TRANSFORMING THE WAY ENGINEERS DESIGN ANALOG SYSTEMS
Our unique DynAMx Design Platform provides a complete design, prototyping, and verification environment that is software defined, reconfigurable “on the fly“, and re-programmable “in the field“. The software-defined DynAMx Design Field Programmable Analog Array (FPAA) offers a Windows-based simulation platform with intelligent software-optimized routing capabilities.
Okika Technologies is an Integrated Circuit (IC) Products and Electronics Design Services company whose mission is to dynamically transform the way engineers design analog systems to accelerate time to market.
Okika Technologies specializes in signal conditioning problem solving, delivering Field Programmable Integrated Circuits, RF Broadband Solutions, Custom Design and Development Services, and Process Implementation and Improvement Consulting.
Our DynAMx Design Platform is a Field Programmable Analog Array (FPAA) based platform that puts an analog environment comparable to an FPGA in the hands of engineers.
You can quickly design complex analog functions into a fully qualified chip, or build your circuit even faster using one of our predefined combinations of configurable analog blocks (CABs).
Need assistance getting your products to market efficiently, while reducing development costs, and ensuring optimum quality? Whether you have an existing process that needs optimization or you need a “soup to nuts” process implementation, we can help.
Our time-proven product realization process called Okika PRP is an industry tested approach that dramatically reduces design revisions and associated capital development costs while improving quality and time to market.
We work with world-class technology firms and foundries that allows us to have access to and coordinate with global design experts on your behalf so that you can confidently plan, focus and execute your next product development project.
We offer the ability to leverage our technology into custom integrated circuits optimized for our customer’s application. Such solutions typically involve digital, analog, and RF circuit design in conjunction with layout of the entire hierarchy, from low-level circuit modules to complete System on Chip (SoC) design.
Our Field Programmable Microwave Array (FPMA) is a patent-pending, highly integrated, radiation tolerant, and configurable broadband RF front end (radio). Specifically designed for the .05 GHz to 20 GHz frequency range.
The OTC31000 FPMA incorporates as many radio functions as possible into a single chip capable of real-time reconfiguration. These features offer state of the art performance for aviation and aerospace applications.
Our industry solutions and applications are specifically aligned to meet the needs of the Aerospace and Aviation industry as well as Automotive, Industrial, Communications and Medical applications. In addition, we are so passionate about our vision of transforming how engineers design that we also partner with the Educational Institutions to enhance engineering curriculum and student preparedness.
As RFID experts and patent holders, we are confident that we can support your project or product using our Custom Design Services or by leveraging our Configurable Broadband Radio Solution as a building block.
We don’t view a product just as a semiconductor chip or piece of software. It’s everything that is required to design, build, sell, and support your product, including its revenue. Based on our 20 plus years of experience, we know that without predictable product development cycles, you can’t plan your business or predict outcomes, which could prevent you from achieving your business goals.
Our goal is to become your development solution partner that works directly with your team to develop the best system, integrated circuit (IC), firmware, or software solution that meets your application, timeline, and budget requirements.
The DynAMx Development Kit is an easy-to-use platform designed to help you quickly develop, implement and test your analog designs using Okika Technologies’ DynAMx platform featuring the OTC24000. If you are looking for rapid prototyping? This may be your solution.
Our FPAA is really a Dynamically Reconfigurable Analog Matrix with enhanced input/output. What does Dynamic really mean? For each individual sensor, DynAMx can be programmed or configured to provide a different stimulus and signal conditioning on the fly. So that means FIVE different signal conditioning circuits, but only ONE device.
The OTC24000 is an Analog Signal Processor ideally suited for signal conditioning, filtering, gain, rectification, summing, subtracting, multiplying, etc...accommodating nonlinear functions such as sensor response linearization and arbitrary waveform synthesis.
The OTC24000 consists of a 2×2 matrix of fully Configurable Analog Blocks (CABs), surrounded by programmable interconnect resources and analog input/output cells with active elements. On-chip clock generator block controls multiple non-overlapping clock domains generated from an external stable clock source. An internal band-gap reference generator is used to create temperature compensated reference voltage levels. The inclusion of a 256×8 bit look-up table enables waveform synthesis and several non-linear functions.
Our DynAMx Design Platform is a Field Programmable Analog Array (FPAA) based platform that puts an analog environment comparable to an FPGA in the hands of engineers. You can quickly design complex analog functions into a fully qualified chip. Alternatively, you can build your circuit even faster using one of our predefined combinations of configurable analog blocks (CABs). These CABs enable the DynAMx FPAA to perform a wide variety of functions very easily.
The DynAMx platform is an extremely flexible, high-performance baseband analog solution, appropriate for many applications such as microcontrollers, sensors, and sensor hubs. The real power of DynAMx platform is the ability to adjust the configuration on-the-fly. It is specifically designed to be reconfigurable and reprogrammable in real time, whether in the lab, in the field or in production.
- Field Programmable Analog Array for the Raspberry Pi.
- FPAA Raspberry Pi HAT (Hardware Attached on Top).
- Standard Raspberry Pi connector/header.
- Up to 4 FPAA’s connected with dip switches for advanced configuration.
- Two connectors for joining the FPAA I/O to an external prototyping board or application-specific subsystem.
- All supporting electronics to enable stand-alone operation (i.e., regulator, rauch filters, xtal oscillator, USB connector…).
- Configurable directly by the Raspberry Pi system.
- Use as a Raspberry Pi HAT or stand-alone.
- More features coming soon.
- Pending Release: November, 2022
- Boards have been fabricated, and are currently undergoing testing