Useful Information on Data Cabling

Any switching equipment will not be of much use if the cable network that runs voice and data is of poor standard. The voice and data cabling network should be a structured one with high quality installation practices. Each individual or business will have its own specific peculiarities and special requirements. Moreover, the network should be secure and it is mandatory that the security is not compromised in any manner.

 

The latest data cabling technologies include gigabit ethernet, UTP, Cable Trays, KRONE HIGHBAND 25, Cat5E, wireless networking 108 Mbps, wireless LAN, wireless WiFi Hotspot and high quality fibre optic cabling. The company doing the data cabling should have trained engineers who can handle the installation and subsequent data cabling management efficiently.

 

In the modern business environment, organizations need to have a global approach and data is one of the most important assets for all business houses. Hence, they should ensure smooth data availability, data redundancy and data security. The data center of the organization should be able to store, process, manage and exchange data efficiently. In modern data cabling work, the process is divided into three structures. The first one is the computer network which is the central data processing facility. The second is the storage area network, which interconnects the data servers and the storage devices. The third is the Internet, which connects these two centres with other companies or individuals by providing Internet and data transfer services.

 

In a standard data cabling network, the main distribution area which houses core switches should be identified first. This area will be connected to equipment distribution area which houses all the electronic equipment. If needed, an additional zone distribution area can be set up as a point of consolidation to provide more flexibility. The data cabling centres should be able to handle data transfer at required high speeds. The centres should be protected from fire, flood, humidity, temperature, electrical disturbances and unwanted physical access. Normally, the communication from and to the data centres will be provided, LAN, WAN and CAN/MAN links. Based on the specific requirements of the data centres, the configuration will vary.

 

The data cabling structures should have the following features.

 

- Fast deployment

- Provisions for additions, changes and moves

- High bandwidth with the incorporation of future growth factors

- Support for speeds of 10G or higher

- Support for all storage devices like SCSI, fibre channel and NAS

- High quality, scalability and reliability

- Efficient space allocation

- Proper pathways, enclosures and racking

 

Data cabling systems should provide high speed data rates and handle the data stream without strain. The data cabling network provider should use pre-terminated components of high quality to eliminate any risk of system degradation. The system should not fail because of improper field termination. Moreover, the data cabling systems should be cost effective, though the cost should not be the sole deciding factor. The data cabling network provider should ensure that adequate air flow exists in data cabling centres so that the cables do not get overheated.

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