Our Solution
Proven Photonics Material Integrated at Scale
HyperLight unleashes the potential of integrated photonics by developing a proprietary platform based on thin-film lithium niobate (TFLN) on insulator.
TFLN Technology
- High-optical linearity
- Broad transmission range from the visible to mid-infrared
- Nonlinear optical frequency conversion
- Proven photonics material
Our Impact
Enabling Next-Generation Photonics Applications with Performance and Scalability
DATA CENTERS
Low power consumption beyond 100 Gb/s per lane
High signal fidelity
Drop-in integration
TELECOMMUNICATION NETWORKS
Beyond 130 GBd communication system
Low drive voltage
Low insertion loss
Proven reliability
High signal quality
SENSORS
Optical transparency from 350 nm to 5 μm
High speed intensity and phase modulation for all wavelengths
New functionalities such as integrated comb generator
High-frequency complexity circuits
LIDAR
Wide transparency window
Linear frequency sweep
Low optical loss
High optical power handling
Cost-effective
ANALOG RF SIGNAL
Larger than 300 GHz usable frequency response
Ultra-low voltage
High bandwidth
High linearity
QUANTUM
Ultra-low loss
Larger transparency window from visible to mid-infrared
High-speed modulation
2nd and 3rd order nonlinearity for frequency conversion
Careers
Join Our Circuit of Creativity
Next-level performance meets a nimble think-tank. Being a part of the HyperLight team provides you the flexibility to grow and learn, while succeeding in a fast-paced, revolutionary environment.
Products
Ultrahigh Speed, Low Power, and Integrated Electro-Optic Solutions
Transmitter PIC Engine for Optical Communication
HyperLight’s scalable photonic integrated circuits (PICs) provide disruptive advantages for customers needing high bandwidth and low power electro-optic solutions, including data center, telecommunications, radio communication, sensing, and LiDAR applications. Using a streamlined rapid prototyping to volume manufacturing process, the PICs are customized and are produced in volume based on their specific use. Example configurations include […]
Application Specific PIC through Multi-Project Wafers (MPW)
HyperLight’s scalable photonic integrated circuits (PICs) provide disruptive advantages for customers needing high bandwidth and low power electro-optic solutions, including data center, telecommunications, radio communication, sensing, and LiDAR applications. Using a streamlined rapid prototyping to volume manufacturing process, the PICs are customized and are produced in volume based on their specific use. Example configurations include […]
110 GHz Low Vπ Electro-Optic
Modulators
HyperLight’s thin-film lithium niobate (TFLN) packaged intensity and phase modulators enable customers to achieve unprecedented performances in their systems. These powerful devices offer high bandwidth, low insertion loss, high extinction ratio, low-drive voltages, and the ability to handle high optical powers, which are desired for high-speed modulation systems. The compact TFLN packaged modulators are ideal […]