Product Overview

Gazelle®️optical computing evaluation board is a new-generation research platform based on optical principles, capable of performing 8×2 fundamental optical matrix computations. Equipped with an FPGA, it provides an out-of-the-box software stack and can be used for optical computing applications in fields such as artificial intelligence, numerical computing, and scientific computing.

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High Precision Known to date as the highest-precision optoelectronic computing device

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Programmable The optical matrix features programmable functionality

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Out-of-the-Box Provides a ready-to-use software stack.

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Rich Interfaces Supports a variety of commonly used debugging interfaces.

Application Scenarios

Gazelle’s flexibility enables more developers to leverage optical computing for application development, co-building the optical computing ecosystem.

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Scientific Research Solve scientific computing challenges more efficiently than classical paradigms.

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Neural Networks Inference of neural network models applied to image recognition, object detection, and other AI scenarios.

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Combinatorial Optimization Problems Solves Ising problems, max-cut problems, SAT problems, QUBO problems, and more.