Talking about the difference between intelligent wiring and traditional wiring
June 20, 2022
Network management
Network administrators have been using tools such as SNMP and HP Openview to view connected network devices, connection status and activities. The smart cabling system takes this management a step further by allowing it to see the jumper connections throughout the enterprise. For maximum efficiency, smart cabling software must be able to integrate existing management tools, but its operation should not rely on existing management tools. Smart cabling systems usually come with a set of basic software. It usually adds functionality in a modular fashion to ensure that it understands the specifications of the software and whether it meets the end-user requirements.
Improve the move, increase, and change (MAC) process
By using a computer-generated worksheet, the Move, Add, and Change (MAC) process can be simplified. The progress of these work orders can be monitored throughout the world through network connections, or more often network ports supported by smart wiring systems in communication rooms. Technicians who perform work orders can determine the order in which moves, additions, and modifications (MACs) are performed because this is closely related to the physical layout of active and passive devices, including cross-connect locations. Technicians can then receive real-time feedback to accurately understand the performance of the plug-in job, verify that all connections are correct and functioning properly, and reduce the likelihood of the same problem running to the site twice. All this means that you can complete the move, increase, and change (MAC) in less time and with fewer documents, reducing labor costs and network outage costs.
Reduce interruption time
Although any smart cabling system does not completely prevent service interruptions and system corruption, it can significantly reduce downtime by providing accurate information about the network connection. If someone mistakenly pulls out a patch cord, the system will notify the network administrator in real time. The information will include the location of the patch cord that was pulled out and the time it was pulled out. By providing these details, network administrators can solve connection problems much faster than before and achieve greater accuracy.
Improve resource utilization
Historically, it has been difficult to determine whether hubs fully equipped with patch cords have been fully utilized. Due to the lack of accuracy in paper records, it is often the case that when network administrators inadvertently interrupt the system, network administrators must purchase a new hub. By determining the active connection to the network device, the smart cabling system allows network administrators to see device utilization. In this way, idle network capacity can be tracked, unnecessary expenses can be prevented from buying expensive network hardware and unexpected system interruptions.
Disaster recovery
In disaster recovery, real-time cabling systems can provide snapshots of all connection requirements for the affected organization. In addition to accurately specifying these connection requirements, it is usually possible to set a budget for disaster recovery and ensure that only the actual required service is paid and no waste is incurred.
Protection and safety
Thanks to the ability to integrate cameras, users do not have to worry about anyone else who dares to illegally move, add, and change (MAC). Users can get photos sent via email! By adding optional event recognition functions, other types of alarms can also be implemented. The system can also send detailed information about any illegal changes by e-mail. The real-time wiring system can help prevent theft. It can take photographs of people who are stealing in communication rooms and work areas.
Network Audit
By automatically generating audit trail information, detailed statistics can be generated for network utilization and related operations, further reducing downtime. The days when network administrators took the clipboard to the scene are truly gone!
Physical implementation
The cabling vendors have published relatively little information about the physical arrangement, limitations, and functionality of smart cabling systems. In order to accurately monitor horizontal cabling connections, it is necessary to verify the connection between each end of the device jumper in some way. This can be achieved in a number of ways:
Provide a "button" on the wiring closet, press the "button" when inserting/pulling a patch cord, indicating that the status has changed.
A circuit was added to the existing 4-pair system and the 41/2-pair connector design was used.
A circuit was added to the existing 4-pair system and an externally mounted connector was connected to the existing 4-pair connector.
The button method is prone to human error. In addition, if the patch cord is disconnected but the associated button is not pressed, the system will not detect the system interrupt. The opening of new circuits is the only way to automate the process, but in order to meet the global standards of structured cabling systems, an 8-way modular plug (RJ45) is required. As a result, the added circuitry must be located outside of this connector and not integrated into proprietary systems.
Network technology is a rapidly changing technology and it is a rapidly developing technology. There is no perfect thing in network technology, only better technology. The electronic distribution frame technology has only been used for a short period of two years. There must be loopholes and areas for improvement in terms of technology and technology. For example, the scanner involves scanning speed, system stability and other factors. However, a technology can be improved and redeveloped only if it is practiced. Network technology is not a technology on paper, but a practical work technology. It is hoped that the electronic distribution frame can become a result of network technology and improve the management concept, management efficiency, and management methods of network managers.
