Description

3HAC034172-001  is a high performance, stable and reliable server motherboard. The reliability of this motherboard can be described in detail in the following aspects:.

1. Strict quality control:ABB carries out strict quality control on the production process of the motherboard to ensure that each link meets the high standard of quality requirements. This includes the selection of high-quality electronic components, rigorous manufacturing process and perfect testing methods, thus ensuring the reliability and stability of the motherboard.
2. Efficient heat dissipation design: Server motherboards generate a lot of heat when running at high loads, and poor heat dissipation can lead to abnormal operation or even damage to the motherboard. The motherboard adopts a highly efficient heat dissipation design, which can effectively reduce the temperature of the server in the process of operation, to ensure the stable operation of the motherboard.
3. Anti-interference ability: the motherboard in the design of the full consideration of electromagnetic interference (EMI), the use of anti-interference ability of electronic components and circuit design. This allows the motherboard to operate stably in a strong electromagnetic environment, reducing the failure caused by electromagnetic interference.
4. Redundant design: In order to improve reliability, the motherboard is designed with redundancy in some key parts. This means that in some cases, even if some parts fail, the redundant part can take over the work of the failed part to ensure the normal operation of the server.
5. Long-time stable operation The motherboard has been tested and verified for long-time stable operation, and is able to maintain performance stability and reliability over a long period of time. This helps to minimize server downtime due to motherboard failure.
6. In summary, it is a highly reliable server motherboard that meets the needs of a variety of server application scenarios that require high performance, high reliability and high stability.