Accurate imaging in complex lighting
Supplement spectral and illuminant information for white balance and color processing.
APPLICATIONS
Bring AI photonic chips into real-world applications
From mobile imaging and embodied interaction to high-performance computation,
photonic computation and photonic perception address diverse system needs.
Imaging
Capture light and detail with precision
For smartphones, gimbal cameras, and action cameras,
support accurate imaging under challenging lighting.
APPLICATION CONCEPT
Consistent color across cameras
Combine imaging algorithms, correction, and calibration for consistent color when switching cameras.
Adapt to diverse imaging devices
Coordinate chips, algorithms, and calibration to fit device space and system requirements.
Spectral Perception
Measure spectra. Visualize color differences.
Spectral measurement and area imaging colorimetry
support color inspection, lighting, and research.
Area Color Measurement Imaging-based color difference inspection
Measure regional color differences in coatings, textiles, and other samples
to support color consistency inspection.
Smart Lighting Measure ambient spectra
Measure ambient spectra, color temperature, and brightness
to inform lighting adjustments.
Scientific Instruments Accurate spectral measurement
Provide spectral measurement, calibration, and data output
for scientific instruments and measurement systems.
Embodied AI
Sense the real world. Enable dexterous interaction.
Address robotic vision and visuotactile sensing needs,
turning physical information into understanding and interaction.
EMBODIED INTERACTION / CONCEPT
Material and complex-object perception
Combine image, spectral, and polarization information to support perception of materials, transparent objects, and reflective objects.
Spatial relationships and contact sensing
Combine spatial information and visuotactile sensing to inform localization, grasping, and contact interaction.
Multimodal data and machine understanding
Connect perception to downstream embodied applications through multimodal data, calibration, and a Visual Foundation Model (VFM).
04 / PHOTONIC COMPUTATION
AI Inference and High-Performance Computation
Put computation to work more efficiently
Address throughput, energy consumption, and response time
through application collaboration in AI inference and high-performance computation.
COMPUTATION APPLICATION / CONCEPT
Large-model inference
Explore more efficient, lower-latency support for computation-intensive inference tasks.
AI data centers
Address growing computational demand through throughput, energy consumption, and operational efficiency.
AI computing platforms
Conduct application evaluation, system integration, and joint validation for AI chips and acceleration platforms.
CONTACT
Together
make innovation happen
Discuss your application, technical needs, and opportunities for joint validation.