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Heraeus
“ We are also working on alloys that melt at lower temperatures, which can reduce energy consumption, as well as alloys that can be soldered in air rather than under nitrogen,” he reveals.“ These are the kinds of projects we are pursuing to reduce operating costs and to contribute to our as well as our customer’ s sustainability targets.”
As high-performance computing continues to reshape the digital landscape, it’ s clear that Heraeus Electronics is providing vital solutions that enable higher power densities, temperatures, voltages, and frequencies. Through continued innovation, the company demonstrates how materials play an integral role in building a more efficient, reliable, and sustainable future for AI infrastructure and the wider electronics industry.
“ I think it’ s important to recognize that there is no longer any individual component operating in isolation,” Michael states.“ We need to have a core development process that brings together advances in semiconductors and packaging materials, as well as packaging materials and module designs. We want to develop towards becoming a kind of solution provider, where our materials can contribute to the overall advancement of the system.”
“ From the perspective of a materials supplier, I would like people to see us as a strategic enabler of system performance,” Michael concludes.“ Our materials are used directly in manufacturing and assembly, and we are challenged by our customers to print faster at lower temperatures and achieve greater precision. All these challenges require close collaboration between manufacturers, equipment makers, and material suppliers. I think the right partnerships between these three groups are essential to unlocking the full potential of the technology and enabling the next generation of systems.” ■
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