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Horticultural lighting is used in urban agriculture, multi-layer cultivation, supplemental lighting, and daylight-free cultivation. Due to increasing awareness about sustainable farming, researchers, governments, and organizations have taken global initiatives to improve horticulture with efficient and adequate lighting. Increase in demand for advanced lighting-related technologies is expected to boost the growth of the horticulture lighting market. Toshiba and Panasonic have started to support the farmers by providing financial and technical support to establish vertical farms. Such developments in vertical agriculture are boosting the growth of the horticulture lighting market.

The human machine interface market is broadly segmented into five major regions—North America, Europe, APAC, MEA, and SAM. Europe holds the largest share of the global market, followed by APAC and North America. The US and Canada, collectively, dominate the North American human machine interface market as a result of growing technological advances, increasing R&D activities in human machine interface areas as a result of enhanced IoT and machine-to-machine (M2M) adoption in various industries in this region. Asia Pacific is expected to register the highest CAGR in the market owing to the growing manufacturing sector and increasing use of advanced industrial operation monitoring technologies.

Globally, several countries have undertaken initiatives to propel the digitization across industries, which is expected to ease and smoothen various activities in the industries. The rapid escalation in digitalization practices is influencing various industries to procure advanced electronics to shift from paper-based work to digital content based work. The shift towards digital content based work facilitates in completion of desired work in lesser time and with higher accuracy. Countries such as China, India, Japan, the US, and the UK among others are the pioneers in undertaking digitization practices. Some of the prominent initiatives include; Digital China, Digital India, and Horizon 2020 by EU among others. These initiatives are boosting the procurement of pen tablets in respective countries attributing to the advantages of pen tablets and the rising demand for such electronics in various industries. Moreover, various industries in China, the US, and Japan have heavily integrated pen tablets to boost the digital content and the same is expected to continue in the coming years. Thus, the rapid expansion in digital content creation across the globe is driving the pen tablet market.

Geographically, the last mile delivery market is segmented into North America, APAC, Europe, Middle-East and Africa, and South America regions. North America leads the last mile delivery marketin 2018 with a significant market share and is anticipated to continue its dominance in the coming years. The growing industrial sector such as automotive, manufacturing, retail, food & beverages industries is driving the growth of freight as well as logistics market in the North America region. The e-commerce industry has recorded robust growth, and it is possible because of the efficient and effective logistics and supply chain management.

Europe was the leading geographic reed sensor market and it is anticipated to be the highest revenue contributor throughout the forecast period.The consumer electronics Reed Sensor market in Europe has witnessed aggressive and stable demands in different countries of the region. The NORDIC countries of Europe consist of a large number of Small and Medium scale industries (SMEs) that have steady demands for reed sensor based products. On the other hand, economically strong countries like Germany, Italy, UK and Spain have witnessed rapid growth in the implementations of reed sensors in the different industry verticals primarily led by consumer electronics and automotive sectors.

High range obstacle detection systemsare integrated with various sensors to detect obstacles, followed by offering an alternative navigational path that is free from obstacles. The systems play an essential role in determining the potential hazards and alerting aircraft, marine, railways, and other high-speed vehicles for any long-distance obstruction to prevent collision damage. Besides, it also offers countermeasures, such as lowering speeds and alerting to the end users. These systems have a wide range of applications in industrial robots, autonomous vehicles, and drones. Sensors used for obstacle detection systems mainly include radar, laser scanner, sonar, and lidar. With the radar sensors, the distance information can be obtained by calculating the time interval between emission and receipt of lasersbeams. Several automakers worldwide are deploying these systems to improve the safety of their vehicle. Thus, the long range obstacle detection systemshave become a vital part of modern vehicles.

