Radiation Hardened Electronics Market – Global Forecasts and Opportunity Assessment

An act of producing the electronic systems or components resistant to malfunction or damage done by ionizing radiation (electromagnetic radiation and particle radiation of high energy) is called as radiation hardening. These radiations are encountered in high-altitude flight and outer space, around particle accelerators and nuclear reactors, or during nuclear wars and nuclear accidents. Most of the electronic components are prone to damage by these radiations. However radiation hardened electronic components are placed on the non-hardened components with some manufacturing and design variations reducing the vulnerability to radiation damage.

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Extensive testing and development is required in producing a microelectronic chip which is radiation tolerant, radiation hardened electronic chips lag behind in new developments. TID (Total Ionizing Dose), EDLRS (Enhanced Low Dose Rate Effects), single event effects (SEE, SEB, SET, & SEL), and proton & neutron displacement charge are some of the tests used typically for radiation-hardened products testing. Cosmic rays, solar particle events, Van Allen radiation belts, secondary particles, particle accelerators, chip packaging materials are some of the major radiation damage sources. There are two types of radiation hardening techniques logical hardening and physical hardening.

Techniques included under physical hardening are production of electronic components by insulating substrates like silicon on sapphire and silicon on insulator. Bipolar ICs (Integrated Circuits), magneto resistive RAM (Radom Access Memory), capacitor based dynamic RAM (Random Access Memory) and shielding packages are radiation hardened. Logical radiation hardening techniques are redundant elements, hardened latches, parity checking, and watchdog timer for reducing radiation impact on electronic components.

The major factor driving the radiation hardened electronics market is rising demand for power management devices. Another factor augmenting the market for radiation hardened electronics market is rising demand for diodes, transistors, and MOSFETs in various defense and space applications. More technological advancements is leading to focus on integration of radiation hardened electronics chip into various devices. Another major driver for the market is the increase in the number of the space missions. One of the driver for the radiation hardened electronics market is rise in demand for communication satellites.

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Growing ISR (Intelligence, Surveillance, and Reconnaissance) operations, multicore processor technology and FPGA advancements will drive the radiation hardening electronics market in future. However the major challenge for the market is high cost involved in developing and testing the radiation hardened electronic devices. But rise in investments in R&D (research and development) of semiconductors and electronics will minimize the impact of this challenge. Another challenge being faced by the radiation hardened electronics market are the emerging of small satellites (SmallSats) with small life cycle. This small satellites market is called Space 2.0.

The radiation hardened electronics component market can be segmented based on components (power management, ASIC, logic, memory, FPGA), manufacturing technique (RHBD radiation hardening by design, RHBP Radiation hardening by process), application (space, aerospace & defense, nuclear power plant), geography (North America, Europe, Asia-Pacific, rest of the world).

North America is the largest market for radiation hardened electronics market. Europe is the second largest market for radiation hardened electronics followed by APAC. In North America, U.S. accounts for the largest share in radiation hardened electronics market. Canada and Mexico follow the numbers in U.S. for radiation hardened electronics market. The rising demand of the radiation hardened electronics market in North America region could be due to presence of rad-hard component manufacturers in large numbers. Also presence of some famous defense and space research institutes is the major reason for growing radiation hardened electronics market.
Space application is leading the radiation hardened electronics market. Space application is further segmented into commercial & military application.

Key players in the market include Honeywell Aerospace (U.S.), Xilinx, Inc. (U.S.), Atmel Corporation (U.S.), and BAE Systems (U.K.). Other Players include STMicroelectronics, Microsem, Texas Instruments, and IRC.

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Automated Optical Inspection Systems Market Growth Rate, Revenue, Demand And Forecast 2024

Automated optical inspection (AOI) is the automated system for visual inspection on a printed circuit board (PCB) (or an LCD, a transistor) in which an autonomous camera scans a device which is to be tested for both the catastrophic failure (for e.g. a missing component) and the quality defects (for e.g. a fillet size or a shape or a component skew). It is most commonly used for manufacturing processes as it is a test method which does not require any contact. It is implemented through various stages of the manufacturing process which includes bare board inspections, SPI (solder paste inspections), pre reflows and post reflows among the other stages.

Automatic optical inspection enables a fast and an accurate inspection of the electronics assembly and in particular printed circuit board ensuring the quality of a product coming out of production line is best and the item is correctly built without any manufacturing faults. Automated optical inspection system applies different techniques for fault detection in the printed circuit board. One of the techniques is template matching which compares the image of printed circuit board and the golden board. Another techniques used are pattern matching and statistical pattern matching.

