Introducing MSTcad™

Introducing MSTcad™

Introducing MSTcad™ By Robert Mears, Atomera Founder and CTO I have previously described how MST® can facilitate “precision doping profiles,” which are “frozen” or “anchored” in place and do not smear out after subsequent oxidations and anneals. MST does this...
Introducing MSTcad™

Materials Technologies Help to Advance Moore’s Law

Atomera’s technology helps to advance Moore’s law through material innovation as opposed to the more traditional path of geometric or line width reduction, and we believe this is critical to the future of the industry.  We are always gratified to see support for this...
Introducing MSTcad™

Better matching with MST

Better matching with MST Last year I wrote about one of the unique attributes of the MST® technology in the design and implementation of semiconductor doping profiles. MST can facilitate “precision doping profiles” which are “frozen” or “anchored” in place and do not...
Introducing MSTcad™

Download the Presentations from Atomera’s Technology Seminar

February 5, 2020 Access the Presentations that Were Shared of MST Smart Profile Breakthrough Revealed Learn recent technological breakthroughs for significant performance improvement in different semiconductor application areas.. Gain insights from Atomera’s process...
Introducing MSTcad™

MST Boosts RF-SOI Capabilities to Solve Key 5G Challenges

MST Boosts RF-SOI Capabilities to Solve Key 5G Challenges By Robert Mears, Atomera Founder and CTO Not very long ago, in 2G and 3G smart phones, the main application of an RF switch was to make efficient use of components for switching between simple transmit and...