Oxford Instruments provides market-leading scientific technology and expertise to academic and commercial organizations worldwide, serving key market segments including materials analysis, semiconductors, healthcare, and life sciences.
Founded in 1959 as the first technology business spun out from Oxford University, Oxford Instruments is now a global company that is listed on the FTSE250 index of the London Stock Exchange (OXIG).
The company’s growth and success have been driven by innovation, with its core purpose continuing to be the acceleration of technological breakthroughs that create a brighter, greener, healthier, and more productive future.
Unprecedented levels of investment into research and development are also taking place to support the creation of new materials and techniques designed to support global productivity and decarbonization, creating a significant growth opportunity for Oxford Instruments.
The company’s unique position allows it to anticipate global drivers, act as a catalyst for real-world progress, and connect academic researchers with commercial applications engineers.
Plasma Technology
Oxford Instruments Plasma Technology designs, manufactures, and delivers cutting-edge plasma processing applications and solutions to the compound semiconductor industry.
Its key technology offerings include atomic layer etch (ALE), plasma-enhanced atomic layer deposition (PEALD), ion-beam deposition and etch, and conventional plasma deposition and etch.
Products range from batch tools and clustered cassette-to-cassette platforms for high-throughput production processing to compact, highly flexible systems for research and development.
The solutions and products developed by Oxford Instruments Plasma Technology are leading improvements in device performance through material interface engineering and optimization.
This innovation advances the most pioneering applications for high-growth markets such as power semiconductors, quantum, datacom, 3D sensing, and augmented reality.
Semi Interface Magazine
Oxford Instruments’ Semi Interface magazine is a showcase for the company’s work across a range of sectors. Issue two of the magazine focuses on optoelectronics and datacom, with a particular focus on AI in the opto datacom market. The magazine’s headline piece looks at the growing need for devices and energy to process the exponentially larger amounts of data produced by generative AI.
This demand is driving huge change in the industry, prompting a transition to larger six-inch wafers for InP datacom transceiver fabrication, with automated production supporting scaling.
S.K. Murad provides useful insight into the challenge of InP scaling and automation, with the team at Oxford Instruments sharing its perspectives on the topic. These insights are inspired by the company’s market-leading position for InP datacom plasma processing, where it is working to support the leading opto datacom device-makers in their transition to automated six-inch InP production.
Yole Group’s own market analysis continues this theme, alongside an in-depth interview with Chuck Mattera, the previous CEO of Coherent.
Yole Group shares its perspective on the augmented reality market, offering useful insights on microLEDs, while Oxford Instruments’ Andrew Newton demonstrates the usefulness of ALE as a technique to remove sidewall damage after conventional etch.
The magazine also features part two of an interview with Paul Hurley, who continues to share his thoughts on interface optimization and microLEDs in his capacity as Meta Industrial Chair for Tyndall.
This information has been sourced, reviewed and adapted from materials provided by Oxford Instruments Plasma Technology.
For more information on this source, please visit Oxford Instruments Plasma Technology.