CMOS Sensor Design
We have been designing full-custom image sensors for scientific applications since the 1990s. Initially focusing on space science, earth observation, and particle physics, our expertise now includes high-end sectors such as medical imaging and transmission electron microscopy.
Our goal is to extract the maximum scientific and economic impact from our research and development, resulting in our sensors being used in a wide range of applications. From industrial camera systems, through scientific instrumentation, to huge, one-of-a-kind international science facilities. This has also given us experience of working with a wide customer base, covering research groups, start-ups, multi-national companies, and international research collaborations.
To facilitate rapid, reduced risk development, we have a large portfolio of existing IP, which we adapt to fulfil our customers’ imaging specifications. We also use state-of-the-art design technologies, have strategic partnerships with leading foundries, and are certified to ISO 9001-2008. We cover all imaging modalities, but have a particular focus on high-speed, large-area devices.
Research papers
- PImMS, a fast event-triggered monolithic pixel detector with storage of multiple timestamps - IOPScience
- ATHENA detector proposal — a totally hermetic electron nucleus apparatus proposed for IP6 at the Electron-Ion Collider - IOPScience
- LASSENA: A 6.7 megapixel, 3-sides buttable wafer-scale CMOS sensor using a novel grid-addressing architecture
- A high frame rate, 16 million pixels, radiation hard CMOS sensor - IOPScience
- Quantum C100, a Wafer Scale CMOS Detector Optimised for 100 keV Cryo Electron Microscopy - Oxford Academic
- Ultra‐high speed imaging at megaframes per second with a megapixel CMOS image sensor - Specialised Imaging
- A Novel Ultra-High-Speed CMOS Image Sensor Implementation with Variable Spatial and Temporal Resolution using Temporal Pixel Multiplexing
Enquiries
For more information, please contact Nicola Guerrini.