Unique physical properties of the X-rays and γ-rays allow them to penetrate various materials, such as carbon and steel, followed by exiting the same after traveling through. This property is used to inspect the defects in the metals and welding parts of the machines, thus ensuring the durability and safety of products. Further, radiography provides a non-destructive means of testing in industrial facilities. Radiography equipment is always sealed with the shield to protect users from radiations. Industrial radiography is performed with ionizing electromagnetic radiations for observation, evaluation, and analysis of subjects being tested. The rising applications of industrial radiography in the aerospace and automotive industries are driving the growth of the market growth. However, the higher costs of this equipment and concerns related to its harmful effects due to radiation exposures hinder the adoptions of these devices. Rapid industrialization, coupled with increasing automation applications for testing machines in the industries, would provide lucrative opportunities for the players operating in the industrial radiography market during the forecast period.

The global submarine cable systems market accounted to US$ 13.4 Bn in 2018 and is expected to grow at a CAGR of 9.2% during the forecast period 2019 – 2027, to account to US$ 30.4 Bn by 2027. Geographically, the Submarine Cable Systems market is segmented into North America, APAC, Europe, MEA, and SAM regions. Asia Pacific leads the submarine cable systems market in 2018 with a significant market share, Whereas Middle East is anticipated to gro with a highest CAGR. Various significant developments have been witnessed with regards to the deployments of the submarine cable systems in the Asia Pacific region. By 2020, the bandwidth demand for the trans-pacific undersea cables network is anticipated to grow to seven-folds of the current bandwidth value, and thereby attract huge investments for the market. Asia Pacific region is considered to be one of the important communications hubs across the globe and therefore efficient communication cabling infrastructure for empowering seamless information exchange across the data centers is one of the most crucial aspects for the region. Furthermore, the Middle East and Africa is expected to witness high demand due to, government focus on increasing optical fibers in the region owing to the high efficiency and reduce power consumption. In the Middle East region, based on the cables installed, the UAE leads the region (19 cables), followed by Saudi Arabia and Oman correspondingly. Further, over 50% of the 39 cables serving the region land in these three countries.

Automobile electrification and automation are significant industry drivers that have resulted in increased demand for semiconductor wafers. Varied automotive products, such as navigation control, entertainment systems, and collision detection systems, utilize semiconductor ICs with various functionalities. The presence of these features has an effect on vehicle sales.

Major manufacturing industries such as cement, glass, chemical and petrochemical, food and agriculture, and pharmaceuticals are known for harmful gas emissions. Hence, the stringent environmental regulations imposed on these industries are driving the market. For instance, the cement industry is one of the major polluting industries as it releases nitrogen dioxide (NO2) and sulfur dioxide (SO2) particulate during production. Additionally, rising international trades through sea routes and increasing leisure activities are propelling the growth of the scrubber system market. The rise in global seaborne business can be attributed to its economical transportation cost and continually rising global demand for goods and petroleum products. Furthermore, the increasing participation in leisure activities such as cruise vacations and international voyages is boosting the use of marine ships and subsequently fueling the growth of the scrubber system market.

Geographically, the booster compressor market is segmented into North America, APAC, Europe, MEA, and SAM. Asia Pacific led the booster compressor market in 2018 with a significant market share and is anticipated to continue its dominance in the coming years to during the forecast period. The presence of a strong manufacturing sector coupled with sturdy Government initiatives towards the development of the manufacturing sector in the developing countries such as the India and China is anticipated to drive the demand of booster compressors in this region.

The global radar level transmitter market is heavily fragmented due to the presence of a significant number of companies operating in the market. Furthermore, the presence of global players with a strong geographic reach intensifies the competition in the radar level transmitter market. Presently, a significant number of market players operating in the global radar level transmitter market are focused on offering advanced products to attract new customers and gain a strong market position. However, the market does include a large number of regional players with a strong brand value in the local markets. The Middle East & Africa radar level transmitter market is expected to witness a CAGR growth rate of 5.1% from 2019 to 2027.

