Okika Technologies Rebrands Company to Okika Devices

HELANA, March 10, 2025 /PRNewswire/

Okika Technologies Corporation today announced its rebranding to Okika Devices Corporation (Okika), this formalizes the company's strategic shift from analog integrated circuit design to a focus on Field Programmable Analog Array (FPAA) integrated circuit products. Okika’s capabilities have shifted over time with its strategic partnership with Anadigm, Inc., the world leader in FPAA integrated circuit devices. This name rebranding highlights Okika's capabilities and position across the analog integrated circuit markets and underscores our commitment to delivering state-of-the-art analog integrated circuit solutions that address the most complex challenges from sensor processing to machine learning.

"Our new identity as Okika Devices signals a bold step forward," said William Staunton, Chairman and CEO of Okika. "This is more than a name change—it's a clear statement to the broader market of our leading-edge integrated circuit products and our plan to be a driving force with proven impact in multiple analog markets. This evolution showcases the breadth and depth of our FPAA product’s enabling capabilities and solutions."

As part of this evolution, Okika has also organized its products into two segments: FlexAnalogTM, small FPAAs providing designer controlled reconfigurable analog integrated circuits for advanced analog processing systems; and SoC FPAAs, a soon to be released system-on-a-chip FPAA fabric delivering cutting-edge analog processing that provides 20 times more analog processing power than currently available in the market.

"This transformation positions Okika to expand our market reach into many analog signal processing markets and provides our customers integrated circuit solutions that will vastly improve their system size, power and performance," added David Czajkowski, President of Okika. "We are also excited by the automatic analog design capabilities embedded in both FPAA product lines software development tools, to make analog circuit design much faster and more efficient for our customers, significantly shortening time to market for their system products."



About the Domain Transition

As part of our rebranding, our online presence has moved from okikatechnologies.com to okikadevices.com. Although we cannot redirect the old domain, this is the official and only website for Okika Devices going forward.

If you previously bookmarked or linked to our old site, please update it to okikadevices.com.

Looking Ahead

Our team is committed to pushing the boundaries of analog signal processing through FPAA technology. The Okika Devices name reflects that commitment and sets the stage for the products and capabilities we will continue to release in the coming years.

Thank you for being part of this transition.

 

Share this article

Latest Stories

View all

SoC FPAAs: Unlocking Hidden Knobs in Software-Defined Systems

SoC FPAAs: Unlocking Hidden Knobs in Software-Defined Systems

Software defined systems reshaped digital design, but analog has remained fixed. SoC FPAAs change this by making filters, amplifiers, and sensor front ends fully programmable. They reveal new hidden knobs for adaptive payloads, reconfigurable instrumentation, and low power mixed signal computing. This is the next wave of software defined engineering.

Read more about: SoC FPAAs: Unlocking Hidden Knobs in Software-Defined Systems

How FPAAs Can Save Power in Modern Analog Systems

How FPAAs Can Save Power in Modern Analog Systems

FPAAs improve power efficiency by replacing many always-on analog components with a single device that activates only the circuits a system needs. By reducing idle draw, limiting unnecessary conversions, and streamlining signal paths, FPAAs help engineers build lighter, longer-lasting, and more efficient systems for aerospace, robotics, medical devices, and industrial IoT.

Read more about: How FPAAs Can Save Power in Modern Analog Systems

How FPAAs Future-Proof Modern Analog Designs

How FPAAs Future-Proof Modern Analog Designs

Field Programmable Analog Arrays (FPAAs) let engineers reconfigure analog circuits without full board redesigns, reducing costs and accelerating prototyping. They enable systems to adapt to changing requirements across aerospace, robotics, medical devices, and IoT. This flexibility future-proofs hardware, extends lifetimes, and maintains performance under evolving conditions.

Read more about: How FPAAs Future-Proof Modern Analog Designs