The major driver for the automated optical inspection systems market is the fact that modern circuits are more complicated than the ones in the past though there are major improvements in these circuits. Another driver for the automated optical inspection systems market is the introduction of surface mount technology which has led to the reduction in the size of the printed circuit board. Increasing complexity of the printed circuit boards makes manual inspection not a viable option which has led to the growth of the automated optical inspection systems market.

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Another factor leading to the growth of the automated optical inspection systems market is the high volume requirements of the printed circuit boards owing to the growth in the consumer electronics market. Another factor leading to the growth of the automated optical inspection systems market is the increasing preference for high quality printed circuit boards used in the devices for the default free applications. Low cost of producing printed circuit boards due to the early fault detection in the production line by automated optical inspection systems is another factor driving the automated optical inspection systems market. The major challenge faced by the automated optical inspection system market is that these systems are intolerant of component variations on products. Another challenge faced by the market is the huge fixed costs of buying these systems.

The Automated optical inspection (AOI) market can be segmented based on the type (2D AOI systems, 3D AOI systems), technology (Inline and Offline AOI Sytems), application (Aerospace & Defence, Automotive, Consumer Electronics, Industrial, Medical devices, telecommunication, energy & power) and based on geography (North America, Asia Pacific, Europe, Latin America and Middle East and Africa).

3D AOI systems account for the largest automated optical inspection systems market as 3D technology provides more precision in analyzing the defects. Consumer Electronics accounts for the largest market when market is segmented by application as consumer electronics find the maximum use of the technology. North America is the largest market for automated optical inspection systems and is anticipated to be the largest market in the coming years owing to the increasing use of technology and consumer electronics. Asia Pacific is the fastest growing market for the automated optical inspection systems in the region owing to the rise in miniaturization of electronics systems.

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Some of the key players include Omron Corporation (Japan), Nordson Corporation (U.S.), Orbotech Ltd. (Israel), Koh Young Technology Inc. (South Korea), AOI Systems (U.K.), Mirtec Corporation (U.S.), Machine Vision Products (U.S.), Goepel Electronic GmbH (Germany), and Viscom AG (Germany).

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Deep Learning Systems Market Rising Trends, Latest Technologies Research And Future Scope 2025

Deep learning is one of the machine learning algorithms which use many layers of nonlinear processing units primarily for the data extraction and transformation. The deep learning algorithms are basically based on distributed representations. The increasing demand for improved system and human interaction acts as driving factor for the market. As the deep learning algorithms offers expert assistance and it primarily helps humans to extend their capabilities.

The market has been segmented into by application which includes signal recognition and processing, data mining, machine vision, satellite and medical imaging recognition, robotics among others. The market for deep learning systems by region has been segmented into, Europe, Asia Pacific, MEA(Middle East and Africa), North America  and South America.

Deep learning systems primarily develop a deep domain insight and transfer the required information to the end-users in usable way. For example, deep learning system has its huge applications in the banking and financial sector as it primarily helps bank employees to extend their work capabilities and allow banking institutions to focus more on customer interaction than the conventional transaction-based approach.

Moreover, the deep learning software offers solutions on the basis on analyzing client’s background and history and provides evidence and contextual based reasoning for any problems. With the increasing research and development activities the end use area of deep learning systems  are expanding which includes defense and aerospace, healthcare, oil and gas, telecommunication and information technology, retail, banking and financial sector, automotive, industrial among others. The deep learning system has huge potential applications in medical domain for image processing drug discovery and diagnosis and identification of chronic diseases.

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There are few more major applications for the deep learning systems which include autonomous car, cyber security, data analytics, and fraud detection among others. Rising technological advancement in the field of media and advertisement is also fueling the growth of the deep learning systems market. Application and usage of complex algorithms for the deep learning technology is one of the prime restraints for the market which may inhibit the growth of the market. However, advanced analytical tools which primarily deals with a massive volume of data of wide variety are enabling engineers and geoscientists in understanding the nature and extent of oil reservoirs. Increasing research activities in the field of data analytics software, the deep learning systems has huge potential opportunities in the consumer electronics field, research laboratory systems.

In 2016, North America accounted for the highest share of the deep learning systems market, followed by Europe and Asia Pacific. Robust growth in the data mining and increasing development in the data generation across end use industry verticals which include the financial services, banking and insurance (BFSI), retail, healthcare, is stimulating the growth of deep learning systems market across North America. The U.S. is dominating the market for deep learning systems across North America. In Europe, Germany, The U.K., Italy, Russia and France is contributing in the positive growth of the market.

