A propagation measurement campaign was performed at the 10 th floor corridor of Xingjian Building,Shanghai University,China.The channel was sounded by pseudo noise( PN) sequence at carrier frequencies of 400-and 2600-MHz respectively.In order to obtain large scale and small scale propagation characteristics in the corridor,the receiver was moved along the corridor every 1.02 meter to record the impulse response.More than 280,000 impulse responses were recorded in the campaign.This work first describes the principle of the measurement,and then how the recorded raw data are processed.The results show that path loss exponent is related to frequency.The relationship between the root-mean squared( RMS) delay spread and the T-R separation distance is analyzed.The RMS delay spread and the mean excess delay spread against path loss are also given,which explain why the 2600 MHz RMS delay spread is larger than that of 400 MHz. A propagation measurement campaign was performed at the 10 th floor corridor of Xingjian Building, Shanghai University, China. The channel was sounded by pseudo noise (PN) sequence at carrier frequencies of 400-and 2600-MHz respectively. and small scale propagation characteristics in the corridor, the receiver was moved along the corridor every 1.02 meter to record the impulse response. More than 280,000 impulse responses were recorded in the campaign. This work first describes the principle of the measurement, and then how the recorded raw data are processed.The results show that path loss exponent is related to frequency.The relationship between the root-mean squared (RMS) delay spread and the TR separation distance is analyzed. RMS delay spread and the mean excess delay delay spread against path loss are also given, which explain why the 2600 MHz RMS delay spread is larger than that of 400 MHz.