Samsung and IBM Have Designed an Ultra-Efficient Semiconductor
Colin Smith — January 5, 2022 — Eco
References: ibm & springwise
Samsung and IBM have developed a prototype Vertical Transport Field Effect Transistor (VTFET) semiconductor chip. This VTFET semiconductor is purportedly 85% more energy efficient than current semiconductors. In addition to energy efficiency, the VTFET allows for nearly double the overall performance of flat surface semiconductors. This means that not only will a phone that incorporates a VTFET last for nearly ten times as long, but the threshold for performance specifications will be increased as well.
The utilization of this new chip-making strategy does not end at mobile phones, though. In fact, semiconductor chips are used in cars, household appliances, and even small objects that you wouldn't think to have a chip in it, such as simple clocks. This power efficiency can reduce the consumption of electricity of electronics across the board, creating a more efficient future.
Image Credit: IBM
The utilization of this new chip-making strategy does not end at mobile phones, though. In fact, semiconductor chips are used in cars, household appliances, and even small objects that you wouldn't think to have a chip in it, such as simple clocks. This power efficiency can reduce the consumption of electricity of electronics across the board, creating a more efficient future.
Image Credit: IBM
Trend Themes
1. Efficient Semiconductor Chips - The development of the VTFET semiconductor chip represents a trend towards energy-efficient semiconductor chips.
2. Increased Overall Performance - The VTFET semiconductor chip offers nearly double the overall performance of flat surface semiconductors, creating a trend towards increased overall performance.
3. Power Reduction Across Electronics - The power efficiency of the VTFET semiconductor chip can lead to a trend of electricity consumption reduction across various electronics.
Industry Implications
1. Technology - The technology industry can benefit from the development of the VTFET semiconductor chip, as it allows for more power efficiency in various electronics.
2. Automotive - The automotive industry can utilize the energy efficiency of the VTFET semiconductor chip in cars, reducing power consumption while improving performance specifications.
3. Appliance - The household appliance industry can benefit from the development of the VTFET semiconductor chip, as it can reduce electricity consumption and improve overall performance of various appliances.
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