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The performance of the forward link for packet data services of a microcellular system based on the cdma2000 standard is evaluated, using static and dynamic simulations. The ideal Manhattan-like street pattern is used so two cell plans are considered: The full-and half-square cell plans. Static simulations are used to obtain capacity plots in terms of code channels as well as the coverage probability for different data rates and radio configurations (RC). Dynamic simulations are also used to study a more realistic evaluation scenario including user mobility, time correlation of fading and soft handoff (SHO) algorithms.

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In this work we evaluate the reverse link coverage and capacity of a CDMA microcellular system for voice and High Data-Rate (HDR) users using static simulations, dynamic simulations and analytical approaches. We study the ideal Manhattan like street pattern so the full-and the half-square cell plan are considered. To obtain coverage plots in terms of burst admission probabilities for HDR users, we use static simulations. As the true admission probabilities also depend on system dynamics, including soft handoff events, we enhance our results using dynamic simulations. The capacity plots are obtained using a hybrid simulation and analysis approach.