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Information about WNTC4025E DC server

Sorry, based only on the name "WNTC4025E DC Server", no directly related information was found in the search results provided. The following is an explanation of server-related knowledge from a general perspective:

1. Basic concepts of server

A server is a type of computer that runs faster, carries a higher load, and is more expensive than a regular computer. The server provides computing or application services to other clients in the network (such as PCs, smartphones, terminals such as ATMs, and even large equipment such as train systems).

2. Characteristics of DC servers

Power supply

High stability: Compared with AC power, DC power directly supplies power to the internal components of the server after conversion, which reduces fluctuations and interference during the AC-DC conversion process and helps improve the stability of server operation. For example, in some data centers that have extremely high requirements for power supply stability, the use of DC servers can reduce the risk of data errors or equipment failures caused by power supply fluctuations.

Efficiency advantages: In some cases, DC servers may improve energy conversion efficiency by reducing power conversion links. This can reduce energy consumption costs to a certain extent for large-scale data centers.

Adapt to specific devices or environments

Compatible with DC power supply facilities: If a DC power supply system has been established in the data center or specific location (such as some facilities that use photovoltaic power generation and directly store and distribute power in the form of DC), the DC server can be directly connected to the power supply system without additional Complex conversion equipment simplifies the power supply architecture.

Suitable for special application scenarios: In some environments with strict electromagnetic compatibility requirements, DC servers may have better electromagnetic compatibility performance due to their power supply characteristics, reducing electromagnetic interference to surrounding equipment.

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