Strained silicon is a technology used for creating transistors on a chip. It involves depositing silicon over silicon germanium, which results in the silicon atoms aligning with the wider-apart silicon germanium atoms, allowing for less resistance and improved performance.
The technology is used by AmberWave Systems Company in Salem, New Hampshire and has been adopted by IBM since 2003. IBM managed to produce strained silicon using silicon crystals instead of germanium, greatly simplifying the production process.
FAQs
How does strained silicon improve transistor performance?
Strained silicon aligns with wider-apart silicon germanium atoms, resulting in less resistance, which improves transistor performance.
What companies use strained silicon technology?
One of the leading companies in this field of technology is AmberWave Systems Company, based in Salem, New Hampshire. IBM also adopted strained silicon technology in 2003.
Final Thoughts
Strained silicon is a technology used for creating transistors on a chip, which results in less resistance and improved performance. This technology is actively used by AmberWave Systems Company and has been adopted by IBM since 2003, leading to greater simplicity in production methods.
