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Compute technology centers

To keep up with the demands of current and future computing applications, imec not only intensifies device and system scaling but also explores new paths.

For decades, innovation in compute technology was mostly driven by the needs of devices such as servers, desktops, laptops, tablets and smartphones. Of course, their demand for higher performance within a smaller footprint and at lower energy consumption will continue. And imec’s researchers will keep on pushing Moore’s law to accommodate them.

Explore imec's chip scaling roadmap

At the same time, new applications are making new demands. For AI systems on the edge, a leap in energy efficiency is needed to make split-second decisions on a tiny power budget. And to answer some of the biggest questions of the universe, we need to go beyond CMOS into the world of qubits.

Click on the topics below to learn more about imec’s research programs for compute technology.

Logic CMOS scaling
Logic device scaling

We push Moore’s law to the extreme.

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BEOL nano-interconnects

To reap the benefits of device scaling, the back end of line also needs to evolve.

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Machine learning accelerators
Machine learning accelerators

Hardware optimizations will enable a necessary leap in efficiency.

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Quantum computer research
Quantum computing

Imec helps to enable large-scale quantum computers.

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imec's cleanroom
Automotive chiplet program

Reference architectures and physical testbeds to prepare the shift towards chiplets in automotive

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