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Innovation is hampered by
Today’s digital AI processors are extremely expensive to develop and are based on traditional computer architectures, which limits innovation to only the largest technology companies.
End-device interface is a challenge
End-device interfaces require low latency, low power consumption, and must be economical and compact. Digital processors simply cannot meet these complex needs of peripheral AI.
Analog computing is ideal for peripheral AI
Frontier AI devices based on analog computing can meet all of the stringent size, performance, and power consumption requirements. Legacy digital architectures simply can’t take it – the future is analog.
Plants and farms maximize resource efficiency in response to the changing environment
Track your body's movement! Process interactive actions as fast as anyone can move.
Satisfy stringent bandwidth requirements with high data throughput
A leap forward in performance and power
Volga analog matrix processors (Volga AMP™) offer tremendous advantages in power, performance and cost. They lower the barriers to innovation, taking powerful AI-based solutions to the edge.
Unique analog computing architecture
Volga’s unique analog computing architecture performs the trillions of operations required for AI logic output inside dense arrays of flash memory. This innovative approach represents a significant advantage over typical digital architectures.
Designed for the most demanding applications
With Volga’s integrated development environment, AI developers can quickly deploy even the most complex deep neural networks, confident that they will perform effectively in their product.
Get to know the capabilities of our systems:
Our team ushers in a new era of AI innovation
