Inex Microtechnology Limited

Accurate inertial measurement units are critical for autonomous navigation where access to Global Navigation Satellite System networks is denied/unavailable/unreliable. This is particularly relevant to timing, navigation in defence, and civilian applications such as seabed explorations, autonomous infrastructure monitoring, and manufacturing control. The ...

Accurate inertial measurement units (IMUs) are critical for autonomous navigation in where access to Global Navigation Satellite System (GNSS) is denied/unavailable/unreliable. This is particularly relevant to defence/security applications (e.g. cruise missiles) or civilian applications such as remote search and rescue situations. The QGyro project will d...

Inex is the UK's leading independent, full service, Compound Semiconductor development and manufacturing company specialising in gallium nitride (GaN) devices for radar, communications and power switching applications. The company also has significant expertise in the development and manufacture of indium antimonide devices for photonics including LED's a...

The project will develop novel UK designed and manufactured compact Rb-oscillators to serve as holdover clocks in GNSS-independent applications requiring precision timing. The state-of-the-art compact atomic clocks arising from this project shall take advantage of recent advances in Quantum Technologies to find widespread application in new and revamped U...

Success in commercialising thermal vapour-based atomic sensors and devices is hampered by the availability of reliable, low-cost, quality vapour cells. Progress has been made in the manufacturing of wafer cells to allow for proof-of-concept demonstrations, but some of the more-challenging performance and functional requirements necessitate added functiona...

**M-PowerD --** **M**anufacturing PSJ GaN **Power D**evices in the UK This is a project to build capability in the UK's only commercial GaN fab, INEX Microtechnology Ltd, to manufacture the world's first, low cost, high voltage GaN power transistors. Our project aims to develop a polarisation super-junction high electron mobility transistor (PSJ HEMT) and...

QT Assemble brings together a consortium of UK companies to develop highly-innovative assembly and integration processes for new markets in quantum technologies. Waveguide writing, nanoscale alignment and monolithic integration will be used to deliver new levels of performance in robust and reliable platforms. High-performance components and systems will ...

Quantum magnetometers optically monitor the interaction between alkali-metal-atoms and an external magnetic field and detect the change in electron spin due to the magnetic field being applied. This allows the detection of micro-defects in materials and objects that are not visible or hidden from view. The MagV project will deliver the World's first comme...

This is a disruptive project to research and develop a manufacturing process for graphene electronic devices. Graphene, a single atomic layer of carbon, was discovered in 2004 at the University of Manchester, and its discoverers were subsequently awarded the Nobel Prize in 2010. This novel material has amazing properties: optically transparent, more elect...

"This project will assess and characterise new and existing techniques for measuring the current flow through EV batteries including based upon emerging quantum sensor technology. A new generation of battery management systems can be developed as a result of these measurement to enhance the life and performance of the battery pack in consumer vehicles. Th...

This project will develop a magnetometer field demonstrator which exhibits a combination of higher sensitivity and reduced size weight and power compared to existing commercial products.

This project addresses a rapid growth global market requirement, in many cases legislatively driven, for mass produced ultra-low power consumption gas sensors. The project will achieve a step change reduction in gas sensor power consumption through significant enhancement of current epitaxially grown compound semiconductor light source (light emitting dio...