Anika Technologies

These AI servers are literally running inside a boiling liquid.

Not water.

They're submerged in a specialized **dielectric fluid** that doesn't conduct electricity, allowing the hardware to operate safely while completely immersed.

As AI chips generate massive amounts of heat, the fluid reaches its boiling point at around **50°C** (depending on the fluid used). The v***r rises to condenser coils, cools back into liquid, and flows into the tank again.

This creates a **continuous two-phase immersion cooling cycle**, eliminating the need for server fans inside the immersion tank.

Unlike traditional air cooling, which removes heat indirectly, **two-phase immersion cooling transfers heat directly from the hardware**, making it dramatically more efficient.

The advantages are huge:

• Lower energy consumption ⚡
• Higher computing density 🖥️
• Improved hardware reliability 🔥
• Better support for the enormous power demands of modern AI infrastructure 🚀

As AI models become larger, faster, and more power-hungry, innovation isn't happening only inside the chip.

It's also happening in how we keep those chips cool.

The future of AI isn't just about smarter models. It's about building the infrastructure that makes them possible.