Exploring self-sustaining cooling options for intense overclocking performance.
Exploring self-sustaining cooling options for intense overclocking performance.
While exploring information about quantum computers, I discovered that they need temperatures extremely close to absolute zero. People have developed cooling systems over the years to keep them running continuously. Yet, despite all this progress, extreme overclockers still rely on manually filling containers with LN2, and no practical solution has been found yet. I only know of a non-self-sustaining robot cooler, which I respect for its effort, though I think a commercially available version should have existed much earlier. Any thoughts?
These machines will require their own dedicated spaces, free from human presence during operation. They can efficiently regulate the surrounding temperature to any desired level and, combined with an air drier, can prevent excess moisture while keeping a very low temperature. For a standard overclocked setup, this would mean placing it in a room that most people wouldn’t want to share—especially if you’re not prepared to endure extreme cold or the high costs involved. That’s why it remains impractical for regular systems.
The space is designed for different uses, helping the chip reach 0.015K by itself using 20kW of power. However, LN2 is at -77K, which is far lower than that level and not practical here. The only real concern would be condensation over time, but for someone who returns home after work to relax with games on a high-performance PC, it shouldn't be an issue.
Sellers don't require the responsibility that forces Joe Blow PC builders to hold their hands to liquid cooled helium.
The room serves multiple functions, including being an isolated space for specific purposes and part of the cooling setup. Cooling systems priced in thousands or tens of thousands of dollars are logical for a business requiring such quantum computing capabilities. Regular computers, even when heavily overclocked, cannot justify the expense of the suggested cooler if daily use isn't feasible. The benefit doesn't justify the investment. If the cost surpasses its value, it's unlikely anyone would invest time or resources into creating something like this for the general public or even for those seeking short-term stability for proof purposes.
From an efficiency standpoint, it's like paying for a private jet to take you to Philadelphia and back whenever you crave a cheesesteak.
But so does wacky cooling room! See Willy Wonka and his giant flying bubble fan; that could cool a 9590.