Achieve Sub-Ambient Cooling for Intel Core i9 with TEC AIO!

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Achieve Sub-Ambient Cooling for Intel Core i9 with TEC AIO!

Table of Contents

  1. Introduction
  2. About the Cooler Master ML360 Subzero
  3. Understanding Thermoelectric Cooling
  4. Limitations of Power Draw
  5. Operating Modes: Cryo Mode and Unregulated Mode
  6. Cooling Performance testing
    • Lightly Threaded Workloads
    • Heavy Multi-Threaded Workloads
    • Comparison with Other Coolers
  7. Gaming Performance
  8. Noise Output and Power Consumption
  9. Conclusion

Introduction

Hey there, it's Luke Hill from Kikroo! Today, we're going to talk about a cooling solution that has caught our attention lately. As the temperatures rise in the UK, many people are looking for effective ways to cool their hardware, especially since not many homes here have air conditioning. This led us to remember a cooler master cooler that we received a while back called the Cooler Master Master Liquid ML360 Subzero, which incorporates thermoelectric cooling hardware and Intel's cryo cooling technology software. In this article, we will dig deep into the features, limitations, and performance of this cooler, and explore its potential benefits for enthusiasts and gamers. So, let's dive in and see what the Cooler Master ML360 Subzero has to offer!

About the Cooler Master ML360 Subzero

The Cooler Master ML360 Subzero is a unique cooling solution that aims to cool your CPU to sub-ambient temperatures using thermoelectric cooling technology (TEC) and Intel's cryo cooling technology software. It features TEC hardware, also known as a Peltier device, which takes electrical power from a PCIe power connector and converts it into cooling capacity. This allows the cooler to remove thermal energy from the CPU and achieve temperatures as low as zero degrees Celsius. The cooler is designed for use with smart overclocking utilities such as Intel's Thermal Velocity Boost algorithm and is compatible with 10th and 11th generation Intel CPUs.

Understanding Thermoelectric Cooling

Thermoelectric cooling (TEC) is a cooling technology that utilizes the Peltier effect to transfer heat from one side of the thermoelectric module to the other. In simple terms, when an electrical current passes through the TEC hardware, it creates a temperature difference across the module and absorbs heat from the CPU. This heat is then dissipated through the cooler's radiator and fans. The TEC hardware enables the ML360 Subzero to achieve sub-ambient temperatures, offering potential benefits for overclockers and enthusiasts who want to push their CPUs to the limit.

Limitations of Power Draw

One of the limitations of the ML360 Subzero is its power draw. The cooler has a maximum power rating of 200 watts, which means that it can handle CPU heat loads up to that limit. However, pushing beyond that limit leads to the cooler's inability to dissipate heat effectively, resulting in increased temperatures and potential instability. It's important to note that reaching the maximum power draw of 200 watts requires a six-plus-two-Pin PCIe power connector and a robust power supply. Overpowering the cooler can quickly saturate the radiator and compromise cooling performance.

Operating Modes: Cryo Mode and Unregulated Mode

The ML360 Subzero offers two operating modes: cryo mode and unregulated mode. Cryo mode is the recommended mode for daily use and is designed to maintain sub-ambient temperatures without the risk of condensation around the CPU socket. It draws around 30 watts of power from the cooler itself. On the other HAND, unregulated mode is intended for maximum cooling performance and involves running the cooler at full power. While it can achieve lower temperatures, it comes with a higher risk of condensation. The choice between the two modes depends on the user's requirements, preferences, and tolerance for power consumption.

Cooling Performance Testing

To evaluate the cooling performance of the ML360 Subzero, we conducted various tests using different workloads. In lightly threaded workloads, such as gaming and single-core tasks, the cooler demonstrated impressive temperatures and maintained stable operation. However, when subjected to heavy multi-threaded workloads, the cooler struggled to cope with power draw exceeding 200 watts, resulting in increased temperatures and potential instability. In comparison tests with other coolers, the ML360 Subzero showcased its unique ability to achieve sub-ambient temperatures, especially in cryo mode. However, the high power draw and limited compatibility with AMD processors pose restrictions on its utility.

Gaming Performance

In gaming performance, the ML360 Subzero showed potential for achieving high-frequency overclocks on lighter core count CPUs. We were able to achieve stable overclocks at frequencies up to 5.5GHz on an Intel Core i9-10900K. However, it's worth noting that the performance gains in gaming were limited compared to other factors, such as GPU performance. While impressive, these high-frequency overclocks using the ML360 Subzero are not practical for most users due to the associated power consumption and noise levels.

Noise Output and Power Consumption

One area where the ML360 Subzero falls short is noise output. The fans and Pump of the cooler produce noticeable noise, especially when operating at higher speeds to achieve sub-ambient temperatures. The limited speed control options through the Intel cryo cooling technology software make it challenging to mitigate the noise output effectively. Additionally, the cooler's power draw can be substantial, easily exceeding 150 watts for the cooler alone in unregulated mode. This extra power consumption should be taken into account when planning a system's overall power requirements and efficiency.

Conclusion

The Cooler Master ML360 Subzero offers a unique cooling solution that can achieve sub-ambient temperatures, especially in lightly threaded workloads and gaming scenarios. Its thermoelectric cooling technology and Intel's cryo cooling technology software provide the potential for high-frequency overclocks and impressive performance gains. However, the cooler's limitations, including power draw restrictions and compatibility issues with AMD processors, hinder its broader appeal. Additionally, the overall noise output and power consumption of the cooler may not be suitable for all users and situations. With its high price tag and specific use cases, the ML360 Subzero is more of a novelty item or a showcase of cutting-edge cooling technology than a practical cooling solution for the average user.

👉 Resource: Cooler Master ML360 Subzero

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