Two-Phase Tuesdays

In this month's edition of Two-Phase Tuesdays, host Lucas Beran answers YOUR questions! Watch for his full insights on why NVIDIA GTC revealed the AI market is accelerating, what recent M&As in liquid cooling means for Accelsius, the scalability of two-phase direct-to-chip, a deep dive into our latest product, and so much more.

Lucas Beran interviews Dr. Jacob Moore, Principal Engineer, about what it takes to commission our NeuCool® two-phase, direct-to-chip liquid cooling solution for AI-ready data centers. Listen to the full episode for Dr. Moore's insights on the typical commissioning process for at-scale mission critical deployments, new orders and products to scale our NeuCool technology, advice for aspiring enginee...

In the latest episode, Accelsius Chief of Staff Diego Diaz gives a behind-the-scenes look at our Series B funding round, explains why our strategic partnerships with Legrand and Johnson Controls will help us deliver a comprehensive cooling solution, delivers key advice for up-and-coming entrepreneurs, and so much more.

Embedded Software Engineer Wyatt Hansen sits down with Lucas Beran to discuss his multidisciplinary approach to engineering, how Accelsius' systems team helps to deliver "plug-and-play" cooling solution for data centers, and exactly why he's in charge of showing off our technology to industry leaders. If you'd like to learn more about our technology's TCO savings, click here to download our TCO br...

In this episode, Lucas Beran interviews Akshith Narayanan, Product Development Thermal Engineer II at Accelsius. Listen to the full episode to learn about our strategic investment from JCI, why two-phase has become the cooling standard in so many industries, Microsoft's latest announcement about microfluidics, our impressions of NVIDIA GTC DC, and so much more. Download Accelsius' research into un...

In this inaugural episode, Lucas Beran speaks to Dr. Serdar Ozguc, Principal Thermal Engineer at Accelsius. They discuss recent breakthroughs in liquid cooling, embarrassing lab mishaps in grad school, and why two-phase direct-to-chip isn't even close to its limit when it comes to cooling AI data centers.