Explore the cutting-edge technology that's driving artificial intelligence to unprecedented heights. Our advanced AI chips deliver exponential performance gains for the most demanding applications.
Discover what makes our neural processing units revolutionary
Purpose-built processing units designed specifically for matrix and tensor operations that power machine learning algorithms.
High-bandwidth memory integrated directly with the processing units to minimize data transfer bottlenecks.
Hardware-level optimizations for common neural network operations, delivering 10x performance gains over general-purpose GPUs.
Our latest quantum neural processing units outperform conventional chips by orders of magnitude on key AI workloads.
Tensor Operations Per Second
Advanced Fabrication Technology
Compared to Previous Generation
From traditional CPUs to quantum neural networks
Graphics processing units repurposed for parallel computing tasks revolutionize deep learning capabilities.
First wave of processors designed specifically for neural network acceleration reach the market.
Specialized cores optimized for tensor calculations deliver exponential performance improvements.
Breakthrough architectures that perform computations directly in memory reduce power consumption by 90%.
Next generation chips incorporating quantum elements for specific AI workloads, promising computational abilities previously thought impossible.
How advanced AI chips are changing industries
Real-time medical image analysis that exceeds human diagnostic accuracy for certain conditions.
Edge computing for self-driving vehicles with millisecond decision-making capabilities.
On-device natural language processing for real-time translation and assistance.
Complex environmental simulations that were previously impossible due to computational limitations.
What experts are saying about our technology
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