Increasing research activities and demand for high end algorithms for data processing is pushing the growth of the market. I n Asia Pacific, China, India, Australia among others is holding a prominent position in the deep learning systems market. Huge development in the information technology and telecommunication sector is considered as one of the key drivers for the market across Asia Pacific region.  Brazil and Argentina both are prime contributors in the deep learning systems market in South America.  Growing retail sector, advancement in the different industrial fields which include oil and gas and mining along with development in the financial sector is also boosting the market for deep learning systems in UAE, South Africa across Africa and Middle East.

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Intel Corporation (The U.S.), Hewlett Packard Enterprise Company (The U.S.), Google Inc. (The U.S.), Microsoft Corporation (The U.S.) and International Business Machines Corporation (The U.S.) among others are some of the key companies operating in the deep learning systems market globally.

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Valves Market Key Trends, Manufacturers In Globe, Benefits, Opportunities 2027

Transparency Market Research recently published a report on the global valves market. The study forecasts the market to grow steadily during the forecast period due to the rising demand from the end-use industries. The stringent government regulations across different countries have also supported the global valves market’s expansion during the forecast period of 2019 to 2027. The rising industrialization and development of advanced solutions have also been highly instrumental in the market’s expansion states TMR.

As per the analysis of Transparency Market Research, global valves market was valued US$ 69.7 billion and expected to grow with a CAGR of 7% from 2019 to 2027 and reach the market size of US$ 128.1 bn in 2027.

The market is highly competitive in nature with the presence of small and medium players. Major players operating in this market are adopting strategies including merger & acquisition, product innovation & developments. Moreover, some players are offering advanced and cost-efficient valves that offer enhanced pressure control.

Key companies operating in the global valves market include General Electric Company, Scientific AVK Holding A/S, Schlumberger Limited, KITZ Corporation, and Goodwin International Ltd.

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The Oil and Gas Industry to Lead the Valves Market

It has been estimated that oil and gas segment accounted for the largest market in global valves market and expected to maintain its dominance over the forecast period. Factor attributing to the market growth is automation in the oil and gas industry. There has been an inundation in the use of robots to perform complex industrial tasks. The trend of plant automation is highly prevalent in the oil and gas industry. Such processes essentially require valves to ensure efficiency. These factors have highly contributed to the valves market’s growth.

Global valves market is segmented on the basis of product type, by industry and by industry by type. In product type segment, global valves market is categorized into pressure reducing valves, safety/relief valves, control valves, globe valves, plug valves, gate valves, ball valves, butterfly valves, diaphragm valves and other valves. Control valves is further segmented on the basis actuation technology. Gate valves, globe valve, ball valves, butterfly valves and diaphragm valves are further segmented based on valve type. Furthermore, the industry segment is categorized into oil & gas, power, chemicals, marine, construction, pulp & paper, mining, water and wastewater treatment and others.

Oil and gas industry is segmented into LNG (Liquefied natural gas) and petroleum. Petroleum sector is further categorized as upstream, midstream and downstream. The power industry is segmented as fossil, nuclear power and other power. Fossil segment of power is further sub segmented as coal & oil and natural gas. Further, the report includes estimation of valves market by product type by industry for various sectors such as oil & gas, fossil, petrochemical, nuclear power and other sectors. Revenue as well as volume data is estimated for all above mentioned segments.

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Global valves market report also includes competitive profiling of the key players associated with the valves market around the globe. The important business strategies adopted by leading players, their market positioning, financials, SWOT analysis, and recent developments have also been identified in the research report. The competitive landscape section of the report also gives an overview about the major contributing regions/countries by these key players in order to strengthen their market position in the future.

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Composite Railroad Tie Market Growth And Forecast By End-Use Industry 2021-2030

A railroad tie is rectangular square of help utilized in the rail lines for rail tracks. Railroad ties are useful in moving the heap to the rail track weight while holding the tracks flawless. Composite railroad tie is an arising item innovation in the market that is generally overwhelmed by wood and solid materials. Composite railroad tie has demonstrated to beat conventional tie materials because of its properties, for example, impervious to a few climate conditions and against destructive. A composite railroad tie doesn’t disintegrate or decay after some time.

Composite railroad tie is additionally dampness safe and insusceptible towards pervasion by bugs. Composite railroad tie is created from reused materials, for example, plastic and elastic, which makes it climate amicable. Composite railroad tie makers guarantee that item has a more drawn out life when contrasted with its wood partner, and requires no prepared staff or uncommon devices for establishment.

