Selection and Application of Arlitech Power Inductors for Server Mainboard
The characteristics of server mainboards are high performance, high density, and strong scalability. They typically incorporate multiple GPU or FPGA chips, as well as high-speed network interfaces and other hardware components, enabling large-scale parallel computing and efficient data transmission, thereby providing fast and efficient computational capabilities. They are commonly used in data centers, cloud computing, artificial intelligence, big data analysis, and other scenarios, specifically for processing large amounts of data and high-performance computing.
Server mainboards have a wide range of applications in various industries. Firstly, in data centers, server mainboards provide advantages such as high density, high performance, and scalability, making them an essential equipment for data centers. They can handle large amounts of data and provide high-speed data access capabilities. Secondly, in emerging technologies such as artificial intelligence, server mainboards also play a critical role. Through high-performance computing and deep learning technologies, they can process and analyze large amounts of data, thereby improving the accuracy and efficiency of machine learning. In addition, server mainboards are also applied in industries such as finance, energy, healthcare, transportation, etc., to provide efficient computing and big data analysis capabilities, offering powerful computing and big data analysis capabilities for various industries. They have significant potential for development in the future computing industry.
According to market research firms, the global server mainboard market reached $30 billion in 2021, and is expected to reach $56 billion by 2026, with a compound annual growth rate of up to 13.3%. Data centers occupy the largest market share. In addition, server mainboards play a critical role in emerging technologies such as artificial intelligence, through high-performance computing and deep learning technologies, processing and analyzing large amounts of data, thereby improving the accuracy and efficiency of machine learning.
Overall, server mainboards are a critical computing platform applied in data centers, cloud computing, artificial intelligence, and other fields. With the increasing demand in the market, they are becoming one of the important trends in the future computing industry. When designing the driver chip on the mainboard of a server, engineers need to consider the characteristics of the inductors to ensure the efficiency, stability, and reliability of input and output conversion, thus meeting the product features of the server mainboard. Here are some of the key inductor characteristics that engineers need to consider：
1. Inductance Value: The inductance value of an inductor affects the efficiency and stability of input/output conversion. Engineers need to select the appropriate inductance value to ensure the energy conversion efficiency of the server board reaches its optimal level.
2. Leakage Inductance: The leakage inductance refers to the sensitivity of the inductor to the magnetic field, which affects the performance and efficiency of the inductor. Engineers need to choose an inductor with appropriate leakage inductance to ensure the efficiency and stability of input/output conversion.
3. DC Resistance of the Inductor: The DC resistance of an inductor generates energy loss, which affects the efficiency of input/output conversion. Engineers need to select an inductor with lower DC resistance to reduce energy loss and improve the efficiency of input/output conversion.
4. AC Impedance of the Inductor: The AC impedance of an inductor affects the efficiency and stability of energy conversion. Engineers need to select an inductor with appropriate AC impedance to ensure the efficiency and stability of input/output conversion.
5. Size and Shape of the Inductor: Selecting the appropriate size and shape of the inductor can minimize the footprint of the driving chip, thereby increasing the density of the server board.
6. Voltage and Temperature Tolerance of the Inductor: Engineers need to ensure that the selected inductor can withstand the maximum voltage and highest temperature during server operation to ensure the stability and reliability of the inductor.
In summary, when designing the driving chip on the main circuit board of the server, engineers need to consider the characteristics of the above inductors to ensure the efficiency, stability, and reliability of input/output conversion, thereby meeting the product characteristics of the server board. In response to the needs of customers in this type of industry, Arlitech Electronic has developed a new series of inductor products with the following advantages to meet the product specifications of board servers：
1. High efficiency: The new series of inductor products has a conversion efficiency of over 90%, effectively reducing energy waste and saving power costs.
2. Low noise: The noise level of the product is very low, which can maintain system stability and reliability, while reducing interference and noise problems caused by noise.
3. High reliability: The product uses high-quality materials and strict production processes, and has very high reliability and long-term stability, which can meet various demanding application scenarios.
4. High density: The new series of inductor products are small in size and light in weight, and can achieve high-density integration, saving system space and layout costs, while improving the overall system performance.
5. Customization: Arlitech Electronic can provide customized products tailored to customers' specific needs, thus meeting the needs of different application scenarios.
If you have any questions or would like to learn more about the specifications and details of the new series of inductors from Arlitech Electronic, please feel free to contact us by email.