Asia-pacific was the leading geographic market and is projected to be the highest revenue contributor throughout the forecast period. Developed markets including China, Taiwan, and Japan has higher penetration however, there is still a lot of opportunities available for the semiconductor manufacturing equipment market to grow further even in the developed markets. The governments of these countries are making developments to improve investment scenario. The governments are providing tax-rebates, funds, subsidies and other such support to attract the manufacturing companies to set-up plants in their respective countries. Further, several governments have taken initiatives such as Made in China 2025, and Make in India, among others to flourish the growth of manufacturing and other high-tech industries. The high growth in semiconductor manufacturing equipment is driven by high demand for more semiconductor applications in automotive, industrial, consumer goods, and other electronic products including wireless, storage products. Major portion of revenue contribution in the fabrication of semiconductor products is played by memory chips and sensors used in several application for different purposes. It is expected that the low penetration will propel considerable growth during the forecast period, as long as there is considerable support from the government to the manufacturers.

The Wireless Connectivity market was valued at US$ 46,051.8 Bn in 2018 and is projected to reach US$ 127,880.0 Mn by 2027; it is expected to grow at a CAGR of 12.5% from 2020 to 2027. In today’s world, with the rapid advancement in technology, existing communication network infrastructure prove to be incapable of handling the predicted surge in the number of connected devices as well as the data explosion around the globe. As a result, there is a massive demand for a more robust and reliable communication network infrastructure capable of handling this huge influx of data. Smart devices such as smartphones, wearables, etc. have become an integral part of an individual’s lifestyle in recent times and thus the use of wireless communication over Wi-Fi & cellular has also rapidly increased. The bolstering demand of IoT connectivity, security, mobile data traffic, and expansion of mobile apps is leading to the integration of cloud architecture with the mobile networks to enhance the flexible delivery of services with high speed. The businesses around the globe are transforming rapidly with increased digitization. Innovation in technology have created a business landscape of “Disrupt or be disrupted.” Therefore, the market players are adopting different strategies such as agility, low cost, rapid deployment, and other expansion strategies. Network security and data breaches are two significant concerns for the wireless connectivity industry. Cellular M2M (Machine-to-Machine) provides the ability to connect several devices and applications by enabling fixed assets, such as electric meters, or mobile assets, such as fleet vehicles. The cellular M2M segment is composed of different communications products and development services, including cellular routers and gateways. The cellular routers provide connectivity for devices over a cellular data network. They can be used as a cost-effective alternative to fixed phone line for primary or backup connectivity for remote sites and devices. The volatile growth of the internet industry coupled with demand for mobility is fueling a rapid rise in the demand for cellular routers.

Semiconductor IPs (SIPs) are used for building large and complex ICs that are incorporated in modern electronic devices. An SIP is a reusable unit of logic, cell, or chip layout design and is also the intellectual property of one party. The upcoming electronic and semiconductor technologies are paving way for the automation of various operations in the manufacturing sector. Current trends that are buzzing in the manufacturing sector, such as robotics, machine learning, and artificial intelligence, have enabled machines to match or even outpace humans in various activities, including the cognitive activities involved at various levels of manufacturing. The evolution of Industry 4.0 is also supporting the semiconductor IP market progress. With the ongoing pace of IoT emergence and deployment globally, the semiconductor industry is expected to play a crucial role and thus benefit from such innovations across the technology value chain.

The availability of positioning technologies has a profound influence over various daily activities and tasks such as navigation, positioning, tracking, monitoring, route optimizing and locating various assets among other applications. Further, the market continues to witness an increase in the scope of application through innovative services and solutions assisting improved level accuracy of positioning technologies. Moreover, the rise in adoption of GPS (Global Positioning System) technologies through an increase in smartphone penetration coupled with the growing popularity of location-based service mobile application has further boosted the demand for superior positioning technologies in the past decade.

Industrial automation is defined as the use of control systems such as computers or robots, and use of information technologies for handling various processes and machineries in an industry to replace a human being and it is the second step beyond mechanization in the scope of industrialization. It helps to increase productivity, cost of operation and improves productivity which help in surging the growth of industrial automation control market. Real-time systems are expected to give way to complex adaptive systems and multi-processing which would add new opportunities for this market in the coming years.