HomeTechnologyODTÜ device aims to extend phone battery life to one year

ODTÜ device aims to extend phone battery life to one year

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Published December 02,2024


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Researchers from the Middle East Technical University (ODTÜ) have developed a microelectromechanical techniques (MEMS) neuistor machine, impressed by the mixing of reminiscence and processing items within the human mind, with the purpose of extending cell phone battery life to a full 12 months.

Prof. Dr. Barış Bayram, a school member at ODTÜ’s Department of Electrical and Electronics Engineering, and analysis assistant Berre Vize, offered their “MEMS Neuistor” undertaking, developed within the college’s ULTRAMEMS Research Laboratory with help from the Ministry of Industry and Technology, the Higher Education Council, and TÜBİTAK.

Bayram defined that the MEMS neuistor, a neuromorphic processing element designed to permit digital gadgets to course of data equally to the human mind, is presently present process a patent software course of with the ODTÜ Technology Transfer Office.

Bayram shared that after observing similarities between mind cells and high-energy-efficient techniques, they began the undertaking. He added that the machine is totally suitable with present manufacturing processes, making it potential for world firms to rapidly convert it right into a marketable product.

“The human brain consumes about 25 watts of energy, but if we were to use the most advanced processors to replicate the brain’s functions, it would require 25 megawatts—much more energy,” Bayram mentioned.

He emphasised that the important thing to the mind’s vitality effectivity lies within the integration of reminiscence and processing items. In computer systems, reminiscence modules retailer knowledge, which is then processed by separate processors, inflicting steady knowledge switch that will increase vitality consumption and introduces delays. In the neuromorphic processor developed by Bayram’s staff, the reminiscence module and processor are built-in right into a single unit, permitting for energy-efficient processing.

“For example, currently, we need to charge our phones every day, but if the transistors in our phones were replaced with MEMS neuistors, we wouldn’t need to charge our phones for a year,” he mentioned.

SIGNIFICANT ADVANCEMENT IN DATA PRIVACY

Bayram additionally famous the excessive threat to non-public knowledge privateness when telephone customers share data with servers in different nations because of the limitations of present processors. With the mixing of MEMS neuistors, telephone operations might be carried out regionally with out sharing knowledge, which might additionally improve knowledge privateness safety.

Bayram defined that the excessive vitality consumption of present AI techniques, which depend on transistors, causes vital challenges, notably with server cooling. “For example, Google’s data centers face cooling issues, which is why they are often placed near the sea to use seawater for cooling. But if we use MEMS neuistor-based systems, we could operate data centers anywhere—even in the desert—because there will be no heat generation problem,” he mentioned.

He additional identified that decreasing vitality consumption and growing efficiency may assist mitigate world warming, decreasing the necessity for deforestation, and thus contribute to a extra environmentally pleasant expertise.

GLOBAL DISCUSSIONS WITH LEADING COMPANIES

Bayram emphasised that their MEMS neuistor invention may revolutionize not simply Turkey, however the whole world, and so they plan to interact with world firms working within the discipline of neuromorphic processors, reminiscent of Analog Devices, HP, IBM, NVIDIA, Amazon, and Google.

“This is just the beginning, the first seed. MEMS neuistors exist, but they use complex materials and lack industrial-level durability for long-term use,” Bayram added.

CONTRIBUTING TO TÜRKİYE’S LEADERSHIP IN THE FIELD

ODTÜ Research Assistant Berre Vize highlighted that present gadgets have but to fulfill the required requirements for reliability, industrial use, and compatibility with present built-in semiconductor micro-manufacturing processes. The MEMS neuistor machine, developed for the primary time by their staff, meets these necessities.

Vize acknowledged, “MEMS neuistors have the potential to revolutionize industries such as healthcare, finance, and transportation by providing faster and more efficient AI computing systems. Although we are still at the beginning of the global neuromorphic processor revolution, we will continue working to help Turkey achieve a pioneering and leading role in this field with our domestic invention.”

Source: www.anews.com.tr

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