Composite Railroad Tie Market: Competitive Landscape

Some of the key players in the global composite railroad tie market include American TieTek LLC, AXION STRUCTURAL INNOVATIONS LLC, Atlas Trading International LLC, Greenrail Group, Lankhorst Mouldings, eWood Solutions, Bios Commercial Wood, Sicut Enterprises Limited, Leonhard Moll Betonwerke GmbH & Co KG., and IntegriCo Composites.

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Composite Railroad Tie Market: Drivers and Restraints

The administration life of wooden railroad ties is less when contrasted with composite railroad ties. Combined with this, the railroad networks are presented to serious climate conditions which go about as an imperative factor causing the disappointment of wooden ties. Being for all intents and purposes impervious to water, synthetics, and daylight, composite railroad tie fills in as a superior option for the rail line area around the globe.

Composite railroad tie offers a superior working life expectancy, low support interest and better execution, making the composite railroad tie more alluring. Likewise, the possible public interest in composite railroad tie as a method of using plastic waste is pushing the interest for the item. The creation of wooden railroad ties causes deforestation, which represents a danger to the climate.

Composite railroad tie is produced by reusing predominantly plastic and car tires. Toward the finish of its administration life, the composite railroad tie is as yet recyclable. Railroad networks have been the most trusted to move merchandise ashore, and this is required to develop with a practically mid-single-digit development rate all through the estimate period. With new railroad tracks arranged and being set down, and developing mindfulness combined with the unmistakable fascination from public authorities, the worldwide composite railroad tie market is foreseen to stay driven all through the conjecture period.

Nonetheless, with the primary composite railroad ties being set down in 1960s, the composite railroad tie has picked up market share, yet at the same time falls behind the wooden railroad tie fragment. Then again, with more up to date players entering the composite railroad tie market and presenting licensed items with current innovations like RFID (to improve the item discernibility), the composite railroad tie market is foreseen to grow in volume-esteem terms.

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Composite Railroad Tie Market: Regional Outlook

Regionally, nations in Europe have a lot denser railroad network on the planet, and subsequently, the composite railroad tie market is relied upon to encounter a critical development in this district. With more number of significant players situated in North America, the North American composite railroad tie market is relied upon to develop at a sound rate. Asia Pacific and China composite railroad tie markets are foreseen to develop at a quicker rate because of the high populace and creating rail tracks. With cutting edge railroad innovations, Japan is relied upon to be one of the critical nations in the composite railroad tie market.

This study by TMR is all-encompassing framework of the dynamics of the market. It mainly comprises critical assessment of consumers’ or customers’ journeys, current and emerging avenues, and strategic framework to enable CXOs take effective decisions.

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Trim Tabs Market Value, Consumption, Status and Forecast 2030

The global trim tabs market is set to grow at a stellar pace over the years to follow, mainly due to advancements in trailing edge technologies for boats, aircrafts, and ships. The relevance of sea and air travel has increased in recent times, creating fresh opportunities for growth across the global trim tabs market. The manufacturing of trim tabs follows a robust route of quality checks in order to assure the end-users of optimal safety. Several new and emerging technologies have emerged in the domain of boat-manufacturing and aircraft engineering. The use of both of these water and air passage carriages in the tourism and adventure sector has given an impetus to the growth of the global trim tabs market.

This review by Transparency Market Research (TMR) is a deft commentary on the trends and opportunities floating in the global trim tabs market. There has been an increase in the number of manufacturers who develop boats and aircrafts. Despite the use of trim tabs in both of these systems, they are manufactured across separate units, mostly by different companies. Therefore, trim tabs have a diverse market to cater to, making it necessary for the vendors to adhere to changing market requirement. The COVID-19 pandemic affected manufacturing during the pandemic situation, but manufacturing operations are gradually regaining momentum.

Global Trim Tabs Market: Competitive Landscape

The primary function of trim tabs is to ensure desired control of boats and aircrafts. The safety feature associated with the use of trim tabs has put market vendors on their toes. These vendors are under constant pressure to manufacture and test trim tabs that can be a source of utility for operators. The availability of high-quality trim tabs that can be repaired over a period of time has created new opportunities for growth across the global trim tabs market.

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Trim tabs functions on the principle of managing thermodynamic forces and manoeuvring for boats and aircrafts. The leading vendors in the trim tabs market have acquired formidable expertise in understanding and encapsulating the technological requirement of manufacturing trim tabs. Some of the leading vendors existing in the global trim tabs market are Trim Master Marine, Inc., Volvo Penta, Linear Devices Corporation (Lecrotab), Bennett Marine Inc., Lenco Marine, and Aviat Aircraft, Inc.

