Features and design principles of structured cabling systems

Structured Cabling System Design Principles
Practicality-the communication cabling system to be implemented will not only adapt to the continuous development of technology, but also realize the transmission of data communication, voice communication, and image communication.
Flexibility-the cabling system can meet the requirements of flexible applications. That is, any information point can connect different types of equipment, such as computers, printers, terminals, telephones, and fax machines. The computer network should be divided into network segments at will, resources in the network can be dynamically allocated.
Modularization-except for the cables laid in the building, all other connectors should be modular standard parts for convenient management and use.
Extensibility-the cabling system can be expanded to facilitate the expansion of devices in the future. The system has good scalability and scalability, so that the investment in the current construction will be protected after the future upgrade and expansion.
Economy-the basis for meeting application requirements and reducing costs. Compare multiple schemes with the owner's responsibility, and adopt the best cost-effective and reasonable schemes.
Advanced-the use of advanced and mature international technologies enables the system design to be built on a high starting point. The system architecture and the selected equipment should have an advanced international level and have development potential, on the Rise. The design of the system is advanced, the technical starting point is high, and the life cycle is long. The technology and infrastructure used by the system is in the leading position in the 21st century.
Openness-in order to allow the central data center to obtain more information through the network, the system must be able to smoothly interconnect with the domestic and foreign networks. At the same time, the selected software and hardware platform should be open and universal, and be compatible with most mainstream software and hardware systems to achieve cross-platform operations.
High Speed: The system can process and transmit multimedia information, and uses cat6 twisted pair wires or optical cables to form a network, so as to increase the network throughput. At the same time, the Client/Server architecture should be used to reduce the overhead of network communication resources.
Reliability: it has sufficient reliability redundancy, backup storage capability, and fault tolerance capability. Ensure that the system can run stably for a long time, so that the impact of the fault is localized. Network Design should facilitate Fault Analysis and Elimination.
Security-with robust security measures, the computer network should be able to effectively prevent unauthorized access and defend against virus attacks through FIREWALL.
Management-The distribution frame is used in the system center for flexible management and control.