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For people, place, prosperity and planet, we deliver impact with measurement science.

Electronic and magnetic materials

Semiconductor Metrology

Empowering UK innovation through precision measurement standards

The National Physical Laboratory (NPL) plays a vital role in establishing measurement standards that are instrumental in driving innovation within the UK semiconductor sector. These standards not only guide capabilities but also contribute to the growth of compound semiconductors, advanced materials and packaging technologies, positioning the UK at the forefront of semiconductor metrology.

Capabilities

NPL has unique measurement capabilities, research facilities and international expertise for supporting the UK semiconductor industry, including electrical, magnetic, optical, chemical, structural, thermal, and dimensional measurement parameters. These capabilities are available to our partners for contractual services, collaborative R&D, and through grant-funded schemes. We also engage collaborate with industrial and international partners to develop new standards and reference materials, as well as representing UK interests on technical standards committees.  

Services

NPL provides physical measurements with traceability to SI units, providing the highest standards in terms of points of reference. Partners in the semiconductor industry rely on us for measurement services and calibrations for a wide range of applications.  

To find out more contact us

Informing standards for semiconductors online webinar

Join us to discuss measurement capability and standards research required to support the UK semiconductor industry, 8 August 2024.

Register now

Are you developing a product or service in semiconductor technology?

If you are a small medium enterprise find out how Measurement for Business could help.

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Case study

Metrology for Wide Bandgap Semiconductors

Article

Case study

Electrical tests in cryogenic and variable environments

Article

Case study

On-wafer measurement of semiconductor electronics for communications and quantum applications

Article