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Reprogrammable Analog Innovation for the Embedded World

Okika’s FPAA and SoC solutions deliver dynamic, high-performance analog design that is integrated, scalable, and ready for rapid deployment.

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The Next Evolution in Analog System Design

Analog design has long been constrained by discrete components, complex layouts, and limited design tools—all while performance demands and time-to-market pressures continue to rise.

Okika’s Field Programmable Analog Array (FPAA) architecture eliminates these constraints by bringing programmable flexibility to analog design. Built as compact system-on-chip devices, Okika solutions allow engineers to rapidly prototype and deploy high-performance analog systems through intuitive, software-driven configuration tools.

The result: faster development cycles, smaller form factors, and reduced system costs—all without sacrificing analog precision or adaptability.

Why Okika’s FlexAnalog™ FPAA and SoC Architecture Changes the Game

Reprogrammable Analog Arrays: Design and refine analog circuits with software-defined tools.
Hybrid Analog–Digital Flexibility: The new SoC FPAA combines analog and digital computation with an integrated microprocessor for expanded control and intelligence.
Compact System Integration: Consolidate analog & digital functionality into a single chip for smaller, more efficient embedded systems.
Dynamic Reconfiguration: Instantly update circuit behavior on-the-fly (partially or fully) without interrupting operation (Apex Series).
Rapid Prototyping & Deployment: Accelerate design timelines while maintaining flexibility for future updates.
Optimized Cost & Performance: Achieve high capacity, precision, and efficiency at a fraction of the development time and cost.

OTC2902K SoC FPAA

Okika’s system-on-chip (SoC) field-programmable analog array delivers unmatched flexibility for embedded design. Built on a 350nm CMOS process, it combines analog, digital, and microprocessor functions into a single reconfigurable device. The platform provides the highest number of programmable analog blocks in the industry and includes programmable logic for analog/digital co-design, giving engineers unparalleled control over complex signal processing and computing tasks.

Despite its compact size, the SoC packs powerful capabilities that allow engineers to rapidly prototype, optimize, and deploy low-power analog–digital systems. With a Manhattan FPAA architecture and an integrated 16-bit MSP430 core, it delivers high performance density, fast iteration, and seamless integration across a wide range of embedded applications.

Anadigm Designer2 Design Lab

From Concept to Circuit — In Minutes, Not Weeks

Okika’s Design Platform puts a fully programmable analog environment in the hands of engineers, comparable to working with a digital FPGA. With Anadigm Designer2 software and the FPAA Development Kit, engineers can quickly design complex analog functions and deploy them to fully qualified chips.

Anadigm Designer2 includes comprehensive component libraries and auto-design capabilities, making it easy to capture, simulate, and iterate circuits. It works seamlessly on its own or as part of an integrated workflow with the Development Kit, allowing rapid prototyping and deployment for fast, efficient analog design.