Thermal management meets the challenges of 5G

Thermal management meets the challenges of 5G
Thermal management needs a comprehensive upgrade solution to improve its efficiency and safety for solving 5G challenges. Various fragmented devices such as: Base Stations, Mobile Phones, Laptops and Desktop Computers need an integrated thermal management system.
 
5G thermal management is a wide-ranging term covering various forms of heat transfer, including conduction, convection and radiation.
 
Liquid cooling, Vapor chamber cooling works by evaporating liquid, typically water, with heat coming from the phone's internal components.

Table contents

  1. What are the challenges of 5G?

  2. 5G devices need upgraded 5G thermal solutions at a new level 

  3. Heat dissipation module of 5G thermal management of electronics 

  4. The new challenge of 5G thermal management between the cloud and the client 

  5. Tailored 5G thermal management of electronics for the fragmented devices

  6. Where to find the best 5G thermal management system from suppliers?

Thermal management solutions

1.What are the challenges of 5G?

Smartphones are evolving rapidly from 3G, 4G to 5G , and the volume of products has moved towards the trend of lighter, thinner and shorter. The design of the mechanism and the assembly of the related electronic components have become more and more sophisticated. The amount of information transmission and computing load are increasing day by day. When users feel the convenience and high efficiency of these products, it is a very challenging task for manufacturers to stand behind these products. 
 
Self-generated heat is the most dreaded natural enemy of smartphones. 5G has a higher frequency, faster speed and is more likely to generate high temperatures. If the temperature of electronic components remains high, it will easily affect the operating efficiency and lifespan. More and more 5G-enabled devices will emerge in various forms. From the base station to the peripheral application products, thermal management will still be the very top priority in the design of the mobile product, especially for mobile phones. As more data can be collected and processed via the cloud side, the outsourced data processing tasks will gradually consume more power, requiring increased use of GaN devices to power 5G devices and networks.
 
5G thermal management is the ability to control the temperature and noise level of a system by means of technology based on thermodynamics and heat transfer.

2.5G devices need upgraded 5G thermal solutions at a new level

For example, when you glide your phone for an hour, your hands naturally feel hot. After a long time, you will find that its operating efficiency becomes inflexible, this is because in the highly compressed limited body generates a lot of heat interference and reduce the efficiency of the product, In the long run, these sensitive components will aging and prone to failure under unbearable stress, this will lead to the problem of safety in use. If there is no proper countermeasures for thermal management, it will get into a vicious circle. This is a typical problem in the electronics industry. Therefore, the mobile communication ecosystem in the 5G era includes base stations, mobile phones, notebooks and desktop computers. All solutions need to be upgraded to improve efficiency. 
 
Smartphone cooling, As the processor heats up, the liquid essentially vaporizes, keeping the CPU cool. The vapor then travels to the opposite end of the of the heat pipe, where it condenses back into liquid when cooled off.

3.Heat dissipation module of 5G thermal management of electronics 

The so-called heat dissipation module includes heat pipes, heat sinks, heat sinks, fans and other parts. The factory of heat dissipation module usually cooperates with the system factory to be customized according to the characteristics of electronic products and heat dissipation requirements, such as notebook computers or desktop personal computers usually have built-in fans, and special models for gaming players use external heating pipes or water-cooled heat dissipation. After years of anticipation, 5G networks are going live around the world. Consumer interest in 5G is high. People expect this new technology to provide a better experience of sound, visual effects, and data services, as well as entirely new services in entertainment, gaming, and education. Given the high demand, 5G has great potential for service providers to create and sustain new value in the consumer business.

4.The new challenge of 5G thermal management between the cloud and the client

Currently, there are about 4.5 million 4G base stations in the world. Due to the higher 5G frequency and shorter transmission distance, it is estimated that the number of base stations needs to be doubled to achieve the same coverage, which is equivalent to 13.5 million 5G base stations. By 2025, there will be 65 million 5G base stations worldwide, providing 5G services to 58% of the global population. In 2020, the global market for 5G services will reach $41.48 billion, and the compound annual growth rate (CAGR) from 2021 to 2027 will be 43.9%. It is expected that 5G mobile services will be commercialized in 2020 and achieve complete mobility and realize a connected environment by providing consumers with various use cases and business models. In addition, the faster data speeds and ultra-low latency provided by 5G technology will enhance the user experience, while the When using 5G services in a variety of use cases. Relevant applications include AR /VR, drones, autonomous driving, gaming, etc. Video telephony and ultra-high definition (UHD) video. Demand for high-speed data connectivity is estimated to increase for unified Internet-of-Things (IoT) applications such as smart-home energy management, and the rise of edge computing is expected to be driven by the commercial transition to 5G. In the 4G era, data processing and data storage are moved from the end device (client) to the cloud (remote data center) and then transferred from the cloud back to the end device when data processing is complete. This model may not be able to handle the huge increase in transmission in the 5G era, requiring more data centers at the edge (near the client) to share computing tasks and reduce message delays

5.Tailored 5G thermal management of electronics for the fragmented devices 

The heat pipes and technical thresholds of each electronic product are different, and it is difficult to use them in one. The thermal management solution of notebooks is difficult to apply to mobile phones, and the thermal management solution of desktop computers is also difficult to apply to servers, which is costly. Gaming devices with a large amount of thermal energy require VIP -level thermal management. The solutions of traditional home appliances are not suitable for smart IoT home appliances. In response to the fragmented needs of different tiers, an integrated application service solution is required to provide a variety of customized thermal management project services for packages or special specifications. 

6.Where to find the best 5G thermal management system from suppliers?

Are there suppliers in the industry that offer a comprehensive and vertically integrated thermal management service? There should be, but when you consider its profession, experience, market size and reputation, Auras Technology should be an ideal choice. It has more than 20 years of professional experience and techniques to accumulate its strength gradually. A comprehensive vertically integrated ecosystem gives it the ability to solve various problems from different clients
 
Auras Technology Co, Ltd was established in 1998 and originally specialized in the design, manufacture and sale of NB radiators. Facing the growing demand for heat dissipation in electronic systems, the company was officially transformed into a professional and comprehensive heat flow solution provider in 1999. In addition to the main products of NB, the company also extends to the development and manufacture of non- NB product lines, such as heat dissipation modules for servers, motherboards and graphics cards, heat dissipation modules for integrated computers (AIO), workstations and DVD players. In just a few years, the company has become the world's largest designer and manufacturer of cooling modules for notebook computers. It also focuses on growth while maintaining stable profitability. There are four factories in China and the headquarters is located in Taiwan.
 
Auras Technology is currently the world's largest NB heat dissipation module factory. The current capacity of heat sinks is 6 million pieces per month. It mainly produces heatsinks, heat sinks, heat dissipation modules, heat dissipation channels, fans, etc., which are used in notebook computers, high technology applications such as desktop computers, industrial servers, projectors, optical disk players, mobile phones/tablets/mobiles, IoT smart home devices, LEDs, and automotive applications.
 
If you have the above requirements and want to know more details, you can directly visit their website and contact them
 
Auras Technology Co., Ltd.
Tel: (02)8990-1653