Our sensors have enormous potential for non-invasive health monitoring devices and wearable technologies
For example, our sensors can enable blood flow in the brain to be monitored by detecting rapid fluctuations in light as it passes through tissue using a technique called diffuse correlation spectroscopy.
Techniques enabled:
Our sensors can be used in various scientific and technical applications, particularly where precise and sensitive light detection is critical.
For example, our patented on-chip histogram feature enables researchers to measure the lifetime of fluorophores in fluorescence lifetime imaging, or separate Raman signals from fluorescent signals in spectroscopy applications.
Techniques enabled:
Due to their exceptional sensitivity and precise timing capabilities, our sensors are well suited to various environmental applications, providing accurate and detailed data essential for monitoring and protecting the environment.
Techniques enabled:
Our sensors can also support the development of quantum technologies due to their ability to detect and time single photons with high efficiency and precision, low timing jitter, and low dark count rates.
Techniques enabled:
Litavis offers programmable multi-modal capabilities on-chip, accelerating time-to-market for imaging applications.
Fabless semiconductor startup appoints former Arm CTO to Board as demand for SPAD-based image sensors accelerates.
Bringing together different perspectives, backgrounds and experiences can fuel better ideas, faster innovation and stronger teams.
Independent audit by BSI confirms imaging firm’s commitment to quality and customer satisfaction.
Strategic collaboration integrates next-generation SPAD-based image sensor into Renishaw’s new Raman spectroscopy module to allow measurements of highly fluorescent samples.
Fast-growing fabless semiconductor start-up welcomes Richard Lochhead to its headquarters at the Royal Observatory in Edinburgh.