Market differentiating solutions

Boundless applications unleashed

Nexus technology redefines what’s possible for design and development across a multitude of markets including AR/VR, Quantum, AI, Healthcare, RF, and more. Our multifunctional platform is powerful and versatile, allowing us to meet your industry’s unique requirements with tangible solutions.

Transforming design and development for your next idea with a multifunctional photonic system on a single chip.

AR/VR

Photonic Integrated Circuits (PICs) play a crucial role in Augmented Reality (AR) and Virtual Reality (VR) technologies as they allow for necessary miniaturization and high-precision light control.

Nexus technology allows for:

  • Transformational size and weight

  • Operation from blue to infrared with on-chip sources

  • Power efficient for extended battery life

  • Greater resiliency with fewer failure points for increased product durability

  • Offering solutions on transparent substrates

Nexus PIC applications for AR/VR:

  • Depth perception

  • Eye tracking

  • Light engines

Woman using augmented reality glasses

Quantum

Photonic Integrated Circuits (PICs) are necessary to scale quantum systems including computing, networking, sensing or security applications.

Nexus technology allows for:

  • Operating at wavelengths tailored for atomic transitions

  • Spectroscopy-grade laser performance

  • Exceptional robustness and device density

  • System scaling and commercialization outside the lab

  • Ultra-low losses for no photons lost

Nexus PIC applications for Quantum:

  • Ultra-quiet lasers and PICs for atomic clocks, sensors and computers

  • Entangled photon generators

  • PICs for quantum random number generators

AI generated image of a quantum atomic clock

AI

Artificial Intelligence (AI) needs increased data transmission rates, and low-latency, high-bandwidth, parallel processing with reduced energy consumption.

Nexus technology allows for:

  • Uncooled operation at CPU temperatures

  • Highest density with on-chip sources

  • Supporting wavelength division multiplexing at arbitrary channel spacing

  • Seamless integration of sources and amplifiers for system scaling

  • High fiber coupling efficiency

Nexus PIC applications for AI:

  • High-channel count WDM sources

  • Advanced matrix calculators with on-chip gain

  • Advanced switches with on-chip gain

Blue to red light moving across computer circuitry

Healthcare

Photonic Integrated Circuits (PICs) are an integral component in healthcare advancement as the industry moves towards smaller, wearable solutions providing continuous monitoring in a more accessible settings.

Nexus technology allows for:

  • Advanced, multiple wavelength small form factor detection circuitry

  • Continuous non-invasive sampling of various biomarkers and vital statistics

  • Power efficient for extended battery life

  • Real-time adjustments to optimize detection and tracking

  • Offering solutions on transparent substrates

Nexus PIC applications for Healthcare:

  • Wearable-based biomarker tracking

  • Advanced Raman-based biomarker tracking

  • Home point-of-care diagnostics

Person interacting with a wearable health monitoring device

PNT

Photonic Integrated Circuits (PICs) are integral to the advancement of positioning, navigation, and timing (PNT) technologies due to their ability to contribute to miniaturization, and offer compelling performance advances in terms of precision, noise, bandwidth, and energy efficiency.

Nexus technology allows for:

  • Operating at wavelengths tailored for system performance

  • Spectroscopy-grade lasers or broadband sources

  • Exceptional robustness to the environment

  • System size and cost reduction

  • Ultra-low losses for high-performance sensors

Nexus PIC applications for PNT:

  • Ultra quiet lasers and PICs for atomic clocks

  • Optical driver chips for gyroscopes

  • LIDAR transceivers in broadband wavelength range

Drone flying in the sky with navigational equipment

RF Systems

As Radio-Frequency (RF) systems are moving to higher frequencies, or require higher-performance oscillators, Photonic Integrated Circuits (PICs) will need to deliver better performance and operation up to THz ranges with low on-chip losses.

Nexus technology allows for:

  • Best-performance photonic microwave systems and oscillators

  • Lowest on-chip losses

  • Hz-level laser linewidths

  • Highest thermal stability and power handling

  • Improved robustness and thermal operating ranges

Nexus PIC applications for RF:

  • Low-noise, frequency agile microwave oscillators

  • Photonic RF transceivers

  • THz-signal generators

Antenna tower transmitting RF signals

explore the possibilities

Interested in how we can help transform your next product?

Let’s connect! We’d love to partner with you on how our technology can give you the industry edge. 

Together we can turn your ideas into tangible solutions. Let’s redefine what’s possible.