The invention provides an LTE mobile terminal, and relates to the technical field of mobile communication. The terminal comprises an antenna, first and second radio frequency and radio frequency front ends, an LTE radio frequency and radio frequency front end, a base-band module and first and second user identification card grooves. The base-band module comprises first and second base-band sub-modules and an LTE base-band sub-module. The first user identification card groove is connected with the first base-band sub-module and the LTE base-band sub-module. The first base-band sub-module and the LTE base-band sub-module are respectively connected with the antenna via the first radio frequency and radio frequency front end and the LTE radio frequency and radio frequency front end. The second user identification card groove is connected with the second base-band sub-module. The second base-band sub-module is connected with the antenna via the second radio frequency and radio frequency front end. Through adoption of the LTE mobile terminal, double-card grooves can be supported, and three systems of LTE, CDMA/GSM and GSM/WCDMA can be supported to use simultaneously.