COLORADO SPRINGS, Colo.: Okika Devices today announces it has won the “Best in Show” award for its SoC Field Programmable Analog Array (FPAA) board and chip. Presented to David Czajkowski, President of Okika Devices, the organization wishes to recognize the devices superior benefits for embedded applications. Built on a 350nm CMOS process, the OTC 2902A chip uses a Manhattan FPAA architecture with arrays of computation blocks and routing made up of connection and switch blocks, yielding a platform that works smoothly with free compiler tools. The configurable analog blocks (CABs), configurable logic blocks (CLBs), and routing components can be programmed to non-binary levels. It includes an integrated 16-bit MSP430 microprocessor for management and user applications.

The interwoven blocks support ultralow-power embedded systems across many applications. Results: optimized performance, with high density of programmable elements and efficient data flow handling for accessible, powerful computation.

Key System Advantages

• Lower Power Consumption
• Functional Integration
• Real-time Reconfigurability
• Faster Prototyping
• High precision, superior accuracy, stability, and analog memory
• System Efficiency

Advanced Applications with Machine Learning

About Okika Devices

Okika Devices is a leader in adaptive, reconfigurable analog technology, empowering engineers to innovate faster with tools that deliver flexibility, precision, and high performance. The OTC 2902A-developed at Georgia Tech and now offered commercially by Okika Technologies-is the culmination of years of research and development, and extends the company’s FPAA platforms in a ready-to-use, accessible form factor. Future generations of these products will continue to evolve through collaborative innovation across the wider R&D community.

Fonte: Business Wire