Graphic Add-in Board Market | Industry KnowHow By 2026

Graphic add-in boards (AIB) help to enhance memory, graphics, and communication in desktop computers and other electronic instruments. They produce good quality pictures because of discreet graphic chips and tremendous memory. Graphic add-in boards (AIB) are sold directly to consumers and are typically used in workstations, servers, and factories.

The demand for graphic add-in boards (AIB) has risen because of their use in supercomputers, remote workstations and simulators. The first two find use in scientific and technical applications, namely aerospace, defense, and research and development. Their demand is expected to soar because of the various kinds of gaming with 3D image on desktops.

The rise and popularity of tablets, laptops, and smartphones, on the other hand are posing a major challenge to the market for graphic add-in boards (AIB).

North America, Latin America, Europe, Asia Pacific, and the Middle East and Africa are some of the key regions in the global market for graphic add-in boards (AIB) and North America of them, leads the market with significant share. This is primarily on account of the major spends on the defense and aerospace and scientific research in the region which generates a lot of demand. In terms of growth, on the other hand, Asia Pacific, it expected to outshine all other regions on account of the burgeoning consumer electronics market in the region. Europe is another key market where investors are pouring in money.

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s3 Group, Nvidia Company, Advanced Micro Devices (AMD), and Matrox are some of the key players in the market that are constantly strategizing to grow their shares further.

Graphic add-in boards (AIB) are used in desktop computers, and other scientific instruments to augment graphics, memory and communication capabilities. These devices generate output image with good picture quality. Graphic AIBs use discreet graphic chips and high speed memory that improves its performance for producing good quality image and this is expected to increase the market share in the age of 2 dimension (2D) and 3 dimension (3D) images. These devices have been directly sold to customers and are installed in servers, workstations and factories.

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UV/Visible Spectroscopy Market – Focuses on Top Companies, Research Methodology, Drivers and Opportunities 2026

(UV)Ultraviolet–visible spectroscopy, alternatively known as ultraviolet-visible spectrophotometry, refers to the absorption spectroscopy technique that measures the absorption of ultraviolet radiation due to its interaction with a sample. UV/visible spectroscopy utilizes light in the visible spectral ranges. The reflectance or absorption of UV radiation by a sample directly affects the color of the chemicals involved due to electronic transitions. Ultraviolet/visible spectroscopy is used extensively in analytical chemistry in order to determine the presence of a particular substance in a sample or to quantify the amount of substance present in a sample. Owing to the increasing application of ultraviolet–visible spectroscopy in environmental screening, the demand for UV/visible spectroscopy is anticipated to witness a robust demand in the coming years.

Growing demand for UV/visible spectroscopy in various pharmaceutical industry across the globe is the primary factor predicted to boost the demand of UV/visible spectroscopy during the forecast period from 2016 to 2024. In pharmaceutical industry, UV/visible spectroscopy are increasingly used to detect the presence of impurities in organic molecules. UV/visible spectroscopy is also utilized extensively across various pharmaceutical industry for structure elucidation of different organic molecules in order to determine the presence of hetero atoms or to gather information regarding the saturation state of a compound.

In addition, rising demand for UV/visible spectroscopy in food analysis for determining the quality of food is also expected to trigger the market growth of UV/visible spectroscopy in the coming eight years. Moreover, increasing investment in molecular diagnostics and emergence of biobanking is anticipated to create a better opportunity for different UV/visible spectroscopy manufacturers during the forecast period.

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For the purpose of providing an exhaustive analysis of the market, the global UV/visible spectroscopy market has been segmented on the basis of instrument type, application and geography. Based on instrument type, the global UV/visible spectroscopy market has been classified into single-beam systems, array-based systems, dual-beam systems and handheld systems.

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All Flash Storage Market – New Innovations, Application, Recent Technology Updates & Forecast

All flash storage is a repository system that provides extended storage to keep data safe and secure. It is in the form of hardware that is also called solid state storage disk (SSD). All flash storage transfers the data faster than other storage systems at any given point of time and also helps maintain lower power consumption. Flash storage uses flash memory to maintain the data for a longer period of time. A flash storage is a solid state storage drive system that contains multiple flash memory drives, unlike the spinning hard disk drives present in other storage systems. Flash array is a type of nonvolatile memory that can be deleted and reprogrammed. The memory blocks can be erased in a flash so it can be termed a type of erasable programmable read-only memory (EEPROM).

In contrast to hard drives, solid-state drives have better performance capabilities, particularly in terms of speed. Hard drives take more time to fully boot up to the machine they are attached to; however, flash storage can easily get started and running in a few seconds. Flash storage can handle workloads quickly, which makes them great for complex data sets and operations. Businesses that require fast processing of applications and quick access to stored data tend to use flash storage in place of other storage devices.

The all flash storage market has been experiencing a higher rate of growth during the last few years as a result of the improved popularity of all flash storage technology in the enterprise segment. Moreover, all flash storage is available for many devices, such as computers, laptops, and smartphones. The important drivers of all the flash storage market are increased storage performance and reliability, as these devices have no moving parts; also, the scalability offered by all flash storage is helping enterprises alter their storage capacities.

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However, the higher cost associated with all flash storage could be viewed as a restraint. The cost structure of all flash storage could be improved with the help of data reduction technologies to lower the expenditure. The ease of use offered by all flash storage systems with the help of innovative management interfaces and faster operations is expected to drive the market during the forecast period.

