Simple and Causal Copper Cable Model Suitable for Frequencies is a new standard from the International Telecommunication Union, which targets 1 Gb/s over short copper loops using frequencies up to 212 MHz. This new technology requires accurate parametric cable models for simulation, design, and performance evaluation tests. Some existing copper cable models were designed for the very high speed digital subscriber line spectra, i.e., frequencies up to 30 MHz, and adopt assumptions that are violated when the frequency range is extended to frequencies. This paper introduces a simple and causal cable model that is able to accurately characterize copper loops composed by single or multiple segments, in both frequency and time domains. Results using topologies show that, apart from being accurate, the new model is attractive due to its low computational cost and closed-form expressions for fitting its parameters to measurement data.

Imprint Date:
Data source: IEEE
Journal Citation:
Communications, IEEE Transactions on.
Numeration (vol. issue):
Vol. 62, no. 11, (2014), pp. 4040-4051,
Access Note:
Access restricted to onsite users [ITU]

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