Patent ID: 7983634

Claim:
A radio telecommunication terminal comprising: a radio-frequency transceiver section able to receive a radio signal transmitted on a radio-frequency channel and to transform the received radio signal into a baseband signal, the radio-frequency transceiver section having a noise cancellation module able to efficiently cancel noise on the radio-frequency channel only if the noise energy gradient remains between a predetermined lower and upper limit, a baseband section to process the baseband signal, the baseband section having at least a digital data bus, two electronic circuits that transmit data bursts through the bus, and a bus manager able to indicate that the bus is busy as long as a data burst is being transmitted and to indicate that the bus is free for the transmission of a new data burst from the end of the previous data burst transmission, each data burst transmission generating noise of constant energy on the radio-frequency channel, wherein the baseband section also comprises a data burst scheduler able to schedule the continuous transmission of consecutive data bursts which generate noise of similar energy on the radio-frequency channel as long as the radio-frequency channel is used to receive the radio signal, the respective energy of the noise generated by the transmission of two consecutive first and second data bursts being similar only if the noise energy gradient between the end of the transmission of the first data burst and the beginning of the transmission of the second data burst is situated between the upper and lower limits.