Thin film silicon photosensors
Photodiode and photoconductor sensors with external quantum efficiencies above 0.1 from 200 to 700 nm. Response times as fast as the microsecond range.
200 mm wafers processing
At INESC MN we specialize in microfabrication of devices in 200 mm wafers, including integration with CMOS architectures.
Advanced Thin Films
Thin films are integral to the functionality of modern electronic devices, including magnetic sensors, photonic systems, and semiconductor components. At INESC MN, we provide a comprehensive suite of thin-film deposition and processing technologies designed to meet the diverse needs of the electronics industry.
SEMICON Europa 2024, 12-15 November
INESC MN was represented at SEMICON Europa 2024 at the Microelectronics Agenda stand. As Europe’s largest gathering for electronics manufacturing and semiconductor innovation, the event took place in Munich, Germany, from 12–15 November. This premier event brought together business leaders, technology innovators, researchers, and analysts from across the microelectronics supply chain. Discussions and exhibitions focused […]
Engineering and Science Go to School
Over five days, from November 18th to 22nd, Técnico researchers, students, and professors brought the wonders of science, engineering, and technology to life in 30 schools across three municipalities. More than 60 sessions engaged around 1,500 students, from 1st to 9th grade, inspiring the next generation of innovators. Our researcher Helena Alves participated in this […]
Video Release: INESC MN in the Microelectronics Agenda
As part of the Microelectronics Agenda, INESC MN is applying its expertise in microtechnologies to develop processes for encapsulating photonic chips and industrializing precision processes for integrated optical circuits. With over 30 years of experience in chip design, microfabrication, packaging, and testing, INESC MN has demonstrated solutions for sensors and integrated systems across health, biotechnology, […]
Standardized Microfluidic devices
Revolutionizing Lab-on-a-Chip and Organ-on-Chip Technologies for Precision Diagnostics and Research.
Guest Lecture at University of Florida by Tristan Gomes
INESC MN postdoctoral researcher Tristan Gomes recently delivered a guest lecture titled “Magnetic Skyrmions for Neuromorphic Computing” at the University of Florida. This lecture, part of the Spintronics and Quantum Technology class, offered Electrical & Computer Engineering students insights into the advanced potential of magnetic skyrmions—topologically stable quasiparticles—in developing neuromorphic computing architectures that emulate biological […]
Biochips | Magnetic Cytometry
Empowering innovation through integrated solutions combining microfluidic technology, magnetic sensors and customized electronics for signal amplification and acquisition.
Biochips for agrifood
Portable, point-of-impact microfluidic chips able to detect mycotoxins and small molecules, protein and nucleic acid markers of biotic and abiotic stresses in plants and food products.
