Welcome to the future

CoolClouds heat sinks provide for a quantum leap in silicon power

7

The Problem

Microprocessors have grown so small and so densely integrated that heat management now poses the largest barrier to faster processors and more powerful performance.

2

The Solution

CoolClouds experts have developed a game-changing heatsink that is cooler, quieter, and more compatible.

K

The Product

With SuprCool hybrid cooling technology, you can remove heat from the equation and discover the maximum potential of your processor! This is the new standard in CPU cooling and it paves the way for more powerful CPU’s!

SuprCool™

SuprCool™ can cool electronics in any circumstance, regardless of space constraint or power dissipation. The modular technology can morph into any design space and provide cooling that exceeds the performance of any current thermal solution.Go on. Find out more.
howitworksOur cooling heat sink is made of several patent-pending materials and components, including hybrid micro-channel technology, to achieve the maximum performance in the minimum space.

why-iconThis hybrid cooling technology can save up to $2 million in a typical data center, or power faster, more dynamic personal computers and communications devices.

our_team_iconCoolClouds is working with industry-leading system companies to integrate our thermal heat sinks into their equipment and we are eager to see these systems in the market soon. Click for more information about the team.
Personal Computers

Since SuprCool™ heat sinks are so effective at such a small size, they make an ideal solution for high-performance personal computing. Computer gaming enthusiasts continually search for better and faster platforms to gain an edge over fellow gamers, and overclocking is a time-honored tradition to supercharge stock computer platforms. In the future, CoolClouds’ SuprCool™ will have a enthusiast heat sink that removes the barrier to clock speeds without requiring a hack saw. Simply replace the CPU heat sink on your latest Intel or AMD CPU with a SuprCool™ heat sink and ramp up the power on your gaming computer. Click to find out more.

Servers

SuprCool™ heat sinks eliminate data center hot spots and enable faster CPUs to operate at lower temperatures. Data processing and storage are both pushing beyond the limits of data centers worldwide. Data centers needs thermal solutions that leverage the existing infrastructure and architecture of servers and racks. CoolClouds solutions are designed to match existing 1U and 2U physical constraints, minimizing capital expenditure. The efficiency of CoolClouds solutions also lowers operating expenditures by reducing the volume flow requirements of computer room air conditioning (CRAC) equipment. Click to find out more.

Telecom

We’ve come to expect the full spectrum of broadband communications from every device everywhere. The telecommunications backbone is rapidly expanding to meet our expectations with increasing speeds and flexibility. The racks of equipment serving this infrastructure demand extreme performance in as compact an envelope as possible. This pushes thermal challenges to the limit, and requires innovative solutions that break from traditional methods. SuprCool™ heat sinks are designed for the ultimate in performance and reliability in compact heat sinks that meet the demands of high-density, high-performance telecommunications equipment. Click to find out more.

Military

Military communications devices are demanding greater bandwidth and range in more challenging operating environments. Managing the high-power devices enabling these advances requires a new approach. SuprCool™ heat sinks are up to the challenge, offering new levels of performance that leap beyond traditional approaches. We work with your team to provide novel cooling heat sinks that provide the reliability and performance you need for mission-critical operations. Click to find out more.

LED Applications

The flexibility offered by SuprCool heat sinks removes constraints to designing with high power LED lighting applications. Click to find out more.

Latest News