The rain attenuation time series are simulated by the EMB model based on rain measured data and parameters at Haikou

Qingdao and Beijing.The power spectra estimated with simulative series are in good agreement with the measured result in references.The probability of fade exceeding a given fade duration value are calculated based on simulative attenuation time series

and compared with ITU-R predictive and measured values at 12.5GHz

in Haikou

Qingdao and Beijing.At Haikon

the statistics agree with predicted and measured results.At Beijing and Qingdao

as fade duration is less than about 100s

the simulative statistics are in agreement with measured results.As fade duration is more than about 100s

there are the difference among them.At 30/20GHz

for the smaller fade threshold and duration

the statistics based on simulation approach to the results predicted by ITU-R.As the larger fade threshold and duration

the statistical results by simulation are different to the prediction statistics by ITU-R.The results show that the simulation method is available for the rain region of abundant rainfall.However

at insufficient rainfall region

the method or ITU-R prediction may be modified as longer fade duration.It is significant groundwork for rain fade mitigation techniques development in higher frequency wireless systems.