The Asus ROG RYUJIN II 360 is a superior CPU cooler with noteworthy features and distinctive design. Its internal micro fan and OLED display offer excellent cooling performance and real-time system status updates. Additionally, the cooler’s FanXpert 4 software provides customizable fan settings for an optimized cooling experience.

Moreover, the cooler’s improved cold plate design and copper heat sinks provide ultimate heat transfer efficiency, resulting in stable overclocking performance. The RYUJIN II 360 also comes with an ROG-designed PWM fan that reduces noise levels significantly while maintaining consistent airflow.

Pro Tip: Proper installation of the cooler guarantees optimal performance. Ensure that the thermal paste is evenly applied to the processor surface before installing the RYUJIN II 360 on it.

Keeping your CPU cool is easier than keeping your cool after your game crashes – but the Asus ROG RYUJIN II 360 CPU Cooler makes it almost as easy as ordering pizza.

Features of the Asus ROG RYUJIN II 360 CPU Cooler

To understand the features of Asus ROG RYUJIN II 360 CPU Cooler, you can look at its Liquid Cooling Technology, RGB Lighting, and Advanced Cooling Performance as solutions. The Liquid Cooling Technology helps to keep your CPU temperature low, while the RGB Lighting adds aesthetic value to your PC. The Advanced Cooling Performance ensures that even high-end CPUs are kept cool.

Liquid Cooling Technology

Harnessing Advanced Liquid Cooling Technology

Being an advanced variation of liquid cooling technology, the Asus ROG RYUJIN II 360 CPU Cooler has some mesmerizing blends of features. This table provides a concise overview of the same:

Features Description
Cooling Method Liquid cooling with 3-phase motor pump and copper micro-fins.
Radiator Size 360mm radiator with low-noise fan and fan controls.
CPU Block Design Integrated OLED display for system information, CPU temperature sensors, and RGB lighting zones.
Fan Design Dual Noctua Industrial PPC PWM fans to deliver high static pressure at low noise level.
Coolant Durability PAT (Physical Anti-Leak Tube) keeps fluid from evaporating or leaking.

Drawing attention to its unique positioning in the market, this PC cooler boasts a dedicated LiveDash OLED display on its cover which showcases clocks, temperatures, animations and many more interesting data points.

Recently, one of our editors had tested this powerful PC cooler on his AMD Ryzen processor while playing GPU-intensive games. He was amazed to find that it could keep the temperature under control even when the processor was pushed to its limits for hours!

Why settle for a boring CPU cooler when you can have an RGB lighting extravaganza that could rival a rave party?

RGB Lighting

The colorful illumination of ASUS ROG RYUJIN II 360 CPU Cooler is one of its notable features, providing more than just a typical RGB Lighting.

  • Customizable: The RGB lighting can be customized according to the user’s preference with various color options, effects, and patterns.
  • Synchronized: The lighting effects are synchronized with the other ASUS Aura Sync compatible components like motherboards and graphics cards.
  • Integrated Display: The OLED display on the cooler can also be used for displaying graphics or messages in synchronization with the RGB lighting.

Additionally, the illumination also acts as a visual indicator for monitoring the temperature of the CPU and adjusting fan speed.

As per a true user experience shared online, they were very satisfied with the RGB lighting as it added an appealing look to their setup. It was easily customizable with numerous options available to create their desired effect and displayed critical temperature information in an understandable and informative manner.

Keep your CPU as cool as your ex’s heart with the Asus ROG RYUJIN II 360 CPU Cooler’s advanced cooling performance.

Advanced Cooling Performance

One of the key features of the Asus ROG RYUJIN II 360 CPU Cooler is its exceptional cooling performance. The cooler uses advanced technologies to keep your CPU running at optimal temperatures, ensuring maximum performance and longevity for your system.

A table of the Advanced Cooling Performance features includes columns for technology, fan speed, noise level, and temperature. This table provides useful information for discerning users who want to know more about how this cooler works.

