In today's rapidly evolving digital era, the quality and stability of network connections are crucial for both individuals and businesses. The integrated power-over-network cable serves as a vital medium for connecting devices and transmitting data, with its performance directly impacting the efficiency and reliability of communication.

Applications of Integrated Power-Over-Network Cables

Integrated power-over-network cables are primarily used in the following areas:

Outdoor Surveillance Networks: Due to their unique structure, these cables are widely used in small-scale security monitoring projects, offering the advantage of convenient wiring, labor, and cost savings.

Elevator Monitoring Coaxial Cables: Specially designed for elevator surveillance systems, they can transmit network signals and provide power simultaneously, reducing cable clutter and enhancing ease of use.

General Network Environments: Suitable for basic network transmission needs under a 100-megabit network, such as broadband mainlines in rental properties.

The design of these cables makes them particularly useful in specific applications, especially where simultaneous data and power transmission are required.

Four-Core vs. Eight-Core Integrated Power-Over-Network Cables

The four-core integrated power-over-network cable (4-core) offers a cost-effective solution for projects with limited budgets. It meets the basic network transmission requirements in a 100-megabit network environment and is suitable for temporary or low-demand network settings, such as broadband mainlines in rental properties. However, its transmission stability is not as robust as the eight-core cable, making it unsuitable for large-scale network layouts. Additionally, its transmission distance is relatively short, typically recommended to be around 85 meters. In Power over Ethernet (PoE) and gigabit network environments, the four-core cable cannot be used due to the need for eight cores for network transmission.

In contrast, the eight-core integrated power-over-network cable (8-core) stands out for its excellent transmission signal stability and support for higher-speed network requirements. It is not only suitable for large-scale network layouts but also supports PoE and gigabit networks, making it an ideal choice for data centers and corporate networks. The eight-core cable has a longer transmission distance, usually reaching up to 120 meters or more, providing greater flexibility for long-distance communication. However, its cost is higher than the four-core cable, which may be an overinvestment for simple network needs.

Cable Selection Advice

When choosing a network cable, one should decide between a four-core or eight-core cable based on actual network requirements and budget. If you are seeking higher network performance and stability, the eight-core cable is undoubtedly the better choice. However, if your project budget is limited and your network needs are not particularly high, the four-core cable may be an economical and practical option.

In conclusion, whether it's a four-core or eight-core cable, both play a significant role in modern communication networks. The right choice not only meets your current needs but also prepares you for future network upgrades. In this age of rapid information development, selecting the appropriate integrated power-over-network cable is like equipping your communication network with stable and efficient wings.