Advanced mounting methods spurred by innovative digital integration are responsible for the predicted accelerated growth within the global Surface Mount Technology (SMT) industry. Trends indicate a growing preference for miniaturized electronic devices, which will likely increase demand in this market segment, inspiring future growth. The shift towards smaller, more efficient...
Discover more insightsIn the world of electronics, the glass substrate market is of critical importance. Substrates, which are insulating materials used in the manufacturing of electronic hardware such as microchips and integrated circuits, dominate the landscape. Glass, preferred for its superb insulation properties and cost-efficiency, has seen widespread adoption, driving robust market...
Discover more insightsThe market for sophisticated IC substrates is being fueled by an array of factors, key among them being the steady rise in the use of high-performance computing devices across diverse industries. Moreover, the proliferation of IoT (Internet of Things) and the consequent need for embedded components in devices have significantly...
Discover more insightsThe glass substrate market is witnessing significant advancements, primarily driven by technological prowess. Notably, high-quality, ultra-thin substrates are the new frontier, catering to market needs regarding lightweight, flexible and efficient solutions – a demand chiefly triggered by the electronics industry. Researchers are persistently deflecting away from traditional glass manufacturing techniques...
Discover more insightsThe semiconductor industry, the backbone of almost all technological advancements, has shown considerable growth. This positive trend has been primarily driven by an increased reliance on electronic devices and systems, encouraging continuous innovation. The sector's dynamism is reflective in the high demand for nanotechnologies and microelectronic components that have the...
Discover more insightsTraditional electronics markets like computing, telecommunications and personal home devices have been consistent consumers of MLCCs. However, the blossoming interest in electric vehicles and renewable energy solutions are catalyzing a shift in demand projections. These technologies require highly reliable components, leading manufacturers to invest in MLCCs high capacitance values, compact...
Discover more insightsThe semiconductor industry is undergoing dynamic changes, among which is the escalating demand for advanced substrate materials. Traditionally, materials like silicon were predominantly used. However, an increasing need for more efficient and durable alternatives is driving the surge in demand for sapphire substrates. Sapphire, owing to its physical properties –...
Discover more insightsAt present, the development and production of Integrated Circuit (IC) substrates are central to the Printed Circuit Board (PCB) industry. The progressive miniaturization, enhanced signal transmission, and integrated function of electronic devices are creating demand for higher tier IC substrates, enhancing the industry's development accelerators. The on-going technological advancements in...
Discover more insightsThe Surface Mount Technology (SMT) segment has been witnessing steady growth dynamics, driven by several factors. Primarily, innovations in miniature electronic devices have driven demand for SMT, which enables high-speed assembly of small components. Furthermore, the rapid advancement of telecommunication and consumer electronic devices is another pivotal driver for the...
Discover more insightsThe global market for porous silicon substrates is being shaped by several key factors. The demand is primarily driven by its widening application in various sectors such as electronics, photonics, sensors, and biomedical, primarily due to its unique properties like high surface area, tunable pore size, and controllable porosity. Progress...
Discover more insightsThe demand for porous silicon substrates is largely driven by their unique potential in the semiconductor industry. Its ability to be engineered at microscopic levels for desired properties like reflectivity, refractive index and electrical conductivity, makes it well suited for integrated circuits and photovoltaic devices. Furthermore, the preference for these...
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