Samsung Will Begin Developing its Own 3NM Transistors
Colin Smith — June 30, 2022 — Tech
References: news.samsung & overclock3d.net
Samsung has announced its intentions to manufacture its own silicon 3NM transistors in-house. This is a notable initiative in a time where the silicon industry is consistently stressed by the supply chain and regional lockdowns. However, Samsung believes it has found a method of manufacturing 3NM transistors that results in more efficient chips through the use of its Gate-All-Round (GAA) architecture.
Samsung's version of 3NM GAA transistors are what it calls Multi-Bridge-Channel FET (MBCFET) transistors. According to Samsung itself, these MBCFET transistors are as much as 45% more power efficient than 5NM transistors while also boasting improved power at a reduced size. This new transistor form allows Samsung to outperform competitors in benchmarks by as much as 23% when compared to the existing 5NM architecture.
This initiative from Samsung could prove divisive in the silicon market as it becomes a high-profile competitor in the space.
Image Credit: Samsung
Samsung's version of 3NM GAA transistors are what it calls Multi-Bridge-Channel FET (MBCFET) transistors. According to Samsung itself, these MBCFET transistors are as much as 45% more power efficient than 5NM transistors while also boasting improved power at a reduced size. This new transistor form allows Samsung to outperform competitors in benchmarks by as much as 23% when compared to the existing 5NM architecture.
This initiative from Samsung could prove divisive in the silicon market as it becomes a high-profile competitor in the space.
Image Credit: Samsung
Trend Themes
1. In-house Silicon Manufacturing - Samsung's announcement to manufacture its own silicon 3NM transistors in-house highlights the trend for companies to take more control of their supply chain.
2. Improving Transistor Efficiency - Samsung's new Multi-Bridge-Channel FET (MBCFET) transistors are 45% more power efficient than 5NM transistors, showcasing the trend of improving transistor efficiency to create more powerful chips.
3. Gate-all-round (GAA) Architecture - Samsung's use of the Gate-All-Round (GAA) architecture in its 3NM MBCFET transistors highlights the trend of using innovative architectures to improve chip performance.
Industry Implications
1. Semiconductor Manufacturing - Samsung's in-house manufacturing plans for its 3NM MBCFET transistors may disrupt the semiconductor manufacturing industry by changing the traditional supply chain dynamics.
2. Electronic Devices - Improved power efficiency and increased performance of 3NM MBCFET transistors could disrupt the electronic device industry by allowing for smaller and more powerful devices.
3. Technology Hardware - Samsung's move to develop 3NM MBCFET transistors in-house may disrupt the technology hardware industry by creating a new standard for performance and efficiency.
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