FiCCC – at the core of Finland’s chip expertise
The Finnish Chips Competence Centre FiCCC plays a central role in advancing national semiconductor capabilities. Established under Finland’s chip programme, FiCCC brings together top experts to support the development of competitive chips and to stimulate demand across industry.
Operating at Tampere University’s Campus Arena, FiCCC supports digitalisation across multiple industrial sectors and connects research, companies and international networks.
System-in-a-Package pilot line – SiPFAB
An open System-in-a-Package (SiP) pilot line, SiPFAB is being built at Tampere University’s Hervanta campus. The pilot line enables companies to develop and test advanced chip systems in a shared, open-access environment.
SiPFAB focuses on environmentally friendly, customised and highly integrated solutions for the most demanding applications. The pilot line is part of the Chips Joint Undertaking’s
Wide Band Gap pilot programme, strengthening Tampere’s role in European semiconductor infrastructure.
SoC Hub – co-creating next-generation chip systems
The SoC Hub is a joint initiative between Tampere University and industry, focusing on the co-development of System-on-Chip solutions. It brings together companies, researchers and other stakeholders to support innovation in areas such as intelligent machines and edge computing.
By enabling close collaboration, the SoC Hub accelerates the adoption of SoC-based solutions while advancing research and education in chip system design.
Optoelectronics and advanced electronics research
Tampere is also a European leader in optoelectronics and advanced electronics.
The Optoelectronics Research Centre (ORC) at Tampere University is one of Europe’s leading research groups in the field, with over 30 years of experience in molecular beam epitaxy and the development of optoelectronic devices such as laser diodes and solar cells.
In parallel, the Electronics Research Centre foocuses on sustainable, scalable and economically efficient electronics manufacturing. Research areas include printed electronics, thin-film components, embedded systems, wearable technology, smart textiles, sensors, energy harvesting and low-power systems — all with strong industrial relevance.