Which one is stronger in heat dissipation at the "cloud" end?

With the development of information technology, cloud computing appears more frequently in our field of vision, cloud computing is a service related to information technology, software and the Internet, which can allow every customer who uses the Internet to use the huge computing resources and data centers on the network

Cloud computing will enter a new development cycle

As the cloud computing market continues to grow, the demand for large servers in related markets such as information technology, software and the Internet has increased, and the performance requirements for servers have also increased, and energy-efficient and heat-dissipating products can help build a more complete infrastructure.

In order to cope with the needs of various heat dissipation modes

From 10W mobile phones, 100W desktop computers to kilowatt servers, large servers, car cooling devices, etc. Nidec offers a wide range of heat dissipation products that can be used in a variety of applications.

Liquid-cooled module

Higher wattage and more complex heat dissipation requirements add more than 5,000 power to the product

Nidec's liquid cooling technology is divided into a variety of heat dissipation solutions, such as closed-loop liquid cooling (Liquid to Air), open-loop liquid cooling (CDU), liquid cooling + air cooling, etc., which can also be designed according to the application scenario.

Features - 1

Efficient heat dissipation

The heat is transferred to the liquid through the cold plate and diffused throughout the radiator through the flow of the liquid, effectively dissipating the heat dissipation.

Characteristic -2

Energy-efficient

In a 1U server system, the overall power consumption of air cooling is reduced by about 17% compared with liquid cooling.

Advantages of water cooling

Compared to air cooling, it can be cooled at one time by using a radiator to reduce power consumption.

Feature -3

Low noise and low vibration

The speed of the pump used in the liquid-cooled module is determined according to the viscosity of the liquid, because the liquid absorbs vibration, and the noise cannot be directly conducted, so there is basically no noise.

Cooling fan

Stable operation, efficient heat dissipation, and turning

Nidec's DC fans are widely used in the communications and IT industry, including servers, power supplies, routers, switches, and other related products.

Heat sinks and vapor chambers

Energy saving and low noise depends on the combination of heat dissipation

Nidec's heat sinks and vapor chambers are highly efficient heat transfer components that use latent heat from evaporation and condensation. When one end of the heat pipe is heated (evaporation end), the liquid inside evaporates and vaporizes at a small pressure difference, and the heat is released to condense into a liquid (condensation end)

The liquid then flows back to the evaporation end by capillary force along the interior of the capillary porous material, and the cycle is continuous to achieve energy-saving heat dissipation.

From heat sinks, vapor chambers, cooling fans

to components or modules such as liquid-cooled modules,

Nidec has a wide range of heat dissipation artifacts;

Less vibration, lower noise, higher heat dissipation efficiency,

Nidec continues to develop features that are more in line with the needs of the times.

At the same time, Nidec's heat dissipation products can not only be used alone,

It can also be used according to the end application, heat load,

Provide energy-saving and efficient comprehensive heat dissipation solutions for customers' actual needs.
Which one is stronger in heat dissipation at the "cloud" end?

Which one is stronger in heat dissipation at the "cloud" end?

Which one is stronger in heat dissipation at the "cloud" end?

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