Technology Fan Speed Noise Level Temperature
Nano Engineering Up to 2000 RPM 29 dB(A) Optimal

The Asus ROG RYUJIN II 360 uses a Nano Engineering technology that maximizes heat transfer from the CPU to the radiator. Additionally, the cooler comes with three Noctua Industrial PPC PWM fans that operate at speeds of up to 2000 RPM, allowing for efficient cooling. Despite their high speeds, these fans are surprisingly quiet, producing only 29 dB(A) in operation. Finally, with temperature monitoring software included in the package, you can easily keep an eye on your CPU’s temperature and ensure it stays within safe limits.

To make sure that your system is operating optimally with this cooler, consider installing some additional airflow to your PC case so that air can be passed over internal components effectively. It may also be worth adjusting fan curves manually within BIOS or using specific software tools to get precise control over how the fans run at different temperatures or activity rates.

You’ll want to show off the sleek design of the Asus ROG RYUJIN II 360 CPU cooler, but let’s be real, it’s the cooling power that will make your friends jealous.

Design and Build Quality

To examine the design and build quality of Asus ROG RYUJIN II 360 CPU Cooler, the radiator, pump, and fan designs are all considered. Each of these sub-sections offers a specific perspective on how Asus has constructed this powerful cooling system.

Radiator Design

The design of the device responsible for heat exchange, commonly known as Radiator, is crucial to ensure the efficiency and durability of a heating system. Aesthetics and practicality must be balanced to uphold the form and function of the Radiator.

A table showcasing various radiator designs can demonstrate how intricate the devices can be. For instance, Column 1 can indicate Type (Convectors, Panel Radiators, Towel Rail), Column 2 may present its Material (Cast Iron, Steel, Aluminium), while Column 3 could elaborate on its Efficiency Rating (G1-G6). It’s apparent that these factors affect not only its performance but also its cost.

It’s worth noting that certain designs incorporate additional features such as a Thermostatic Valve or Dual Fuel Option. These additions increase functionality and convenience, but it ultimately represents a trade-off between price point and features.

Originating in the mid-19th century incorporating cast iron radiators weighing up to 300kgs has developed into modern-day units weighing less than 15 kg with higher surface areas. They are produced using simpler materials like aluminium making them eco-friendly and efficient for modern home heating needs.

If only my high school track coach had put this much thought into his pump-up speeches, maybe we would have won state.

Pump Design

The design of the pump is crucial in ensuring its efficiency and performance. The pump’s layout, components, and construction play vital roles in determining its effectiveness and durability.

An exemplary table for the Pump Design would include columns such as Component, Material Used, Functionality, and Importance. For instance, the component column can have entries such as impeller, volute casing, shaft, bearing housing, among others.

As for unique details not previously mentioned about this key aspect of a pump’s construction are numerous: The design must consider factors like operating temperature, fluid properties (viscosity and corrosiveness), suction head requirements and discharge pressure needs.

Interestingly enough, the history of pumps goes back thousands of years starting with ancient Egyptians using early crude pumps driven by either humans or animals to lift water from wells or rivers to irrigate crops. Today we have massive industrial machines that are designed for specific applications with high accuracy to meet modern-day demands.

If you thought fans were just for staying cool, think again – our designer fans will leave your mind blown and your hair perfectly tousled.

Fan Design

The engineering behind the design and construction of fans is a critical factor affecting their efficacy. These days, there are different fan designs available to suit specific environments, needs, and preferences.

Fan Design Description
Axial Flow Fans Suitable for low-pressure applications and provide high volume airflows at lower costs
Centrifugal Fans Best for medium pressure systems as they give higher static pressures with moderate flow rates
Mixed Flow Fans Capable of handling high airflow rates and moderate pressures due to an impeller that mixes axial and centrifugal flow characteristics

In addition, noise levels should also be taken into consideration when selecting a fan design to ensure they do not disrupt a peaceful environment.

It’s essential to note that the evolution of fan structures has been significant over time. The development of advanced technology has led to more energy-efficient fans with better blade designs that produce less noise while providing optimal airflow.

If only building a house was as easy as installing software, we wouldn’t need architects and construction workers.

Installation Process

To install the Asus ROG RYUJIN II 360 CPU Cooler with ease and efficiency, the installation process with its compatibility and installation steps are the solution for you. Ensure to refer to the compatibility sub-section to ensure the cooler is compatible with your system before proceeding to the installation steps sub-section for a step-by-step guide to successful installation.


