Building efficient cooling systems for computer components that generate significant heat, such as processors, is a unique challenge. However, many traditional liquid cooling systems are cumbersome due to their large size and installation limitations. Fortunately, XPG is introducing an innovative solution – the XPG Hybrid Cooler, which integrates all the components of liquid cooling into a compact device.
The XPG Hybrid Cooler is designed to fit a pump, loop, and radiator into a relatively small unit. This allows for easier installation in various computer cases. Additionally, the device features two Vento Pro 120 fans, which provide optimal cooling with low noise levels.
One of the standout features of the XPG Hybrid Cooler is its support for PWM function, which allows for fan speed regulation. As a result, the device can effectively cool processors with up to 280W TDP. It is also worth noting that the XPG Hybrid Cooler is lighter than competing heatpipe-based solutions, further simplifying installation.
Although the presented versions of the device are still in development, additional features are expected to be implemented, such as an LCD panel for displaying fan operation information and RGB lighting. The XPG Hybrid Cooler will be compatible with Intel and AMD processors, as well as Xeon and Threadripper PRO processors. The planned release of the new XPG Hybrid Cooler is scheduled for July of this year, with an estimated price of around $120.
Source: Tom’s Hardware
FAQ:
1. How does the XPG Hybrid Cooler work?
The XPG Hybrid Cooler integrates a pump, loop, and radiator into a compact device, allowing for efficient cooling of computer components through liquid flow.
2. What are the advantages of the XPG Hybrid Cooler?
Small size, support for PWM function, low noise level, compatibility with various processor types, and ease of installation are the main advantages of the XPG Hybrid Cooler.
3. Will the XPG Hybrid Cooler work with my computer?
The XPG Hybrid Cooler is designed for desktop computers and will work with Intel and AMD processors, as well as Xeon and Threadripper PRO processors.
Terms:
Liquid Cooling
Liquid cooling is a method of cooling computer components in which a fluid (most commonly water) flows through a special system of pipes and radiators to dissipate heat.
TDP (Thermal Design Power)
TDP is a value that determines the maximum thermal power that a particular component, such as a processor, can generate. This is important when choosing an appropriate cooling system.
Image Source: XPG
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