A method of low-latency transmission of audio data in a mobile communications network, which has at least one terminal, a base station and an audio receiver, comprising the steps: transmitting data from the at least one terminal to the base station, wherein the data are encoded in accordance with a first format and the encoded data are modulated in accordance with a first high-frequency modulation method and transmitted by way of an uplink, wherein the first format uses first data frames and the terminal and the base station encode and decode the data frame-wise in accordance with the first data frames, wherein encoding and decoding of the data of each of the first data frames is influenced by data of the same first data frame but not by data of other first data frames, transmitting audio data from the at least one terminal, wherein the audio data are encoded in accordance with a second format and the encoded audio data are modulated in accordance with the first high-frequency modulation method and transmitted by way of the uplink, wherein in accordance with the second format the first data frames are divided into an integral number of second data frames (LLF 0,..., LLF N) and wherein the second data frames are shorter than the first data frames and contain the audio data encoded in accordance with the second format, and wherein encoding and decoding of the audio data of each of the second data frames (LLF 0) is influenced by audio data of the same second data frame but not by audio data of another second data frame (LLF 1), directly receiving the audio data transmitted by way of the uplink in the second data frames (LLF 0) by the audio receiver, wherein transmission of the audio data from the terminal to the audio receiver is effected in a waveform conforming with the mobile communications network, and wherein in the audio receiver the audio data from each of the second data frames (LLF 0) can be decoded and processed separately and immediately after reception of the respective second data frame (LLF 0). transmitting data from the at least one terminal to the base station, wherein the data are encoded in accordance with a first format and the encoded data are modulated in accordance with a first high-frequency modulation method and transmitted by way of an uplink, wherein the first format uses first data frames and the terminal and the base station encode and decode the data frame-wise in accordance with the first data frames, wherein encoding and decoding of the data of each of the first data frames is influenced by data of the same first data frame but not by data of other first data frames, transmitting audio data from the at least one terminal, wherein the audio data are encoded in accordance with a second format and the encoded audio data are modulated in accordance with the first high-frequency modulation method and transmitted by way of the uplink, wherein in accordance with the second format the first data frames are divided into an integral number of second data frames (LLF 0,..., LLF N) and wherein the second data frames are shorter than the first data frames and contain the audio data encoded in accordance with the second format, and wherein encoding and decoding of the audio data of each of the second data frames (LLF 0) is influenced by audio data of the same second data frame but not by audio data of another second data frame (LLF 1), directly receiving the audio data transmitted by way of the uplink in the second data frames (LLF 0) by the audio receiver, wherein transmission of the audio data from the terminal to the audio receiver is effected in a waveform conforming with the mobile communications network, and wherein in the audio receiver the audio data from each of the second data frames (LLF 0) can be decoded and processed separately and immediately after reception of the respective second data frame (LLF 0).