A 144-multicore microprocessor at 7pJ per running process independent of external computers with the ability to compute, remember, learn, and adapt to complex sensor data by sending instructions to external devices providing a closed-loop monitoring system for safety-centric processes.

A robust implementation of stable architecture innovations to solve complex iterative problems.

Intelligent Correlative Systems

When rapid product requirements for responsiveness, computing power, and energy fail to satisfy, this processor is an ideal prototyping and live-testing environment for rapid product development. This processor supports custom configuration to further minimize cost and energy consumption. Timing does not allow any processes to be blockades, as with other offerings.

• Suitability: Designed to support the largest and most demanding computing challenges that can be addressed with a modest-sized die in a relatively inexpensive and easy-to-use package while still using well less than 650mW in most practical applications and workloads.
• Geometry: Allows for ubiquitous numbers of parallel paths and pipeline stages, for complex data flowgraphs in control, feedback, and correlation in sensor-fusion applications.
• Clustering: Nodals devoted to functions such as deep machine-learning algorithms are easily placed and the coordination needed to control external memory and run a high-level language it out of the way. It is ideal as prototyping platform for novel A.I.-based applications required to run in such a small package, where you no longer have to rely on a Cloud provider!
• Package: Available in a 10x10mm, 88-pin QFN with 0.4mm pin pitch. All ground connections are made to the central die-attach paddle. Operational range is between –40C and 125C. Comes with its own language construct and SDK.