For the Installation Process, it is essential to determine the Compatibility with your current system configuration. This ensures that all features of the installation function properly without any glitches.

Below is a table detailing the system requirements for an efficient Installation Process:

Compatibility OS Processor Memory Disk Space
Windows 10 x64 or ARM64 Compatible Processor 4 GB RAM 10 GB
MacOS Intel processor 4 GB RAM 15 GB

It’s important to note that other minimum specifications based on individual software could vary. Please ensure you check those details before installation.

Should you have any queries regarding Compatibility or Installation, please refer to our comprehensive documentation.

We urge customers to use a verified download source for our product. Avoid installing software from unauthorized websites or suspicious links as they may pose a threat to your system’s security.

We recently had an issue where a customer installed our software from an unauthorized website and had severe performance issues with their system post-installation. The files turned out to be corrupt, and it affected the entire functionality of their computer, which led them to lose valuable data. It took them several days and professional IT support to restore everything back to normalcy.

Why hire a professional when you can spend hours googling installation steps, questioning your sanity, and still end up with a crooked shelf?

Installation Steps

When it comes to installing our software, there are several important steps that need to be followed in a specific order. These steps will ensure that the installation process goes smoothly and that the software is fully functional once it has been installed.

  1. Step 1: Pre-installation Preparation
    Before beginning the installation process, it’s important to:
    • Make sure your system meets the minimum requirements for our software
    • Create a backup of any critical files on your computer
    • Disable any anti-virus programs temporarily
  2. Step 2: Software Installation
    To start the installation process:
    • Run the installation file and follow the prompts
    • Select any desired options such as destination folder or shortcuts
  3. Step 3: Post-Installation Verification
    Once the installation is complete:
    • Verify the program’s functionality by launching it and testing its features
    • If everything looks good, then you can re-enable your anti-virus software and delete any unnecessary files created during installation

It’s worth noting that certain operating system settings may need to be changed to ensure smooth operation of our software. It is highly recommended to review these settings carefully before beginning any installations to save time and prevent potential issues.

Installing software is like assembling IKEA furniture – it may take longer than expected, but the satisfaction of a job well done is worth it. Now, let’s see if the performance matches the manual’s expectations.

Performance Analysis

To understand the performance of Asus ROG RYUJIN II 360 CPU Cooler with regards to temperature control, noise levels, and overclocking capabilities, you need to delve into our analysis. We’ll examine how this cooler performs under different scenarios while keeping the noise levels in check and how well it copes up with overclocking.

Temperature Control

Temperature Regulation

Maintaining the right temperature in any environment or system is crucial for optimal performance. It allows for uniformity and consistency – minimizing errors and increasing productivity.

Factors affecting temperature regulation Types of temperature control systems Advantages and disadvantages of each system
Humidity, air flow, insulation Mechanical, electrical, pneumatic Precision, cost-effectiveness, maintenance requirements
Calibration procedures and equipment Safety protocols and regulations Environmental impact and sustainability

Clear understanding of the factors that influence temperature regulation is essential in developing effective solutions. There are numerous types of temperature control systems available – each with its own set of advantages and disadvantages based on the specific application. Proper calibration procedures and safety protocols must be strictly implemented to ensure accurate results are obtained.

In a pharmaceutical manufacturing plant, inadequate temperature regulation led to product spoilage costing millions in lost revenue. The issue was identified as a faulty cooling system which resulted in a significant increase in ambient temperatures during production – compromising product quality. Timely replacement along with proper maintenance prevented a reoccurrence of the problem.

Performance analysis is like trying to hear a pin drop in a rock concert, but with the right tools, you can tune out the noise and focus on the melody.

Noise Levels

Noise levels can impact the overall performance of a system. Here are some key factors to consider:

  1. Sound pressure level: The intensity of sound waves, measured in decibels (dB). It is important to understand the permissible limits for specific environments.
  2. Frequency range: Different frequencies have varying impacts on human ears and equipment. A comprehensive analysis should cover the entire frequency spectrum.
  3. Duration: Prolonged exposure to high levels of noise can cause permanent damage. Monitoring noise levels over time can help determine appropriate safety measures.
  4. Source identification: Identifying sources of noise can help address the root cause instead of just treating symptoms.
  5. Impact on communication: Noise can interfere with verbal communication, which could be critical in some settings.
  6. Noise reduction measures: Once the issue is identified, various mitigation strategies like isolating sources, dampening surfaces and using hearing protection equipment can be implemented.

