💡Nexstrom Seeks to Revolutionize Chipmaking with 2D Materials
Nexstrom's 2D Materials Could Shrink Chips Further
TL;DR
Nexstrom, a semiconductor startup, is developing equipment to manufacture extremely thin semiconductors on chip wafers, aiming to solve the challenges of shrinking silicon transistors. The technology could significantly impact chipmakers like TSMC and Intel, who are also exploring 2D materials.
Nexstrom, a semiconductor startup, is developing equipment to manufacture extremely thin semiconductors on chip wafers, aiming to solve the challenges of shrinking silicon transistors. This technology could significantly impact chipmakers like TSMC and Intel, who are also exploring 2D materials. Nexstrom's North Star product can grow transition-metal dichalcogenides (TMDs) directly on 300mm wafers, a process that could lead to smaller, more efficient chips. The company has raised $15 million in funding and plans to have its equipment ready for commercial production between 2030 and 2035.
Key Points
Nexstrom's North Star product can grow transition-metal dichalcogenides (TMDs) directly on 300mm wafers, a process that could lead to smaller, more efficient chips.
The company has raised $15 million in total funding, including a $12 million seed round from investors such as Xora, Foothill Ventures, and SEEDS.
Nexstrom's technology is based on research by its co-founder and chief scientist, who has worked on 2D materials since 2012.
TSMC, Intel, and IMEC are all developing ways to integrate 2D materials into transistors, recognizing the potential for further chip size reductions.
Nexstrom plans to use the funding to further develop its technology and move its equipment closer to commercial production between 2030 and 2035.
Why It Matters
If you're working on shrinking chip sizes for better performance and efficiency, Nexstrom's 2D materials could be a game-changer. Companies like TSMC and Intel are already exploring this technology, and Nexstrom's North Star product could help them achieve significant advancements. However, the timeline for commercial production is still years away, so it's not a near-term solution.
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