Okika Devices today announced that its OTC2902K System-on-Chip (SoC) Field-Programmable Analog Array (FPAA) has been honored with the Best in Show Award in the Analog, Power, & Related Components category at the Embedded World North America 2025 exhibition.
The OTC2902K represents a new generation of programmable mixed-signal technology designed to give embedded engineers greater flexibility and control over analog system design. Built on a 350nm CMOS process, the device integrates analog, digital, and microprocessor functionality within a single reconfigurable platform, enabling rapid development of complex signal-processing systems.
At the heart of the device is a Manhattan FPAA architecture that provides the highest number of programmable analog blocks in the industry, allowing engineers to build sophisticated analog circuits directly in hardware while maintaining the adaptability typically associated with digital platforms. The chip also includes programmable logic for analog/digital co-design and an integrated 16-bit MSP430 microcontroller core, enabling seamless coordination between signal conditioning, processing, and system control.
Despite its compact footprint, the OTC2902K delivers exceptional performance density and rapid design iteration capabilities. Engineers can quickly prototype, optimize, and deploy low-power mixed-signal systems, making the platform well suited for applications ranging from sensor interfaces and edge intelligence to industrial control and instrumentation.
The Best in Show recognition at Embedded World North America highlights the growing importance of reconfigurable analog technology as embedded systems demand greater flexibility, lower power consumption, and tighter integration between analog and digital domains.
With the OTC2902K SoC FPAA, Okika Devices continues to advance programmable analog computing, empowering engineers to build adaptable hardware solutions that keep pace with rapidly evolving embedded applications.
