The results of a 1.8 GHz indoor wide-band channel souding survey at some typical environments, trying to account for pedestrian subscriber mobility, are presented. The sounding technique has been based on the classical frequency domain one, with an optic link instead of coaxial cables provinding an extended path range. Complete small and large- scale time dispersionanalysis have been derived from the impulse responses measured, like mean delay, rms delay spread, coherence bandwidth and its variations with mobility. From the whole analysis carried out, two main results are worth remarking: the power delay profile variation with distance providing a pictorial representation of the main scattering mechanisms of the environment; and the validation of a lower bound relation between the coherence bandwidth and rms delay spread recently proposed by another author.