$15.00
To make better decisions about investing in new equipment for controlling the process and machinery used to produce copper LAN cables, it is important to know how they perform relative to their transmission capacity limit. In this paper, the author uses the Shannon Theory of information to estimate the maximum capacity of copper LAN cables and analyzes the constraints necessary to attain the theoretical capacity.
To make better decisions about investing in new equipment for controlling the process and machinery used to produce copper LAN cables, it is important to know how they perform relative to their transmission capacity limit. In this paper, the author uses the Shannon Theory of information to estimate the maximum capacity of copper LAN cables and analyzes the constraints necessary to attain the theoretical capacity.
| Author(s) | Jose M. Castro, The University of Arizona, USA. |
|---|---|
| Publication/Event/Pages | Paper presented at WAI 71st Annual Convention, Atlanta, GA USA. Paper published in Wire Journal International, August 2004, pg. 75. |
| Year | 2003 |
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