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Automated Optical Inspection Systems Market – In-depth Industry Analysis Research Report Forecasts to 2024 by TMR

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. 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.

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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.

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Multi-Chip Module Market Remains Hot through 2024, Reports TMR

Multi-chip module (MCM) is expected to become an integral part of modern electronics systems in order to satisfy the increasing demand of electronic equipment miniaturization. It consists of two or more integrated chips that are electrically interconnected to a common circuit base. MCMs are normally mounted on a substrate by plastic molding and by a tape bonding or wire bonding on a printed circuit board. Multi-chip module technology is utilized extensively to support various functions of a semiconductor product. The global market of multi-chip module is expected to witness an exponential growth during the forecast from 2016 to 2024 owing to support the growing need of sleek electronic devices capable of providing high performance.

Moreover, increasing demand for semiconductor products having low electromagnetic interference and high capacitance is also anticipated to trigger the need of multi-chip module in the coming eight years. In addition, advent of power efficient and smarter connecting devices such as smart television and different home automation products is also expected to boost the demand for multi-chip module during the forecast period. Further, multi-chip module integrates different chip in a single board and thus helps to curtail the manufacturing cost of various electronics devices. Thus, increasing need of various consumer electronics manufacturers to minimize manufacturing cost of the products is also predicted to augment the demand of multi-chip module in the coming years.

However, due to cyclic revenue inflow of the semiconductor industry is the primary factor anticipated to limit various industries to enter into the multi-chip module market. This in turn is expected to affect the market of multi-chip module market to some extent during the forecast period.

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For providing detailed overview of the multi-chip module market, the market has been segmented on the basis of fabrication technology, application and geography. Based on various fabricating technology used in the manufacturing process of multi-chip module market can be categorized into Laminated MCM (MCM-L), Deposited MCM (MCM-D) and Ceramic substrate MCM (MCM-C). MCM-L technologies is based on the traditional printed circuit board technique where organic dielectrics and several layers of conductors are covered by pressure and heat cure technique. Owing to low cost and high density of MCM-L, this segment is utilized extensively across various semiconductor manufacturing industry and held the largest market share in 2015. On the other hand, due to impressive thermal match with silicon semiconductor, the MCM-D segment is anticipated to experience a promising growth in the coming years.

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Eddy Current Testing Market – Forthcoming Developments, Business Opportunities & Future Investments

Eddy current testing or ECT is a testing technique that has its roots in electromagnetism. Making use of non-destructive testing, it is used in non-destructive testing in a bid to characterize surface and detect sub-surface flaws in conductive materials.

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The main applications of ECT include tubing inspections and surface inspection. This sensitive technique can locate tight cracks of various types of surface. Surface inspection can be done on both non-ferromagnetic and ferromagnetic materials. The application of tubing inspection, however, is confined to non-ferromagnetic materials.

The factors that are driving this market are advancements in eddy testing technologies. The development in this technology has encouraged customers to adopt this technology. Increasing infrastructural development and safety regulations by government in emerging economies are responsible for the growth of the market.

However, since ECT is electrical in nature, it’s usage is limited to conductive material. There are also physical limits pertaining to the generation of eddy currents and depth of penetration.

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The market is segmented by technique, service, end-use and by region. By technique, the market is divided into conventional eddy current, remote field testing, alternating current field, eddy current array and others. By service, the market is segmented into inspection services, equipment rental services, calibration services, training services. The market is also segmented by end-use industry namely oil and gas, manufacturing, aerospace, automotive, power generation and others.

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3D Terrestrial Laser Scanning Market – Business Growth, Development Factors, Applications, And Future Prospects

3D Terrestrial Laser Scanning is a field based technique where a laser beam is emitted in order to measure the act position and dimension of the objects in a 3D space. This device is known for its surveying instruments that is suitable for industrial applications. One dimensional measurement system along with mechanical deflection system are most commonly present in these 3D terrestrial laser scanners. Due to their application in different industrial sectors, certain companies using it for getting the precise data of the surrounding. These devices also aid sites if there is an emergency requirement to plan and evacuate. ‘Laser Scanner’ is the instrument that guides the laser beams into different directions in order to monitor the forest resources terrestrial. The predominant terrestrial laser scanners has often been called as a light detection and ranging (LiDAR) device as it enables capturing of high-end geographical data and supports topographical surveys with different digital models.

The market for terrestrial laser scanning has advanced exponentially with massive adoption of 3D applications. The reasons for growing demand of the 3D terrestrial laser scanner is due to its continuous advancement in technology, reduced laser scanning and training costs. Moreover, the all-in-one design of the 3D terrestrial laser scanner has in built scanner, with display and control buttons, a good camera along with enough data storage capacity.

The 3D terrestrial scanners have been adopted in the market due to decreased power consumption, size, weight and price. They have also been enabled with better quality of camera that can capture dark and oblique surfaces with proficient accuracy range. Nevertheless, the terrestrial scanners have been earlier acknowledged to be used for safety measures in the residential sectors of the city due to its measurement capacity in a short-span of time.

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The 3D terrestrial laser scanning can be segmented on the basis of end users market. The end-users market for 3D terrestrial scanning market is civil engineering and infrastructure, forestry, transportation, aerospace and defense and many other domains. The most commonly used terrestrial laser scanners are for the purpose of forestry and defense. Now a days, this device is often being used in the cities during some emergency in order to plan and evacuate public.

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