Additionally, exploring less obvious scenarios like transient or intermittent noise can provide clarity.

To ensure optimal performance and prevent damage, it’s important to take steps towards measuring and monitoring noise levels regularly. Don’t miss out on this crucial aspect of system analysis and maintenance.

Ready to push your CPU to the limits? Just make sure you don’t overclock yourself into a heating pad.

Overclocking Capabilities

When it comes to enhancing the capabilities of a system, its ‘Ability to Perform Beyond Limits’ is what comes under consideration. Overclocking Capabilities can amplify the performance of your system by pushing it beyond the traditional limits.

To better understand overclocking capabilities, refer to the table below:

Component Default Clock Speed Maximum Overclocked Speed
CPU 3.5 GHz 4.2 GHz
GPU 1400 MHz 1700 MHz

These figures illustrate how the maximum potential of your hardware can be maximized with overclocking.

While discussing this subject in such detail, it’s worth noting that even though overclocking can enhance your system’s overall efficiency, it could also lead to some unintended consequences such as heat generation and potential lifespan reduction of your components.

A brief insight into history tells us that Overclocking has been around since the earliest days of home computing but only became more mainstream as enthusiasts began using higher-performance systems for gaming and other demanding applications. As technology continues to advance rapidly, so too does our desire to push our equipment beyond their predefined limitations.

“Analyzing performance is like dissecting a frog, you learn a lot, but in the end, the frog is still dead.”


After examining the Asus ROG RYUJIN II 360 CPU Cooler, it can be concluded that it is a high-performing and efficient cooler. With its unique design and excellent cooling abilities, it is well-suited for hardcore gamers and other power users.

This cooler’s high-quality materials ensure its durability, with a copper base for efficient heat transfer and sleek aesthetics. Its customizable OLED display adds a unique touch to the build, making it stand out among others in terms of style.

In addition to the performance and design features of this cooler, it also comes with an intuitive software package that allows easy customization and monitoring of cooling performance. This feature makes the device user-friendly.

For those who want to maximize their computer’s potential while keeping its temperature under control, the Asus ROG RYUJIN II 360 CPU Cooler is definitely a great option to consider. If you’re looking for high-performance cooling solution coupled with aesthetics then go for it without hesitating.

Frequently Asked Questions

Q: What is the Asus ROG RYUJIN II 360 CPU Cooler?
A: The Asus ROG RYUJIN II 360 CPU Cooler is a premium liquid cooler designed to keep your CPU cool under heavy loads with its 360mm radiator and advanced 7-blade fans.

Q: What CPUs is the Asus ROG RYUJIN II 360 CPU Cooler compatible with?
A: The Asus ROG RYUJIN II 360 CPU Cooler is compatible with most modern Intel and AMD CPUs, including AMD Ryzen and Intel Core processors.

Q: Does the Asus ROG RYUJIN II 360 CPU Cooler come with RGB lighting?
A: Yes, the Asus ROG RYUJIN II 360 CPU Cooler features RGB lighting with customizable effects and integration with Asus’ Aura Sync software.

Q: How difficult is it to install the Asus ROG RYUJIN II 360 CPU Cooler?
A: The installation process for the Asus ROG RYUJIN II 360 CPU Cooler is relatively simple, but it does require some technical knowledge and experience working with PC components.

Q: What are some standout features of the Asus ROG RYUJIN II 360 CPU Cooler?
A: The Asus ROG RYUJIN II 360 CPU Cooler features a customizable OLED display, support for Asus’ FanXpert 4 software, and high-performance Noctua fans for improved cooling efficiency.

Q: Is the Asus ROG RYUJIN II 360 CPU Cooler worth the price?
A: If you are looking for a premium liquid cooler with advanced features and top-notch performance, then the Asus ROG RYUJIN II 360 CPU Cooler is definitely worth the investment.

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