SemiWise

Information

Website: https://www.semiconductorwise.com/

Contact person : Asen Asenov – asen.asenov@glasgow.ac.uk

Location: Glasgow, UK

Year of creation: 2013

Type of technology

Semiwise offers low power CMOS technology IP that has the potential to revolutionise the Internet of Things (IoT) and Artificial Intelligence (AI). Their IP covers a wide range of semiconductor technologies including conventional, SOI, and FinFET CMOS technologies.

Other possible applications of their technology

Application of Semiwise IP will result in a significant improvements in the performance and the reliability of circuits in IoT applications.

Disruptive innovation (s)

Effective and suitable device targeted for the design and application to IoT and AI  were overlook by major manufactures of the semiconductor devices for so long. Semiwise is trying a foothold by delivering more-suitable IP technology  at a lower price to these technologies . Their technology delivers the performance, low power system design and reliability that the IoT and AI customers require.

Experience and/or interest in financing their product development through publicly funded projects

They would like to be involved in national and international public funding programs and projects. They are wide range of experience in developing and designing modelling and simulation of semiconductor technologies. They firmly believe that they can make a difference by participating in the product development projects which are funded by public finance.

Training courses

Semiwise offers unique semiconductor training courses based on the concepts of virtual manufacturing using Technology Computer Aided Design (TCAD) tools from Synopsys:
  • Advanced CMOS Devices and Technology
  • Power Electronics Devices Design & Manufacturing
  • Virtual Reality Semiconductor Fabrication “

Product solutions

Semiwise offers CMOS technology and transistor design IP that delivers low leakage, less statistical variability, reduced power consumption, high performance and reliable device.