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Server-side rendering (SSR) is an increasingly preferred technique for improving the performance of web applications. By pre-rendering the initial HTML, SSR allows developers to improve search engine optimization. However, when implementing SSR in distributed systems, electromagnetic compatibility considerations become crucial to ensure network stability.

EMC refers to the capacity to withstand interference without unwanted interference or noise generated by internal components. EMI, on the other hand, refers to unwanted disturbances that can disturb the functioning of electronic systems. In the context of SSR, these considerations are particularly important due to the complex networking involved.

One key aspect of electromagnetic noise reduction is the protection from electromagnetic radiation. Noise generated by high-speed circuits can be a significant source of EMI. To reduce this issue, developers can use shielding materials, such as titanium foil, or even choose integrated shielding.

Another important consideration is the selection of network interfaces. For اس اس آر example, using PCI Express can help reduce EMI by minimizing cabling. Moreover, choosing suitable cabling can minimize electromagnetic radiation.

For instance, using EMI-reduced connectors with high immunity to EMI can remarkably lower noise levels.

Another aspect of EMI is the voltage regulation system. Power supply units (PSUs) can be a significant source of EMI due to the voltage regulators involved. To limit power supply noise, developers can choose PSUs with built-in filtering, follow optimal installation guidelines, and ensure proper grounding. Furthermore, using dual-stage regulators can decrease power supply noise.

In distributed systems, additional measures must be taken to ensure stable performance. This may include using redundant systems, supervisory control systems, and remote monitoring and management tools. Engineers should also mitigate electromagnetic interference in the design and testing phases to troubleshoot potential issues before production.

In conclusion, while optimized results is a highly effective approach, component protection considerations are crucial for the high-performance operation of distributed systems. By optimizing electromagnetic radiation, minimizing noise generation, and considering high-speed protocol, developers can create robust and efficient systems. With careful attention to principal performance factors, companies can reduce system downtime.