has helped in greater engagement of consumers on limited marketing expenditure. 3D rendering industry is expected to record 23% CAGR over 2019-2025 from product design & modeling segment.

As 3D visualization is becoming a crucial part in various industries including architecture, IT, healthcare, gaming, etc., 3D rendering market is projected to witness exponential growth over the forecast timeline.

Author NameAakriti Kakkar

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How has wearable artificial intelligence market outlook transformed with the rising demand for smartwatches and gaming?

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The growth graph of wearable artificial intelligence market has remained exponential since the last few years, primarily driven by the explosive demand for AI across a spate of verticals. Wearables have been a part of the mainstream for a while now, however, they have registered increased prominence in recent times, driven by the rapid advancements in AI technology.

U.S. Wearable AI Market Share, By Product, 2018
U.S. Wearable AI Market Share, By Product, 2018

An extremely convincing litmus test of the potential held by wearable AI is the fact that it is gaining significant traction in the impenetrable healthcare industry. According to the Brookings Institution, this potential stems from wearable AI devices’ innate ability to record medical data in a substantially reliable manner than their non-AI predecessors, allowing medical professionals to use the data to diagnose & treat diseases in their early stages. Despite being at a somewhat nascent stage, wearable AI industry seems to have garnered massive mainstream popularity.

How have Apple’s innovations helped add momentum to the global wearable AI market?

Apple holds a pivotal position in the global wearables space, having pioneered its first Apple Watch back in 2015. According to The Yale Tribune, however, while the Apple Watch was not a complete failure, it did fail in living up to expectations and did not make a significant impact on the industry.

The Rise: According to the Harvard Business School, Apple’s reputation surrounding the smartwatch changed when the company started to show significant potential in the field of wearables in 2017 with the release of Apple Watch Series 3. The launch elevated Apple to a leading position in the wearable AI industry, a business vertical expansively characterized by the presence of other smartwatch enterprises.

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The Accolades: Apple smartwatches boasted of being not only the world’s most popular smartwatches but also the most popular ‘watches’ worldwide. Their shipments surpassed Swiss watch exports, reaching the 8 million mark during the fourth quarter (Q4) of 2017 against Swiss watches’ 6.8 million.

The Potential: Apple has been instrumental in helping the wearable AI market foray in the lucrative healthcare industry, given that the company’s new smartwatches are aimed at incorporating an FDA approved electrocardiograph. The EKG will be able to monitor the wearer’s heart’s electrical activity and look for signs of arrhythmia, thereby bringing considerable growth prospects for wearable AI market in the coming years.

Impact of expanding AR/VR gaming industry on wearable AI market

The gaming industry is quickly becoming a major business space, holding an edge over mainstream avenues of entertainment. According to the Association for UK Interactive Entertainment, global video game audience is estimated to range between 2.2 billion to 2.6 billion people.

The Potential: According to Fortune, fueled by the release of an array of highly anticipated videogames in 2018, the gaming industry recorded its largest sales over the previous seven years. In 2018, apparently consumers spent an overall $43 billion on video games – an increase of 18% against the 2017 numbers.

AR/VR: The gaming industry has always been a pioneer in incorporating latest technologies in video games to enhance a game’s entertainment quotient. The advancements in augmented reality (AR) or virtual reality (VR) have thus facilitated a substantial opportunity for wearable AI market players.

The Projection: VR games facilitate a highly immersive gaming experience that, through more advancements, is expected to interact with all of the user’s sensory inputs, actually tricking the mind into thinking that the experience is quite real. Driven by such advancements in AR/VR, the wearable AI market size from gaming applications, is projected to record a CAGR of 35% over 2019-2025.

On account of the expanding smartwatch industry and the exponentially flourishing gaming space, AI-based wearables are expected to command substantial attention in the years to come. According Global Market Insights, Inc., wearable AI market size is slated to surpass the $180 billion renumeration mark by 2025.

Author NameAkshay Kedari

GPU market to garner extensive proceeds from gaming applications, global industry remuneration to hit a coveted $80 billion by 2024

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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)
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

Global GPU as a service market to register a double-digit CAGR over 2019-2025

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Robust advancements in technology have led to a rise in the deployment of IT-based solutions, impelling GPU as a service market size. Nowadays, GPUs (graphics processing units) are being predominantly integrated with the CPU (central processing unit) in self-driving cars, artificial intelligence, and high processing power computing, subject to consumer demands for the installation of graphics in their systems.

APAC GPU as a Service Market Share, By Region, 2018
APAC GPU as a Service Market Share, By Region, 2018

In the coming years, it is expected that the surging automation in vehicles for ADAS, internal infotainment, and other significant applications are likely to contribute toward enhancing GPU as a service industry outlook. It is prudent to mention that several product developers also prefer software-based systems such as CAD and CAM for improving the overall output efficiency and accuracy, which would considerably propel GPU as a service market over the years ahead.

Considering the benefits of GPUs, numerous educational institutes have been extending invitations to industry biggies for supercomputer installation. For instance, the Central China Normal University has called upon Inspur to build a petaflop supercomputer, which will help the educational organization host deep learning workloads and traditional HPC applications.

The deployment of artificial intelligence in particular, is slated to have a significant impact on GPU as a service industry trends, on account of which numerous companies have been striving to improve their AI-based programs and products for learning institutions. The robustly increasing adoption of AI-based technologies across scientific and industrial disciplines is thus anticipated to play a key role in the growth of GPU as a service market.

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In recent times, the role of graphics in the automotive domain has increased to quite an appreciable extent, given the massive deployment of electronic content in vehicles. In-car electronics have moved beyond fancy HMI and entertainment displays to passenger protection and safety monitoring systems. Automotive OEMs that implement consumer-centric infotainment and innovative safety features are now attracting more consumers, stimulating the demand for GPUs. Thus, the surging deployment of 3D graphics and safety applications in automobiles would heavily drive GPU as a service market share in the forthcoming years.

Numerous automakers, as on today, have been deploying advanced automotive safety features such as advanced driving assistance systems in vehicles to comply with regulatory norms for occupant and automobile safety. Consumers have also been observed to give more preference for safety features while purchasing the vehicles. It goes without saying that on account of the aforementioned fact, the demand for GPU based built-in computational units that effectively work on safety monitoring would increase by several notches, thereby augmenting the revenue graph of GPU as a service market.

In addition, some automakers are looking forward to speed-up real-time response by reducing the time required for parallel algorithm execution in ADAS with the help of parallel processing power of graphical process units (GPU), further boosting this business vertical. In essence, the shifting trends toward the development of autonomous cars is likely to boost GPU as a service industry share in the future.

The latest trend proliferating GPU as a service industry is the growing utilization of 3D graphics in the expanding iOS and Android mobile applications. Undeniably, 3D gameplay, UI, and visual captive content are mandatorily being implemented in every mobile operating system. Each one of these implementations demands the deployment of a graphics card for improved functionality, that would commendably impact GPU as a service market share.

Effectively, the escalating usage of 3D graphics in mobile devices and the development of fancy UIs incorporating 3D graphics will stimulate GPU as a service market size, forecast to cross a revenue of USD 7 billion by 2025.

Author Name : Sunil Hebbalkar