Learn how phase-change heat sinks make silent, maintenance-free natural convection cooling possible for modern power modules. Kimmo Jokelainen presents tech breakthroughs, field-proven results, and practical considerations for high-power applications.
Detailed performance specifications for ULTIMA Series data sheet, our top-of-the-line forced convection solution.
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Discover how our ULTIMA platform enables greater power density and reliability in modern power conversion systems, providing a high-performance alternative to the complexities of liquid cooling.
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ULTIMA isn’t just an upgrade—it’s a breakthrough. With an integrated thermosiphon, it replaces heat pipes for a smarter, more powerful cooling solution.
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Technical Deck. See how ULTIMA cut device temperatures by up to 25°C, slashed heatsink weight from 20 kg to 7.5 kg, reduced pressure drop by over 50%, and met cost targets in real power‑converter projects.
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Watch thermal camera footage reveal how ULTIMA’s integrated thermosiphon rapidly spreads heat across the entire heat sink.
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Explore the full specifications for the AURORA Series, our advanced forced convection solutions engineered for high-power applications. Compare all versions and find the perfect fit for your design.
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AURORA outperforms traditional heat sinks with forced convection cooling—delivering higher efficiency in a compact, lightweight design. See why it’s the smarter choice.
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Explore how next-generation thermal management tackles the heat challenges of advanced power electronics. Janne Suhonen highlights new cooling needs driven by electrification and SiC/GaN devices, with brief case examples from renewables and industry.
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See how NEOcore-powered AURORA outperforms traditional aluminum heat sinks—delivering better cooling with a more compact, efficient design.
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See the thermal camera prove AURORA’s superior heat transfer efficiency—eliminating extra interfaces for faster, more effective cooling.
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