Global Trim Tabs Market: Key Trends

The use of aircrafts is not restricted to air travel alone; their application in landscape inspection and defense operations has also gained prominence in recent times. Besides, the aviation industry has become increasingly inclined towards ensuring optimal safety of the passengers. The incidence of air accidents and plane crashes has significantly reduced over the past decade. This is suggestive of the deployment of robust and resilient technologies in aircrafts. The use of trim tabs is a basic tenet of manufacturing of aircrafts. These tabs blow life into the safety architecture of aircrafts. Use of trim tabs in defense aircrafts is all the more important due to the risky nature of defense operations.

The demand for commercial boats is touching new heights in these times, majorly due to advancements in the marine industry. The docking of vessels and ships across ports also requires proper inspection of the port and dock. This necessitates the use of well-equipped boats that are empanelled with trim tabs of the highest quality. Therefore, the global trim tabs market is foreseen to tread along a lucrative and seamless growth path.

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This study by TMR is all-encompassing framework of the dynamics of the market. It mainly comprises critical assessment of consumers’ or customers’ journeys, current and emerging avenues, and strategic framework to enable CXOs take effective decisions.

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Automotive Battery Management System Market Insights, Statistics, Shares and Forecasts to 2030

The awareness about environmental hazards is spreading like wildfire across the globe. Many individuals are moving toward using sustainable methods to save the earth from more damage due to factors like global warming. Air pollution is one of the major concerns regarding environmental hazards. To reduce this type of pollution, the adoption of a cleaner transportation mechanism is necessary.

Many people prefer electric vehicles as a good option for cleaner transport. Governments across various countries are also supporting the increased usage of electric vehicles. For the safe utilization of batteries in an electric car, an efficient automotive battery management system is necessary. Thus, based on this aspect, the global automotive battery management system market is expected to garner promising growth across the forecast period of 2020-2030.

These battery management systems assist in detecting and monitoring battery usage. This system also ensures the proper recharging of batteries in an electric vehicle. Thus, all these features of an automotive battery management system help in increasing the growth rate.

Based on battery type, the global automotive battery management system market can be classified into nickel-based, lithium-ion-based, flow batteries, and advanced lead-acid based. These battery management systems are used prominently in electric vehicles, e-bikes, and golf carts. On the basis of connection topology, the automotive battery management system market can be segmented into distributed, modular, and centralized.

The study on the automotive battery management system market helps the CXOs to bury the barriers of fake information and offers a full analysis of varied segments. The report offers a five-point (emerging trends, competitive landscape, a scrutinized detail of the regions, key players, and latest developments) benefit to the stakeholder. This factor plays an important part in imparting the right information to the stakeholder.

Furthermore, the study pays attention to the effect of the SARS-CoV-2 pandemic and also on the dangers that may hurt the growth of the automotive battery management system market. The analysis by the researchers also highlights the opportunities and challenges that the automotive battery management system market is anticipated to face between 2020 and 2030.

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Automotive Battery Management System Market: Competitive Landscape

The automotive battery management system market is consolidated with a few major players accounting for a larger growth share. These companies always strive to attract a large customer base through the launch of novel products and features. This is achieved through intense research and development activities.

Some well-established players in the automotive battery management system market are DENSO Corporation, Gentherm Incorporated, NXP Semiconductor N.V., Continental AG, Robert Bosch GmbH, Hanon Systems, and Renesas Electronics Corporation.

Automotive Battery Management System Market: Increasing Role of Governments in Promoting E-Vehicles to Boost Growth

The growing environmental concerns are leading the governments of various countries to introduce initiatives that encourage the use of electric vehicles. For instance, the UK government has announced a total ban on new petrol and diesel cars from 2030 under the Prime Minister’s Green Plan.

The Indian Government recently announced its plans to set up an infrastructure for 69000 EV charging stations across India. Delhi, the capital of India has announced a heavy discount and benefits on the purchase of EVs in the union territory. Hence, the promotion of EVs will eventually help in the growth of the automotive battery management system market.

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Automotive Battery Management System Market: Regional Perspective

Asia Pacific’s automotive battery management system market may gain extensive growth across the forecast period of 2020-2030. The rising influence of e-vehicles in China and favorable government policies for electric vehicles in India may serve as prominent growth factors for the automotive battery management system market.

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