Empowering UK innovation through precision measurement standards
Semiconductor technology enables our digital world, driving advancements in computing, sensing, advanced telecommunications and emerging fields such as quantum technology. Forming the core hardware for critical innovations, semiconductors are essential to the production of contemporary digital devices – from smartphones and laptops to vehicles and complex electronic systems.
Its versatility has led to widespread applications across all areas of emerging technology, delivering automation, precision control and real time data processing. Serving as the backbone for artificial intelligence (AI) and modern electronic systems, semiconductors have seen a significant surge in global demand. In parallel, shifts in the geopolitical landscape have exposed vulnerabilities in the UK’s semiconductor supply chain, highlighting the strategic importance of enhancing national resilience and capabilities.
The semiconductor industry is at the forefront of innovation, driven by the increasing demand for faster, more efficient, and more reliable devices. As technologies evolve, new materials and architectures such as compound semiconductors, low dimensional materials, chiplets, photonics and 3D semiconductor integration offer promising solutions to meet the needs of next-generation electronic systems.
Global trends in metrology for semiconductors include:
- Nanoscale-to-wafer scale metrology for materials & devices
- Digital metrology for semiconductor manufacture
- In-process monitoring and hybrid metrology
- Material defects and failure analysis
- Advanced packaging (3D stacks & chiplets)
- Device and package reliability (RF, Power, Photonics)
- Emerging materials (3D Nanostructures, 2D materials, organic/hybrid, ultra-wide bandgap)
UK priorities in semiconductor metrology and standard
This report has been developed by the National Physical Laboratory (NPL) for the Department for Science, Innovation and Technology. It sets out the UK’s priorities for metrology and standards to support innovation and growth in semiconductor technologies.
The global semiconductor sector is changing quickly, driven by new materials, advanced device designs, and demand from artificial intelligence, quantum technologies, clean energy, and electrified transport. The UK has strengths in compound semiconductors, photonics, advanced materials, design and modelling, but these capabilities need a clear and connected measurement framework to translate into industrial advantage.
The report explains why trusted measurements and internationally recognised standards are essential for innovation, supply chain resilience and global market access. It identifies the areas where progress in metrology and standardisation is most needed and sets out practical priorities. Its purpose is to guide coordinated action across industry, government, academia and national laboratories to help the UK convert scientific capability into commercial leadership.
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Our team
NPL has over fifty highly respected scientists contributing to the semiconductor programme working across energy, health, prosperity, security and other areas of emerging technology. Our scientists work at the heart of the international Semiconductor industry, representing the UK on international committees to ensure that the UK’s needs are met by International Standards as they are developed. NPL’s independence means that we are strategically placed to bring together multiple partners from across industry and academia, locally and internationally.
NPL currently leads the EU Metrology project (EMPIR) on Metrology in Manufacturing Compound Semiconductors 2021-2024 (a UK and European partnership), and the Versailles Project on Advanced Materials and Standards (VAMAS) global partnership.