An innovation in laser technology that unlocks new possibilities

QR - VCSELs

Existing VCSEL technology is the laser of choice for applications including optical  mice, facial recognition in smart phones and high-speed datacentre interconnects. The emission wavelength of commercially available technology is limited and prohibits the use of VCSELs in a broad range of longer-wavelength applications such as telecoms-wavelength fibre networks and below-screen sensing applications.

QR-VCSELs can enhance the portfolio of applications for the VCSEL industry. The devices can harness the benefits of mature VCSEL technology and incorporate a patented approach to light emission to allow emission throughout the telecoms ‘O’-band and ‘C’-band.

What We Offer

Our Applications

Explore the transformative impact of Quantum Ring VCSELs in various fields, from enhancing data transmission in fibre-optic networks, to occupant monitoring in automotive applications and enabling below-screen facial and gesture recognition.

Telecoms

Thermal management remains an important consideration in telecoms. QR-VCSEL looks to harness the low temperature sensitivity and high-efficiency exhibited by existing VCSELs, reducing the thermal demands of telecoms and datacoms interconnects.

Telecoms

Thermal management remains an important consideration in telecoms. QR-VCSEL looks to harness the low temperature sensitivity and high-efficiency exhibited by existing VCSELs, reducing the thermal demands of telecoms and datacoms interconnects.

LiDAR

QR-VCSEL can meet the wavelength requirements for eye-safe requirements and exploit the geometry of VCSEL devices to allow for mass-fabrication of arrays for LiDAR.

LiDAR

QR-VCSEL can meet the wavelength requirements for eye-safe requirements and exploit the geometry of VCSEL devices to allow for mass-fabrication of arrays for LiDAR.

Facial Biometrics

Facial recognition and gesture recognition are ubiquitous in mobile devices. QR-VCSEL looks to enhance the sensing portfolio of mobile devices by enabling the transition to below-screen technologies.

Facial Biometrics

Facial recognition and gesture recognition are ubiquitous in mobile devices. QR-VCSEL looks to enhance the sensing portfolio of mobile devices by enabling the transition to below-screen technologies.

DRIVE YOUR TECHNOLOGY

Benefits of QR-VCSELs

Low Power Consumption

Vertical-cavity surface-emitting lasers (VCSELs) are known for their energy efficiency and require significantly less power than traditional laser diodes. This efficiency is particularly beneficial in datacentres and other environments where efficient power consumption and reduced heat generation is at the forefront of the industry. Traditional telecoms lasers often necessitate complex and costly cooling solutions to maintain optimal performance. VCSELs, however, offer less stringent cooling requirements due to the reduced heat generation of the devices.

Emission Normal to the Wafer Surface

VCSELs emit light perpendicular to the wafer surface, a characteristic that simplifies their integration into various optical systems. This emission pattern allows for more straightforward alignment and coupling with optical fibres and other components, enhancing the overall efficiency of the optical systems. Additionally, the vertical emission facilitates the creation of compact and densely packed arrays of lasers, which are essential for applications requiring high data throughput, such as optical interconnects and 3D sensing technologies. The normal emission provides precise control over the array geometry, opening up prospects for unique applications dependent on carefully arranged lasers.

Highly-Scalable Low-Cost Manufacturing

VCSELs offer a distinct advantage in terms of manufacturing scalability and cost-efficiency. Well-established production process for VCSELs enable high-volume manufacturing at a lower cost per unit. This scalability is essential for meeting the growing demand in applications such as telecommunications, consumer electronics, and automotive industries. The ability to produce large quantities of VCSELs without significant cost increases ensures that cutting-edge laser technology can be integrated into a wide range of products and solutions.

THE FOUNDING TEAM

Meet Our Team

Meet the talented individuals who drive our success. Our team is dedicated to delivering exceptional results and innovative solutions to meet your needs.

Samuel Jones

Entrepreneurial Lead (EL) - PhD student

Manus Hayne

Principal Scientific Advisor (PSA) - Professor (SFHEA) in Physics

Jessica Wenmouth

Technology Transfer Officer (TTO) - Head of Research Commercialisation

Michael Wale

Business Advisor (BA) - Professor of Integrated Photonics at UCL and Professor Emeritus at Eindhoven University of Technology

PAST AND FUTURE EVENTS

Come and Meet Us

Don’t miss the chance to meet our team at various events and conferences! Discover our cutting-edge solutions and explore new opportunities for collaboration.

Hardware Pioneers London – 28th-29th May 2024

Hardware Pioneers London was a great event, showcasing the evolution of the electronics and IoT industries. We see an increasing number of devices with the need for precise monitoring of their surroundings.

Hardware Pioneers London – 28th-29th May 2024

Hardware Pioneers London was a great event, showcasing the evolution of the electronics and IoT industries. We see an increasing number of devices with the need for precise monitoring of their surroundings.

Datacloud Global Congress Cannes – 3rd-5th June 2024

Datacloud Global Congress 2024 demonstrated the cutting edge of datacentres today. There were excellent discussions on the role of power constraints and the cooling challenges.

Datacloud Global Congress Cannes – 3rd-5th June 2024

Datacloud Global Congress 2024 demonstrated the cutting edge of datacentres today. There were excellent discussions on the role of power constraints and the cooling challenges.

Sensors Converge Santa Clara – 24th-26th June 2024

Reach out to us to arrange a meeting at Sensors Converge 2024! We’d love to hear from you.

Sensors Converge Santa Clara – 24th-26th June 2024

Reach out to us to arrange a meeting at Sensors Converge 2024! We’d love to hear from you.

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