Technology \ Networks
Structured cabling standards have been developed and published by Plymouth University. The cabling standards document referenced in the LAN Cabling brick in the following table should be used for specific implementation guidelines.
For the next three to six years, Plymouth University will continue to deploy Category 6A cabling for new installations and does not need to consider deploying higher-grade cabling.
Category 6a cabling delivers a usable bandwidth twice that of Category 5e. The Category 6a standard specifies a higher-quality cable that will more reliably support gigabit speeds and should be the cable of choice for all new NIH network installations.
Category 6a also provides additional tolerance for some common cabling problems, such as external noise or sloppy installations. Thus, a Category 6a installation will result in fewer instances of labour intensive cable troubleshooting.
Compared to other network resources, cable and wiring have long life spans, typically lasting seven to 12 years, and sometimes as long as 15 years. Therefore, at least two generations of network technologies are likely to be deployed over whatever cabling system Plymouth University chooses to deploy today.
Poor cabling decisions are costly and potentially disruptive. Correcting cabling mistakes can cost anywhere from 140 percent to 250 percent of the original cost if it needs replacing once it is already in the wall or ceiling.
Plymouth University should focus its backbone on multiple 1Gbps-over-fiber links, leading to 10Gigabit-over-fiber as traffic increases and prices decline.
|Baseline (Today)||Emerging (To track)|
|Tactical (0-3 years)||Strategic (3-6 years)|
|Retirement (to be removed)||Containment (No new development)|
|Document Security Level:||PUBLIC|
|Document Approvals:||Technical Architecture Group
Enterprise Architecture Practice
Enterprise Architecture Board
|Review Date:||October 2015|