The article Super Transistors should make electronics faster and more efficient first appeared at the online magazine Basic Thinking. You can start the day well every morning via our newsletter update.
Researchers of the MIT have developed new super transistors who are supposed to be inexpensive, scalable and compatible with existing chipbares. The result: a faster and more efficient performance with less energy and heat loss.
Modern electronics are getting faster and more energy -hungry at the same time. In areas such as mobile communications, data centers or AI systems, chips are needed that bring high performance but consume as little electricity as possible. Exactly follow such an approach at the moment Researchers at the Massachusetts Institute of Technology (with).
They combined two known materials (silicon and gallium nitride) in a completely new way that could advance technology and the environment alike. The background: Gallium nitride (short: gan) is a semiconductor material that works much more efficiently than classic silicon.
However, it is expensive and difficult to process. So far, large -scale use has often failed at these hurdles. However, the new procedure of the co-scientists should solve this problem. Instead of gluing entire gan plates on silicon, just place tiny transistors from GAN specifically on silicon chips. The effort was therefore limited and nevertheless led to a significant increase in performance.
3D chips: Super transistors for powerful electronics
In practice, this means that smartphones will soon have better reception, transferred more data and could last longer. Because a central part of the mobile phone technology, the power amplifier, can be significantly improved with the new technology.
But data centers that process huge amounts of data and consume a lot of electricity could also benefit from the more powerful and cooler 3D chips.
The trick lies in the so-called “3D stacking”: The small gan transistors (“Dielets”) are placed directly on the silicon chips using copper compounds. This process runs at relatively low temperatures, which prevents material damage and can be transferred to existing factories. In addition, manufacturers hardly need gan what the costs press and protects resources.
Gallium nitrid as the key to sustainable electronics?
In the long term, the researchers see far more potential in their Super transistors. From powerful antennas to quantum computers who work at extremely low temperatures. The technology apparently has the potential to fire many high-end applications.
What initially sounds like a small detail in chip production could have a major impact on many devices that we use every day. Due to the targeted use of Gallium nitride, 3D chips could soon deliver more power than comparable semiconductors-with less energy consumption.
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The article Super Transistors should make electronics faster and more efficient first appeared on basic thinking. Follow us too Google News and Flipboard Or subscribe to our update newsletter.
As a Tech Industry expert, I am excited about the potential of super transistors to revolutionize the world of electronics. These new transistors have the ability to make electronic devices faster and more efficient than ever before, which is crucial in today’s fast-paced technological landscape.
By utilizing super transistors, we can expect to see significant improvements in the performance of devices such as smartphones, computers, and other electronic gadgets. This will not only enhance the user experience but also open up new possibilities for innovation and advancement in various industries.
Furthermore, the increased efficiency of super transistors will lead to reduced energy consumption, making electronics more sustainable and environmentally friendly. This is a crucial step towards a more sustainable future and aligns with the growing focus on green technology in the tech industry.
Overall, the development of super transistors holds great promise for the tech industry, and I am eager to see how this technology will continue to evolve and shape the future of electronics.
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