Technical Ceramics Holds the Key to Every Ultra-Modern Technological Innovation, Reports Say

• Analysis
• 06-October-2020

The usage of ceramics is not just confined to making mugs and cups in pottery class. The earth has been exploited by mankind for ages to collect ceramic that can further be used to make lasers, electronics, armours, and more. The engineering or high-performance ceramics, also known as technical ceramics, are referred to the inorganic materials whose physical and thermal properties make them preferable for developing electronics, unlike other materials. Technical ceramics have limitless possibilities for mechanical and plant engineering, textile manufacturing, medical technology, and automotive manufacturing. Furthermore, technical ceramics are also considered as the backbone of all the newfangled technologies such as 5G infrastructure and artificial intelligence (AI). With the ever-increasing demand for technical ceramics, the Global Technical Ceramics Market is bound to grow enormously.

How Technical Ceramics Aids AI Development and Internet of Things (IoT)

With the increase of virtual assistants in the digital spaces and commercial sectors, the usage of AI has shifted to a practical conversation from just a mere theory. However, power sources have emerged as the primary obstacle to these technologies. These days, the leading artificial intelligence programs consume almost 250 kW power in comparison to just 20 W consumed by our brain. This disheartening gap in power consumption results in making the AI technology unfeasible.

On the contrary, technical ceramic is used by memory chip manufacturers to develop durable, low-power consuming, non-volatile, and fast memory chips. In addition to that, technical ceramic has the capability to replace standard silicon-based memory chips for a viable foundation for AI.

With the rising popularity of the Internet of Things (IoT), it has taken an irreplaceable space in our everyday lives. Furthermore, with the emergence of 5G, IoT devices would take connectivity to an ultimate level, along with unlocking new opportunities. Technical ceramics could help meet the demands for full autonomy and also aid the growth of interconnectivity. From wearable devices to driverless vehicles, every application, every device is now connected. In order to make these devices work for a longer period without dormancy, there is a terrible need for electro-ceramics that can withstand extreme pressure and temperature.


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