ADTechnology announces that it enters into a partnership with German fabless semiconductor corporation Ubitium to jointly develop Ubitium's UB410 microprocessor on the 5th. The photo shows, from left, CEO Hyun-Sin Cho of Ubitium and CEO Jun-Gyu Park of ADTechnology./Courtesy of ADTechnology

ADTechnology, a domestic semiconductor design house corporation, announced on the 5th that it has formed a partnership with the German fabless semiconductor corporation Ubitium to jointly develop Ubitium's UB410 microprocessor.

The UB410 is a next-generation universal microprocessor that replaces various processors like existing central processing units (CPUs) with a unified computing architecture. The UB410 developed by Ubitium processes tasks previously handled by specialized processors through a flexible processor without separate chips and provides a single platform that supports artificial intelligence (AI), signal processing, and general workloads.

According to this agreement, ADTechnology will serve as the core design partner, responsible for back-end design and coordinating the advanced manufacturing process of FinFET in partnership with Samsung Foundry. The prototype tape-out is scheduled for the second half of 2025, with mass production targeted for next year.

Park Jun-kyu, CEO of ADTechnology, said, "I am pleased to participate in Ubitium's innovative processor project," adding, "As the largest design house corporation in Korea, we will ensure a smooth process from RTL to manufacturing based on our expertise in system-on-chip (SoC) implementation."

Song Tae-jung, vice president of Foundry Technology Planning at Samsung Electronic, noted, "We are pleased that an innovative company like Ubitium is utilizing Samsung Foundry's competitive FinFET technology through a reliable partner like ADTechnology," and expressed hopes for supporting the development of next-generation processors for on-device AI.

As computing increasingly shifts toward the edge, the UB410 offers the performance, flexibility, and ease needed to drive next-generation intelligent devices, such as robots, autonomous systems, factory automation, audio devices, and smart appliances.

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