SEETRUM | Physical AI Vision Chip

Innovative developer of end-to-end computational optical chip

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Build an advanced photonic sensing and computing platform to empower every industry

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Products

Optical Chips & Optical Computing

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Applications

Optical chips drive intelligent advancement across all industries

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PRODUCTS

Computational Spectral Chip

An edge computing spectral solution tailored for diverse scenarios including consumer electronics, action cameras and industrial machine vision. Built on a sophisticated spectral modulation hardware architecture, combined with our proprietary SCNN spectral reconstruction algorithm and consistency large model, it enables low-power and high-performance spectral acquisition and computation. The native spectral data supports a full suite of image optimization functions, such as pixel-level color restoration, intelligent AWB and zoned color temperature adjustment.

Miniaturization: ultra-compact form factor enables seamless integration.

Snapshot imaging: fast response speed delivers abundant spectral and image data.

Advanced algorithms: hardware-software co-optimized reconstruction and calibration support full-scale, high-precision data output.

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Physical AI Vision Chip

With multimodal physical perception as the core, it integrates high-performance visual acquisition hardware architecture and edge AI algorithms to achieve low-power, multi-dimensional real-time physical perception, and drive AI intelligent evolution across multiple industries. It empowers terminals with capabilities including accurate environment recognition, exposure control and spatial measurement. Delivering integrated multimodal physical perception for diverse scenarios such as consumer electronics, industrial machine vision and embodied robots.

Multimodal light sensing: captures full-range environmental information synchronously with extensive perception dimensions.

Compact integration: single-chip design for rapid deployment on all types of terminals.

AI-Native algorithms: natively output structured data optimized for edge AI.

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APPLICATIONS

Smart Phone: Featuring pixel-level color restoration and multi-dimensional light sensing.; Provides physical data for edge AI to enable seamless portable smart interaction.

Machine Vision: Supports non-destructive testing across multiple dimensions including material identification, defect inspection and polarization analysis.; Enables real-time edge computing for low-latency detection and production line control.

Embodied Intelligence: Combined multimodal perception delivers accurate identification of objects, materials and shapes.; High-speed real-time vision adapts to dynamic obstacle avoidance for robots.

High-Performance Computin: Opto-electronic collaboration accelerates the inference performance of large AI models.; For edge computing: it replaces GPUs in specific task scenarios.; For data centers: build full-scenario opto-electronic collaboration systems.

Autopilot: Resist glare, rain and fog interference to accurately identify road surface materials and obstacles.; High frame rate event perception captures instantaneous road condition changes.; End-to-end acceleration from perception to planning.

Smart City: Water quality monitoring; Gas safety monitoring; Soil pollution monitoring

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ABOUT US

ABOUT SEETRUM

Seetrum, originated from Tsinghua University, focuses on cutting-edge photonic chips for photonic sensing and computing. We bring top research from R&D to mass production, delivering competitive core chips and integrated solutions for intelligent sensing, embodied AI, and high-performance computing and other diverse applications.

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